#plastic

Global News

Scientists Develop Biodegradable Plastic That Dissolves in the Ocean in Hours!

From plastic food packaging to bottled beverages, single-use plastics have become a ubiquitous part of modern life. However, these convenient products come at a significant cost to the environment. Every year, millions of tonnes of plastic end up in the ocean, most of which doesn’t break down like organic materials such as food or paper. While paper and food waste decompose over time, plastic can linger in the environment for hundreds of years, accumulating in oceans and landfills.The consequences are dire. Large pieces of plastic, like bottles and bags, eventually break into smaller fragments, known as microplastics. These tiny particles are now found in the stomachs of marine animals, entering the food chain and affecting wildlife, ecosystems, and potentially even human health.What if plastic could decompose quickly without adding to the microplastics crisis? Groundbreaking research from Japan suggests that future is within reach.Biodegradable Plastic that Dissolves in the OceanFor years, scientists have been looking for alternatives to traditional plastic that would break down safely in the environment. The solution seems to have arrived with a new type of plastic developed by researchers at Japan's Riken Research Institute. Traditional plastics, while recyclable, pose a significant challenge once they enter the ocean. They take up to 500 years to break down, during which time they fragment into microplastics that pollute our seas and soil. Tests conducted by the Riken Institute showed that the new plastic began breaking down within hours when submerged in saltwater. Furthermore, when exposed to soil, the plastic sheets degraded in just 10 days, releasing a chemical similar to fertilizer that helps nourish the soil. This process not only eliminates the plastic waste but also benefits the environment by enriching the land.A Plastic that Protects NatureOne of the most significant advantages of Japan’s newly developed biodegradable plastic is that it does not generate microplastics. Unlike conventional plastics, which break into tiny particles that are nearly impossible to remove from the environment, this new material fully dissolves without leaving behind harmful residues.As Takuzo Aida, the leader of the study, put it, “With this new material, we have created a new family of plastics that are strong, stable, recyclable, can serve multiple functions, and, importantly, do not generate microplastics.” This breakthrough offers hope in addressing one of the most persistent threats to our oceans and wildlife.Microplastics are a growing concern as they accumulate in oceans and soil, posing severe risks to marine life, and entering the human food chain through seafood consumption. By eliminating microplastics, Japan’s biodegradable plastic could dramatically reduce these risks, protecting marine and terrestrial ecosystems alike.Google ImagesApplications of the New Biodegradable PlasticSo, what does this mean for the future? The possibilities are vast. This new plastic can be used in a wide range of industries, starting with eco-friendly packaging. In a world that is increasingly concerned with sustainability, replacing traditional plastic packaging with this new biodegradable material could significantly reduce plastic pollution in landfills and oceans. The medical field is another area where this material could make a huge impact. This plastic is non-toxic, easily customizable, and biodegradable, making it ideal for creating medical devices and equipment. The development of biodegradable plastic that dissolves in the ocean represents a giant step forward in the fight against plastic pollution. It offers a real solution to the environmental hazards posed by single-use plastics and microplastics, which have been wreaking havoc on our planet for decades.However, the adoption of this new material on a global scale will require collaboration across industries and governments. While the breakthrough is promising, it’s crucial that manufacturers and policymakers prioritize eco-friendly alternatives to plastic, alongside continued efforts to reduce plastic consumption and improve recycling systems. The next step is ensuring that this technology is embraced by industries worldwide, paving the way for a cleaner, healthier planet for future generations.

18 Dec 2024

Global News

A New Novel Procedure Contributes to the Creation of Recyclable Materials

Scientists have developed a groundbreaking chemical process that transforms plastic waste into valuable hydrocarbon building blocks for creating new plastics. This advanced method efficiently processes two major types of consumer plastic waste—polyethylene, commonly found in single-use bags, and polypropylene, used in hard plastics like luggage and microwave dishes. Collectively known as polyolefins, these plastics are effectively broken down, including when mixed together, paving the way for a more sustainable approach to managing plastic waste.(Source: Google Images)According to the research team, a circular economy for many disposable plastics could be facilitated by the catalytic process developed at Lawrence Berkeley National Laboratory, which would reduce the amount of fossil fuels needed to produce virgin plastic by converting plastic waste back into the monomers needed to make polymers.“We have an enormous amount of polyethylene and polypropylene in everyday objects, from lunch bags to laundry soap bottles to milk jugs—so much of what’s around us is made of these polyolefins,” said research leader Professor John Hartwig, of the University of California, Berkeley. (Source: Google Images)Through a collaboration between the public sector and academia, Hartwig and his colleagues devised a chemical process that utilized three distinct custom heavy metal catalysts: one was used to introduce a carbon-carbon double bond into the polyethylene polymer, and the other two were used to repeatedly cut off a carbon atom from the chain at this double bond. However, the procedure was challenging to scale up because the catalysts disintegrated during the liquid reaction and were rarely recoverable. It was two years before to that. These days, cheaper solid catalysts—such as sodium on alumina and tungsten oxide on silica—are frequently employed in the chemical industry for continuous flow processes that reuse the catalyst, taking the place of the more costly, soluble metal catalysts as part of a new process.Scientists have been searching for ways to convert polyolefins into something more valuable, like the polymers that help produce new plastics, in order to reduce waste. Polyethylene and polypropylene plastics make up about two-thirds of consumer plastic waste worldwide. About 80% end up in landfills, incinerated, or simply dumped in the street where they degrade into microplastics and eventually enter rivers and oceans. Scaling up continuous flow processes to handle large volumes of material is a necessary prerequisite if this is to be used widely and at scale.(Source: Google Images)While many experts are working to rebuild plastics from "the ground up" so they may be reused with ease, Hartwig pointed out that the difficult-to-recycle plastics of today will remain a challenge for decades to come. He stated, “One can argue that we should use only new circular materials and do away with all polyethylene and polypropylene, but the world's not going to do that for decades and decades. Everyone uses polyolefins because they are inexpensive and have useful properties.”

4 Sep 2024

Global News

Plastic Cup Society : Showcases Power of Volunteering!

Single-use plastics are so common in today's society—from food packaging in stores to straws in bars—that it might be challenging to avoid them while going about daily business. Consequently, plastic debris is now making its way to locations that were previously uncontaminated. The Plastic Cup is unique since it combines environmental awareness, sport, and local cultural values into a community and team-building competition ~ A successful PET Cup event took place on the picturesque Lake Tisza in southern Hungary, offering a fantastic day out. Supported by both small and large enterprises, enthusiastic "PET Pirates" swam the nation's man-made lake, hunting for plastic waste as treasure. The PET Cup, short for polyethylene terephthalate, the most common plastic used in bottles and containers, has been held at various waterways since 2013 to promote local efforts in maintaining the cleanliness of lakes. (Source: Google Images) The pirate commanders manned improvised barges to search for trash; Over 20,000 pounds of rubbish were removed from the lake by the competing teams in this year's event. About The 'Plastic Cup' ~ (Source: Google Images) This unique competition called the Plastic Cup, takes place in Hungary and spans 70 kilometers from Szatmárcseke to Tiszamogyorós. The competitors, who go by the name Plastic Pirates, gathered more than ten tons of trash along the route. The Belgian company Waste-Free Oceans plans to make furniture out of around half of the gathered plastic; the other plastic will be separated into PET bottles, glass, plastic, and metal and recycled in Hungary. Twenty teams competed in this sixth edition of the game. Initially, they had to construct their entire vessel out of plastic bottles and then fill it with dry ice to make it more buoyant. “Plastic pollution is rampant along Tisza river. Our team, JoinTisza, collected 80 bags full of rubbish in a single day,” said Magnus Andresen, of UN Environment. His team won the competition by collecting the most waste. “The Plastic Cup shows the power of sport and volunteering in raising awareness about river protection and the importance of waste management,” said UN Environment’s Filippo Montalbetti, another member of the JoinTisza team. The JoinTisza team was brought together by the EU-funded JoinTisza Project, which supports the shared management of the Tisza River, and the Hungarian Ministry of Foreign Affairs and Trade. Team members came from eight countries – Hungary, India, Italy, Morocco, Norway, Serbia, the United Kingdom, and the United States – all determined to beat plastic pollution. “It’s always risky when people who have never met before work together in a new and challenging environment. The Experience ~ Felt Like Collective Celebration! Along the journey, there were displays of traditional goods, songs, and archery, making the cleanup feel festive. A documentary about the Cup and Tisza called "Plastic Pirates," which was produced by the Cup and the non-profit organization Filmjungle. eu, was also screened at several locations, such as farms, churches, and museums. One Plastic Pirate remarked, "It's been an amazing trip... we've helped bring Tisza River in Hungary back to life. We've spent the whole week wet, bitten, tired, and somewhat bruised but it's been amazing." Throughout the year, the Plastic Cup initiative plans talks, exhibitions, waste-collecting initiatives, and events. Its objectives are to protect water bodies, encourage water sports, and foster community development.

17 Jul 2024

Global News

From Trash to Treasure: Scientists Transform Plastic Waste into Soap!

In a groundbreaking discovery, scientists at Virginia Tech have found a way to convert plastic waste into soap, offering a glimmer of hope in the battle against plastic pollution. Guoliang Liu, a researcher at the university, stumbled upon the innovative idea during a winter evening by a fireplace. Inspired by the combustion process of wood, Liu wondered if a similar approach could be used to break down polyethylene, one of the most common plastics, into shorter fatty acid chains suitable for soap production. With the assistance of two Ph.D. chemistry students, Liu built a laboratory oven and conducted temperature-gradient thermolysis experiments. The results were astounding. The researchers successfully obtained "short-chain polyethylene" from the process, which served as the vital ingredient for creating soap. By incorporating additional steps, including saponification, the team successfully produced the world's first soap made from plastic waste. This breakthrough offers a promising solution for upcycling low-value plastic waste into high-value commodities like soap and detergents. The researchers emphasized that their method does not require complex procedures or novel catalysts, making it a cost-effective and efficient approach to plastic recycling. The implications of this discovery extend beyond soap production. It opens the door to more creative designs and procedures for plastic upcycling, potentially revolutionizing the recycling industry. With plastic pollution posing a significant environmental threat, this breakthrough from Virginia Tech brings a ray of hope and inspires further efforts to tackle the global plastic waste crisis.

17 Aug 2023

Global News

Reality Check: Plastic Pollution in Oceans Overestimated by 30 Times, New Analysis Unveils Surprising Insights into Environmental Impact

Scientists in the Netherlands have unveiled groundbreaking research indicating that previous estimates of plastic pollution in the world's oceans have been grossly exaggerated, overestimating the actual amount by a staggering 30 times. The study brings a glimmer of hope in the fight against plastic waste, highlighting the potential for more effective solutions to combat ocean pollution. The extensive research, led by oceanologist Mikeal Kaandorp and his team, incorporated 20,000 reliable measurements to reassess the quantity of plastic in the oceans. The findings suggest that the actual amount of plastic accumulated over the past two decades is around 3.2 million tons, in stark contrast to previous estimates ranging from 50 million to 300 million tons. The study also challenges assumptions about the sources and distribution of plastic waste. Contrary to popular belief, rivers contribute less plastic to the oceans than previously thought, while microplastics constitute a smaller percentage of the overall plastic waste. These findings have crucial implications for environmental organizations and initiatives dedicated to ocean cleanup. The Ocean Cleanup, a nonprofit organization from the Netherlands, has been at the forefront of tackling plastic pollution, but even their estimates of "millions of tons" entering the oceans annually appear to be significantly overestimated. The research not only provides a more accurate understanding of the problem but also offers a glimmer of hope, encouraging individuals and nations to continue their efforts in combating plastic pollution

12 Aug 2023

Global News

Paris 2024 Olympics Goes Green with 11,000 Recycled Plastic Stadium Seats

The Paris 2024 Summer Olympics is set to make history in terms of sustainability, as 11,000 stadium seats made entirely of recycled plastic will be used during the aquatic events. The plastic used for the seats was collected from recycling bins in the Seine-Saint-Denis neighborhood, and 80% of the 100 metric tons needed for the seats came from this area. The collected plastic was shredded, processed and turned into new material by a local recycling firm called Le Pavé. The seats have undergone numerous tests, including mechanical resistance, fire resistance, and toxicity, as well as UV resistance. The recycled plastic chairs proved to be sturdy and durable, with manufacturers reporting no problems in the production process. The plastic used in the seats was primarily sourced from soda bottle tops, with five million tops shredded by several companies to produce infrastructure like seating for the games. The use of recycled plastic seats is part of Paris and France's commitment to sustainability, with the goal of reducing downstream emissions by 50% compared to the 2012 and 2016 games. Additionally, the city is working to combat environmental degradation by making the Seine swimmable for the first time in decades, in an effort to host the triathlon there. The recycled plastic seats not only promote sustainability but also raise awareness about waste recycling, with children being encouraged to dispose of their plastic bottles in appropriate bins. The Paris Olympics' use of recycled plastic seats demonstrates the feasibility of a circular economy, where waste is repurposed and reused, ultimately reducing the amount of plastic waste in landfills and oceans.

17 Jul 2023

Global News

Ocean Cleanup: 220 Tons of Plastic Waste Cleared From Pacific Garbage Patch, Making Waves for a Cleaner Future

The Ocean Cleanup, the organization dedicated to cleaning up the world's oceans, has achieved a major milestone in its mission to rid the Great Pacific Garbage Patch of plastic waste. The organization announced that it has removed over 220 tons of garbage from the patch, which is located between Hawaii and California in the North Pacific Ocean. This achievement is particularly significant, as the Pacific Garbage Patch is one of the largest accumulation zones of plastic waste in the world. The patch is not so much an island as it is an area where major currents and winds have brought together trillions of pieces of plastic. It is estimated to contain over 1.8 trillion pieces of plastic, with a total weight of approximately 80,000 tons. The Ocean Cleanup's efforts to remove this plastic waste have been ongoing for several years, with the organization deploying a fleet of floating devices that use ocean currents to collect and concentrate plastic debris. The collected debris is then transported back to shore for recycling and proper disposal. According to the organization's latest update, the cleanup operation has been successful in removing a significant amount of plastic waste from the patch, including large items such as discarded fishing nets and plastic containers, as well as smaller debris like microplastics. The organization plans to continue its efforts to clean up the Pacific Garbage Patch, with the goal of removing 100% of the plastic waste in just a decade.

10 Apr 2023

Global News

A Dog So Environmentally Friendly That It Has Been Dubbed Eco Dog!

A pet dog has become the talk of the town in a town in England as he collects hundreds of plastic bottles during his walks. Locals who like seeing the 13-year-old border collie Scruff take action to protect the environment from plastic pollution have dubbed him "the eco dog." Scruff was adopted from a farm by David Grant and Yvonne Faulkner in 2009. Like many puppies, he loved to play with sticks, but Yvonne discouraged this due to her concern for mouth splinters. He started tinkering with plastic bottles instead. Scruff would carry the plastic bottle in his mouth until he found another one. Then he would drop that and pick the newly found one. Yvonne, who felt it was not appropriate for the dog to litter, started carrying a bag and got Scruff to bring the bottle to her which she then dropped into the bag. It never occurred to the owners earlier but in 2022, they started counting the bottles. Scruff now recovers more than 1,000 plastic bottles following a sluggish beginning in January with only 40. The dog’s act is so adorable that the couple has been using the hashtag #scruffsbottlepatrol to promote their pet's eco-friendly attributes on social media for the past year. They are heartened to see people’s good responses on social media. The couple plan to recycle the bottles every month. Truly, the eco dog shows us the way!

16 Dec 2022

Global News

Good News As Unrecyclable Plastic Can Now Be Recycled!

Mankind has invented some of the most amazing things that add to our comfort and convenience, however, we have not yet found proper methods to deal with the waste. So, there is a reason to rejoice to know that scientists have found a way to recycle PVC, a type of plastic that is widely used but is unrecyclable. PVC, also known as polyvinyl chloride, is one of the plastics that is produced the most in the United States and ranks third globally in terms of volume. The majority of the plastics we use on a daily basis are made of PVC. Piping used in contemporary plumbing as well as a lot of the plastic used in hospital equipment, including tubing, blood bags, masks, and other items, is PVC. PVC is used in or made of window frames as well as siding, and flooring. It is used to make shower curtains, tents, tarps, garments and also to coat electrical wires. The only hitch was that it couldn’t be recycled and landed in landfills. Now, scientists at the University of Michigan have found a means to chemically recycle PVC into useful material. The research team is led by first author Danielle Fagnani and principal investigator Anne McNeil. One of the most toxic elements of PVC, the phthalates found in plasticizers, was cleverly used by researchers to mediate the chemical reaction. Recycling plastic entails the process of melting it down, but when PVC is heated it releases hydrochloric acid which leaches into the material, and also the equipment gets corroded. So Fagnani started looking into electrochemistry to create a non-heated method of recycling PVC and he met with success. The goal of McNeil's laboratory has been to create strategies for chemically recycling various types of polymers. Plastics might be broken down into their component parts to provide non-degraded materials that businesses could use again. The fact that PVC can now be chemically recycled spells good news.

9 Dec 2022

Global News

Positive Reads

Trade Your Trash for a Delicious Bash at Garbage Cafe!

Imagine strolling into a cafe, not with your wallet but with a sack of plastic bottles, and walking out with a belly full of delicious food. Sounds surreal? Welcome to the Garbage Cafe in Ambikapur, Chhattisgarh, where trash literally transforms into treasure — and by treasure, we mean a hearty meal!Ambikapur, a city famed for its impeccable cleanliness (always in a neck-to-neck race with Indore), has cooked up this innovative idea as part of its mission to be plastic-free. The Garbage Cafe is India’s first initiative where the currency is waste. You’re not just feeding yourself here; you’re saving the planet too. All you need to do is trade your plastic waste for food — breakfast, lunch, or dinner.What’s on the Menu?For every half kilogram of plastic waste, you can enjoy a sumptuous breakfast featuring local favorites like aloo chaap, idli, samosa, or bread chaap. Got a whole kilogram of waste? Upgrade to a hearty lunch spread! Think four fluffy rotis, two types of veggies, dal, rice, salad, curd, pickle, and a crispy papad — it’s a food lover’s dream.For those who arrive empty-handed but still want to savor the cafe’s offerings, meals are priced super affordably. Here’s the breakdown:- Rs 40 Thali: Plain vegetables, rice, dal, pickle, and salad.- Rs 50 Thali: Add four rotis, papad, and an extra vegetable to the mix.- Rs 70 Thali: Indulge in paneer curry, two veggies, rice, dal, and more.Source: Google ImagesA Clean Plate and a Clean CityThis isn’t just about the food — it’s a revolutionary campaign tackling two pressing issues simultaneously: plastic pollution and hunger relief. By incentivizing locals to collect and trade plastic waste, the Garbage Cafe ensures that discarded bottles, bags, and wrappers don’t end up clogging drains or harming wildlife.How It’s Serving ChangeThe cafe has already struck a chord with the residents of Ambikapur. It’s not just a place to eat but a community hub that’s educating people about the importance of waste segregation and sustainable living. The initiative also supports ragpickers and underprivileged individuals, offering them dignity along with meals.Ambikapur’s Garbage Cafe shows how cities can solve big problems with smart ideas. It’s a model that can inspire others across the country and beyond. By turning plastic waste into food for people, the cafe sets an example of how to help both the environment and the community.So, the next time you’re in Ambikapur, don’t forget to drop by this extraordinary cafe. Bring your appetite — and a bag of plastic! Bon appétit to sustainability!

12 Dec 2024

Positive Reads

''We Were Skeptical That Our Young Son Would Live, Yet Now He is Saving Lives in English Waters.''

His love of the sea—the passion that saw him get certified as a junior yacht pilot—was developed through repeated trips to the sea on the Welsh island of Anglesey; a way to try and salvage some part of his childhood from being remembered solely by trips to chemotherapy appointments. The story started at Christmas in 2012, when at just four years old, bruising, yellowed skin, and rashes saw Daniel rushed to the hospital and diagnosed with leukemia. A long spell of chemo awaited Daniel, and as part of the treatment plan, the hospital doctors at Liverpool’s Alder Hey Children’s Hospital recommended a PICC line (peripherally inserted central catheter).Daniel’s Parents Mike and Michelle were hesitant at First ~ (Source: Google Images ) Picturing their family’s tradition of weekend summertime trips to go camping next to Trearddur Bay on the Isle of Anglesey, they couldn’t bear to imagine Daniel staying dry because of the PICC while his friends and cousins splashed around in the water. Instead, they insisted on getting a Portacath—a small plastic chamber surgically implanted under the skin that allows its users to go swimming.“Knowing what Daniel was facing, we wanted him to continue to have relative normality,” said Michelle. “He loves going there and he loves the water, and we didn’t want him sitting on the sidelines as all his friends had fun. We knew life was going to be hard enough for him anyway without him being deprived of his friends and the sea.”Daniel went on to receive three years of chemo at Alder Hey, and it seemed to be going well. He would eventually be declared cancer-free in 2016, but not before suffering a life-threatening case of pneumonia during a springtime trip to Anglesey. He was rushed to the hospital in Bangor, Wales, and put on oxygen, to be released after a week’s long stay with scarred lungs. Though the trip to Anglesey may have put Daniel in the grave, his parents’ perseverance in upholding the family tradition planted roots of interests and character that are now sprouting as their boy gradually becomes a man.His Love of The Sea Developed Into a Passion for Tackling Plastic Pollution ~ (Source: Google Images ) The local paper of his home city, the Liverpool Echo, reported that just after cancer remission at age 8, he had already become a vocal proponent of curbside recycling in his community. At Anglesey, Michelle’s stepdad Paddy, an accomplished yachtsman and angler, taught his stepgrandson all he knew about tides, charts, and navigation. Along with passing all his SATs despite missing two years of school due to his chemotherapy, he mastered the Royal Yachting Association basics for sailing and powerboats—allowing him to drive his family’s rigid inflatable dinghy.Returning to the present day, on a recent trip to Anglesey Island, Daniel was piloting the dinghy with some family and friends aboard when he picked up a distress call on Channel 16—the radiofrequency for all maritime emergencies in the UK. A family of paddleboarders had been stuck on some rocks after a strong near-shore wind carried them much farther out than they ever intended to go. Complying with child-adult passenger ratios (part of the Royal Yachting Association rules) he turned back to drop off his friends before returning to rescue the family, who were just one of three groups of paddleboarders who Daniel rescued that day; all victims of the near-shore wind.A Proud Moment For The Brave Kid ~ “I was super proud of him for going to people’s aid and the way in which he navigates our boat,” said Michelle. “It was a nice sunny day but that can be deceptive. The wind can blow you out and you can’t get back. It might be warm on the beach but the water is freezing.” His love of the sea is matched only by his fascination for the skies, and the Daily Post reports that his dream is to join the RAF.

25 Oct 2024

Positive Reads

Guardians of the Wild: How Amrabad Tiger Reserve Battles Plastic Pollution

Nestled within the lush Nallamala forest of Telangana, the Amrabad Tiger Reserve (ATR) has declared war on one of the most pervasive threats to its environment: plastic waste. This initiative, launched just over three years ago, culminated in the reserve being declared plastic-free on July 1, 2024. Forest staff have seized a staggering 5,600 kg of plastic waste in under a month, highlighting the severity of the issue and the reserve's dedication to combating it. The Plastic Menace ATR has been grappling with plastic pollution for years, a problem exacerbated by the heavy traffic on the 70-km highway that cuts through the reserve. This route, bustling with 400 to 1,600 vehicles daily—and up to 2,800 during festive seasons—serves as a major thoroughfare for pilgrims traveling to the Srisailam temple and reservoir. The resulting litter, predominantly plastic water bottles and snack wrappers, has posed a significant threat to the wildlife and environment. In the past year alone, ATR collected an alarming 17,000 kg of recyclable and 33,000 kg of non-recyclable waste. The effort to tackle this issue began over three years ago, when the reserve employed "swachh sevaks" or ragpickers from the local tribal community to manage waste collection. Despite these efforts, the need for a more comprehensive solution became apparent. Source: Google Images A United Front Against Plastic The reserve's management, under the guidance of District Forest Officer Rohith Gopidi, implemented stringent measures to curb the influx of plastic. Vehicles passing through the reserve are now thoroughly inspected at checkpoints in Mannanur, Durvasula, and Domalapenta. Common disposable plastic items such as water bottles and snack packets are seized to prevent them from polluting the forest. This initiative is not limited to waste collection. The ATR has also taken significant steps to educate travelers about the importance of maintaining a clean environment. A fine of Rs 10,000 is imposed for violations, reinforcing the message that preserving the natural habitat is a shared responsibility. Additionally, the reserve has introduced sustainable alternatives, such as providing potable water from a reverse osmosis plant and promoting the use of cloth and jute bags crafted by local women. Empowering the Community The plastic-free initiative has not only benefitted the environment but also provided livelihoods to local communities. Twenty-two women from the Chenchu tribal community have been trained to produce eco-friendly products like cloth and jute bags and biodegradable plates made from bauhinia leaves. These products are available for sale at the Srisailam temple and local shops, offering tourists an eco-friendly option while supporting local artisans. Moreover, the ATR employs 132 people in various roles, including nature guides, animal trackers, and drivers. These jobs are crucial for fostering a symbiotic relationship between the reserve's conservation efforts and the local population. The nature guides, often young Chenchu men and women, play a vital role in educating visitors about the reserve's wildlife and the importance of conservation. The impact of these measures has been profound. The ATR's efforts have not only curbed plastic pollution but also improved the overall environment, creating a healthier habitat for its wildlife. The reserve's tiger population, which has grown from seven in 2018 to an estimated 40.. “The presence of several cubs is a positive sign of a thriving ecosystem," notes Sushanth Bobade, a trainee IFS officer at ATR. Despite the challenges, such as reduced revenues for local vendors due to the plastic ban, the reserve's management remains committed to finding sustainable solutions. The creation of more base camps for anti-poaching activities, funded by the proceeds from waste segregation and recycling, further demonstrates the ATR's holistic approach to conservation. In a world increasingly plagued by environmental degradation, ATR's success story is a shining example of how, by working together, we can create a sustainable future for both wildlife and people.

1 Aug 2024

Positive Reads

Could Bioplastics Made From the Hemp Plant Hold the Key to a Sustainable Future?

In our modern world, plastic has become both a cornerstone of convenience and a symbol of environmental distress. From towering landfills to marine habitats suffocated by microplastics, the impact of traditional plastic is undeniable. However, amidst this crisis emerges a promising solution: hemp-based bioplastics. Derived from the versatile hemp plant, these bioplastics offer a sustainable alternative with a significantly reduced environmental footprint. The Environmental Urgency The urgency for sustainable alternatives to traditional plastics is more pressing than ever. With over 8.3 billion metric tons of plastic waste accumulated worldwide, the call for action reverberates across industries and communities. The detrimental effects of plastic pollution on our planet's ecosystems underscore the critical need for innovative solutions. The Promise of Hemp Bioplastics Enter hemp bioplastics—a game-changing innovation poised to revolutionize packaging practices. Hemp, a versatile and fast-growing plant, is gaining attention for its role in producing bioplastics—a sustainable alternative to traditional petroleum-based plastics. Hemp fibers and resins can be used to create bioplastics that are biodegradable, renewable, and have a lower carbon footprint compared to conventional plastics. This eco-friendly approach holds promise for reducing plastic pollution and advancing environmentally responsible packaging solutions. Source: Google Images Environmental Advantages of Hemp Bioplastics 1. Biodegradability: Unlike conventional plastics that linger for centuries, hemp bioplastics naturally decompose within months, significantly reducing environmental impact. 2. Renewability: Hemp is a fast-growing, high-yield crop that requires minimal water and can be harvested multiple times a year, making it a sustainable resource. 3. Reduced Carbon Footprint: Hemp cultivation actively sequesters carbon dioxide while the production of hemp bioplastics consumes less energy compared to traditional plastics. 4. Less Reliance on Fossil Fuels: By using hemp, we can lessen our dependence on fossil fuels, offering a more sustainable path forward. Beyond Sustainability: Additional Benefits Aside from environmental advantages, hemp bioplastics boast versatility, durability, and safety: These bioplastics can be molded into various forms, suitable for diverse packaging needs including food containers and films. Hemp-based bioplastics are surprisingly robust and durable. They can be tailored to specific requirements for strength and flexibility. They are inherently non-toxic, making them ideal for food packaging and other sensitive applications. With a growing emphasis on sustainability, businesses are embracing hemp bioplastics as a catalyst for change. This burgeoning sector not only mitigates environmental impact but also fosters innovation and circularity in packaging practices. Embracing a Greener Future The journey towards a greener future demands collaborative efforts. Governments, industries, and individuals play pivotal roles in transitioning towards sustainable alternatives like hemp bioplastics. By supporting initiatives that prioritize renewable resources and eco-friendly practices, we pave the way for a more harmonious relationship between human activity and the environment.

24 Apr 2024

Positive Reads

Mussoorie Residents Fight the Plastic Menace With ‘Wall of Hope’

Plastic, though a remarkable invention of mankind has eventually become hazardous to the environment due to its inability to decompose. Plastic strewn on roads or other public places besides being an eyesore chokes drains and pollutes the atmosphere when burnt. Numerous initiatives have been introduced by concerned and responsible citizens to make their towns plastic-free. I recently came across a novel and exciting idea – ‘Wall of Hope’ which is in Mussoorie, a popular tourist attraction. It is a gentle reminder to the tourists not to litter the place. The ‘Wall of Hope’ is 1,500 feet long and 12 feet high and is located in Bunglow ki Kandi village near Mussoorie. It is the joint efforts of more than 50 school and college students as well as villagers who came together and volunteered to create this unique wall with a message. This project is the brainchild of Subodh Kerkar, founder of the Museum of Goa. He said that steel pillars fixed two feet below the ground gave strength to the structure which is completely rain and wind proof. What more, the structure also complements the serene background of the hills. The installation is a part of the Hilldaari project that aims at creating awareness about a plastic-free environment. The people of the town are also overjoyed by the ‘Wall of Hope’ as it adds to the beauty of the place and at the same time delivers an impactful message. Now, this is one wall that we all hope to be inspired by. Image Source: Whats Hot

6 Nov 2019

Positive Reads

Five Ways to Shun Plastic

The Centre, in order to protect and conserve our environment, was all set to impose a ban on single-use plastic from October 2. However, amidst fear of the ban being disruptive for the industry amidst fears of an economic slowdown and job losses, the plan has been shelved for now. There is no doubt that plastic is a great polluter as it aggravates air pollution when it is burnt and causes harm to marine organisms when it enters seas and oceans. We are so inclined to use plastic because of its convenience that we fail to notice the harm it is causing to the environment. Even if we realize the hazards, we ignore it thinking that one person won’t make a difference. Therefore, a collective ban on plastic had become imperative. A small effort from our side will go a long way in creating a big impact on our environment. Here are some ways by which you can eliminate the use of plastic: Reusable water bottle: While traveling, always carry your own reusable water bottle which can be refilled instead of buying the packaged ones and then disposing them to create plastic waste. Say no to plastic glass and cutlery: In recent years, more and more households had resorted to plastic cutlery while hosting get-togethers and parties as there is no hassle of washing utensils and they can be disposed of easily. However, after a function, the heap of plastic waste poses a huge pollution problem. Therefore, make the switch to eco-friendly cutlery like the ones made from wood which are readily available at supermarkets. Avoid plastic straws: When you are being served a lemonade or cold coffee, say no to plastic straws and ask for paper straws or glass straws in its place. Get your own cloth bag: Carrying your own cloth bag to buy groceries and other stuff will be a major step towards curbing plastic pollution. The reusable cloth bag can drastically cut down the use of plastic as people very carelessly ask for plastic carry bags even for one or two items. This habit should stop and one should always keep a cloth carry bag while stepping out of the house. Buy milk in a glass bottle: In my childhood days, I remember my mother would daily keep glass bottles at the door of the house which the milk vendor would replace with refilled and sealed milk bottles. This practice should return to avoid pollution caused by billions of milk packets. Let us take this initiative by ourselves to shun single-use plastic and thus make a big contribution to the environment as well as to humanity.

25 Sep 2019

Positive Reads

Good News

Plastic Bottles as Building Blocks? Tirupati’s Eco-Friendly Bus Shelter Shows How!

A bus shelter made of plastic bottles emerged as a noteworthy creativity in the Andhra Pradesh district of Tirupati's Renigunta Mandal. This environmentally friendly building has won praise for its economical and ecological design. It is commonly acknowledged that plastic trash has detrimental consequences on human health and the environment. To address this, representatives from the Renigunta Mandal of the Thookivakam Gram Panchayat in Tirupati District introduced an innovative solution. How Did This Concept Emerge? Innovation Meets Junky Plastic (Source: Google Images) Every day, thousands of tourists and traders visit Tukivakam hamlet, which is located on the Tirupati-Chennai route. However, locals were forced to wait on the side of the road, exposed to inclement weather, because there was no bus shelter. This presented challenges for the elderly and those with health conditions. After observing the hardships of the locals, panchayat authorities gathered plastic bottles, tires, foils, and worthless trash equipment. They took the help of Village Sarpanch Muni Shekhar Reddy. The bottles were retrieved from the Gram Panchayat's waste collection. The plastic bottles are supported by this debris, which gives the building strength. Decoding The Marginal Utility: From An Economic Point of You ~It's All About Ensuring a Greener Vision Towards Building a Holistic Approach to Construction Infrastructure ( Source: Google Images) Building a bus shelter usually costs between Rs 1 and Rs 5 lakh, with more robust models costing up to Rs 50 lakh. On the other hand, this creative shelter was constructed in 10 days for just Rs 10–11 thousand using more than 2,000 plastic bottles. The shelter, which has been tastefully decorated with flowers and green grass with the assistance of the villagers, has become popular among travelers. One traveler said, "I've never seen a bus shelter like this." “Offering shelter from the sun and rain is a fantastic idea, demonstrating the potential of waste transformation.”Locals, who were initially dubious, now commend the shelter's advantages. Tourists have expressed satisfaction with this co-friendly bus stop. In an effort to further promote sustainability, officials are getting ready to open two more shelters in the area, encouraged by the success.

8 Nov 2024

Good News

Bio Reform: The Story Behind India’s New Plastic-Free Checkout Solution

Six million plastic bags have already been swapped out at checkout lines across India by his company, Bio Reform. Mohammed Azhar Mohiuddin, a Hyderabadi, originally had the idea during the general chaos that followed the pandemic. Mohiuddin was searching for pressing environmental issues that he could tackle with his entrepreneurial spirit. Ultimately, he chose to address the pervasive problem of plastic use, highlighting society's heavy reliance on it and the growing dangers of microplastic pollution. He was specifically looking for a substitute for plastic shopping bags, which are among the most widely used plastic products on the market today ~The biggest firms, according to Mohiuddin, were switching from plastic bags to paper or even jute ones. However, the marginal cost rise of switching to biodegradable bags was too much for medium-sized and small businesses, which account for the bulk of India's economy. He began researching PBAT, or polybutylene adipate-co-terephthalate, a biodegradable polymer that was initially created and studied in the 1980s, according to The Better India. It was cooked with potatoes and corn during the time. To find an appropriate class of machinery to produce the PBAT bags in Gujurat, he had to avoid scams and government-mandated quarantines. However, his presentation on PBAT helped him secure approximately $100,000 (1 crore) in seed investment, which allowed him to start the project.(Source: Google Images) “I tried to balance both my studies and the operations of the company—from collecting raw material, assisting workers to manufacture bags, delivering the products in the market,” His struggles were clear and loud in his journey as he used to sleep in a corner in the factory. After overcoming bankruptcies, academic pursuits, and a protracted backlog of unmet orders, Bio Reform was able to begin making a profit and is currently producing about 500,000 bags annually at a gross income of $180,000. Plastic pollution-related problems now harm more than just wildlife and marine life. Microplastics are now circulating in our blood. Water in bottles has microplastics in it. Taking care of this issue is crucial and urgent. "I'm happy I can do my share of the work. Living away from a traditional college environment can be exhausting at times, but it is ultimately worthwhile. When I return to sleep, I am satisfied. However, a lot more work needs to be done, and I'll keep working toward making India plastic-free," he concludes.

21 Aug 2024

Good News

Hitting the Right Notes: High School Duo Zaps Microplastics with a Wall of Sound

A pair of high school students created a novel water filter that blocks microplastic particles from flowing water by creating a wall of sound. In laboratory experiments, the high-frequency sound waves' acoustic force eliminated 84% to 94% of the suspended microplastic particles in a single pass. Now, they're trying to scale up their idea with the money they won from a prestigious prize. Not to beat a dead horse, but microplastic particles are found in the deepest regions of the ocean, blowing up to the summit of Everest, and showering down from the jetstream. When consumed by humans, they have been discovered to penetrate every organ that has been investigated thus far.Addressing this pan contaminant is a huge task, but two high school students from Woodlands, Texas, Victoria Ou and Justin Huang, could have an ingenious solution. By forcing the microplastic pollutants away from the water's outflow point, the teenagers have successfully captured up to 94% of the impurities using ultrasonic sound waves that travel freely through the water. Their pen-sized gadget outperforms previous attempts to treat microplastics in drinking water and wastewater by using ultrasonic vibrations. They Are Looking Ahead With Bright Eyes~ ( Source: Google Images) After accepting their prize, Huang said , "This is the first year we've done this." "We could really improve our device and get it ready for large-scale manufacturing if we could refine this—maybe use more professional equipment, maybe go to a lab instead of testing from our home." Ou and Huang earned the $50,000 Gordon E. Moore Award for Positive Outcomes for Future Generations last week at the Regeneron International Science and Engineering Fair (ISEF) in Los Angeles.Additionally, they won first prize in the Earth and Environmental Sciences category, which was sponsored by Google. This strategy is somewhat novel. The two went to sewage and wastewater treatment facilities close to their house to learn how they controlled microplastics before creating their gadget ~ The response they got caught them off guard as the plant didn't have any such policies in place. To begin with, neither a practical method nor any rules regarding microplastic contamination in water are in place with the US EPA. Ou and Huang think their approach might be used in industrial textile operations, rural water sources, and wastewater treatment facilities like the one they visited. Smaller-scale applications for it include fish tanks and washing machines to filter out microplastics.“I think science is the perfect way to solve this issue. Because a lot of innovation and invention happens in science, and technology is always changing. And so I think, if I really wanted to make a big impact, this would be the way to go.” High schooler and science fair winner Victoria Ou

19 Aug 2024

Good News

Greenevon: Turning the Tide on Plastic Waste with Plant-Based Bottles

Plastic containers, used for holding water, juice, and other everyday necessities, are now commonplace in our environment. The quantity of plastic garbage in landfills has not changed much in India despite the country's ban on single-use plastic. Plastic water bottles continue to be a frequent source of plastic trash that ends up in landfills even though several jurisdictions have implemented prohibitions on single-use plastic. According to a report by Moneycontrol, “Approximately 2.8 lakh tonnes of plastic bottle waste goes uncollected annually. The environmental impact is significant. Macroplastics, including PET, often clog sewage systems in urban and rural areas, pollute rivers, lakes, and beaches, and degrade the aesthetic and ecological value of tourist destinations and landscapes.” To combat the escalating issue of plastic waste, many individuals and changemakers have devised various solutions. Among these innovators is Nikhil Kumar of Greenevon Bio Bottles, who has pioneered a bottle made from sugarcane! The bottle is 100% biodegradable and 100% natural made using sugarcane. These bottles are environment-friendly and only take 180 days to degrade when exposed to moisture and high temperatures. Plastic Is Never the Solution (Source: Google Images) His Life Background ~ Nikhil was born and raised in Delhi and has always had a strong interest in business. He decided to start his own business after receiving his degree. "This isn't my first foray into the world of business. I've always had a strong desire to make something entirely original. I started in the coffee industry, then I had a little clothesline business, and then I moved into eco-friendly projects,” he says in one of his interviews. Nikhil was raised in an environment where plastic bottles were widely used, just like many of us. Although the motivational urge didn't happen right away, he has always been aware of environmental challenges for as long as he could remember. Nikhil frequently came across articles discussing the nation's growing plastic garbage problem. As an entrepreneur, he felt compelled to seek a solution as he became increasingly aware of the problem. Although he admits that there are some alternatives to plastic, he was determined to create an inexpensive, ecologically responsible product that looked and felt like plastic. He wanted to step back from his previous startup and concentrate only on identifying the best substitute. He therefore made the decision to sell his firm and focus entirely on research in 2021. He started reading up on the options that were now being offered both domestically and internationally. People are switching from plastic to alternatives like copper, bamboo, and different types of wood. But he soon discovered that these substitutes had disadvantages of their own: they are typically heavyweight and too costly for general use. Manufacturers wishing to employ them in packaging face logistical hurdles as a result of these issues. Finding the Right Pitch ~ Nikhil co-founded 'Greenevon Bio Bottles' in 2021. This standard single-use plastic bottle, bears the words "I am a bottle but I am not plastic." It breaks down naturally in 180 days or six months. The bottle looks and feels just like plastic. The only distinction is that it is plant-based, biodegradable, and ecologically beneficial. Nikhil discusses the substance and the production method, saying, "In my research, I looked into how plants could be used to create different kinds of materials." I was looking at alternatives when I discovered the amazing qualities of sugarcane, much as how plants can be utilized to manufacture leather. He spent over two and a half years refining the bottles to their current condition. He says, "At the moment, the bottles can be molded into a variety of shapes, hold both liquid and solid foods, and can tolerate a range of temperatures." Nevertheless, a great deal of trial and error was required to reach this point. "Making these bottles transparent in a variety of climates and settings was the largest challenge I faced while creating them. It was difficult to stable the material because it reacted differently to the sun, cold, and rain, according to Nikhil. These bottles currently cost about eight times as much as single-use plastic bottles. Liquids including juices and water, semi-liquids, pharmaceuticals, dairy products, and solid food items can all be stored in the bottles. They can be moulded and formed into any shape, including containers. The bottle's three main contributions are that it is fully biodegradable, stable at temperatures up to 55 degrees Celsius, and leak-proof when it comes to polycarbonate. He says, "Anything produced in smaller quantities tends to be slightly more expensive," in reference to the bottles' pricing. Although plastic bottles are quite inexpensive, we are working to lower the cost of our goods. Our bottles currently cost about eight times as much as single-use plastic bottles. Nikhil says, looking back on his journey thus far, "I approached it with an innovator's mindset when I started." It would have been difficult for me to concentrate on the product itself if I had been unduly worried about the product's marketability and affordability. I was driven to make something environmentally sensitive at the moment, and I let fate take its course. My drive to create was what kept me going. Within the next four months, the company hopes to introduce the product into Indian markets, where it is now in the manufacturing phase.

10 Jul 2024

Good News

Introducing the Ultimate Paper Bag Revolution for a Greener Tomorrow!

To lessen the negative effects that plastic has on the environment, paper bags are a common substitute for plastic bags. Nevertheless, because of their poor durability, they only live short lives. While less paper is being used, more is being used for wrapping, packaging, and boarding as a result of growing e-commerce. Why Switch to Paper Bags from Plastic Bags ~ Paper bags are completely recyclable since they don't release any harmful or hazardous gases when they are recycled, unlike plastic bags. Reusable bags have a far smaller ecological effect than plastic bags when they are used more than three times. Switching to paper bags instead of plastic ones reduces pollution in the environment. It also involves preventing marine life, such as whales and sea turtles, from consuming plastic debris that could endanger their lives. Recycling paper bags takes significantly less time than recycling plastic bags. Paper is easy to recycle, whereas plastic bags pose more challenges. Plastic bags may take 400–1000 years to break down, while paper bags may decompose in just a matter of days when left in your lawn. When gathering compost in a paper bag, you can mix the compost and the paper bag into the soil. However, plastic bags cannot be treated in the same manner, as they would only contaminate the soil. Background of Paper Bags ~ The history of the large brown paper bag is fascinating and lengthy. We use brown paper bags on a regular basis for a variety of purposes, including packing our children's lunches, carrying groceries home, and toting department store items. The paper bag satisfied a need that people were unaware they possessed, as is the case with the finest innovations. Before the invention of the paper bag, every house and business used baskets, bowls, and other containers as their primary means of storage. Sacks composed of burlap, canvas, and jute were the main means of transporting and storing goods across the British Empire for decades. These materials' strong, long-lasting qualities were its primary advantage, but producing them proved to be costly and time-consuming. Conversely, paper was considerably easier to make and quickly took the lead in terms of materials for carry-along bags on trade routes. Thanks to a few shrewd inventors, the paper bag has experienced several improvements since its inception in the 1800s. Francis Wolle created the first machine to manufacture paper bags in large quantities in 1852. Wolle's machine was the impetus for the widespread adoption of paper packing, even though his paper bag resembled a huge letter envelope rather than the grocery store staple we know today (and could thus be used to convey small things and papers exclusively). Margaret Knight, a creative inventor who was employed for the Columbia Paper Bag Company at the time, made the next significant advancement in the design of the paper bag. It was then that she recognized using square-bottomed bags would be more useful and efficient than using Wolle's envelope design. The broad commercial usage of paper bags was made possible by her invention of the paper-bag producing machine, which she made in an industrial shop. Her device turned out to be so successful that she went on to launch Eastern Paper Bag as her own business. Pleated sides, a traditional feature of the paper bag that we know and love today, were still absent from these square-bottomed bags. Charles Stillwell is to be commended for this modification, which allowed the bags to fold up for easy storage.Stillwell, a mechanical engineer by profession, created what is often referred to as "self-opening sacks," or the S.O.S. bag. But there's still more! An even better version of the original design was conceived in 1918 by two St. Paul grocers, Walter and Lydia Deubener. When the Deubeners punched holes in the edges of paper bags and fastened a string that served as both a handle and bottom support, they discovered that patrons could fit over 20 pounds of food into each bag. This proved to be a vital invention at a time when home delivery of goods was being replaced by cash-and-carry options. Findings from a New Study ~ Researchers at Penn State have created a way to strengthen paper bags, especially when they become wet, which makes them a better option than plastic bags. The method for making paper bags that may be used repeatedly and then chemically broken down by an alkaline treatment to be utilized as a source for biofuel production is suggested by this particular study. According to Daniel Ciolkosz, an associate research professor of agricultural and biological engineering, repurposing these paper products after their first usage renders them more environmentally friendly. The amount of solid trash that is sent to landfills is decreased by recycling and cutting down on paper waste. We believe society ought to take this idea into consideration. Reuse is mostly dependent on bag strength; a regular paper bag's low resilience after wetness makes it unlikely that it can be reused the requisite number of times. Investigating non-chemical methods to boost the wet strength of paper bags is necessary since employing pricey chemical procedures to do so reduces paper's economical and environmentally beneficial qualities for industrial use. One such solution is torrefaction. Like many scientific discoveries, the synergy between torrefaction and alkaline treatment for expanded paper capabilities was found by accident by the researcher. Understanding the Process: ( Torrefaction) The cellulose in paper is strengthened considerably while it is wet by torrefying it, or roasting it in a vacuum. Subsequently, the paper is treated with a solution of sodium hydroxide, commonly referred to as lye or caustic soda, in order to improve its glucose yield and so make it a more suitable source for the generation of biofuel. This technique may lessen the usage of single-use plastic bags, which are not very durable and only last a short time. The researchers think that a large proportion of plastic trash may be prevented by moving to stronger, reusable paper shopping bags. It should be noted that the researchers used filter paper as the medium and found that the wet-tensile strength of the paper increased by 1,533%, 2,233%, 1,567%, and 557%, respectively, after 40 minutes of torrefaction at 392 degrees Fahrenheit, 428 degrees Fahrenheit, 464 degrees Fahrenheit, and 500 degrees Fahrenheit. Why there is an alarming need for this to adapt ~ Given that 5 trillion plastic bags are created annually worldwide, it is clear that an idea such as this one is needed to replace plastic bags. The full degradation of these bags may take up to a millennium. Americans discard 100 billion bags annually, which is the same as about 12 million barrels of crude oil. This is an extremely important fact to keep in mind, as the number of incidents of environmental contamination is rising daily. We could save a lot of the trash by using tougher, reusable paper shopping bags. The potential consequences of refining a technique similar to the one we showcased in this study, which would involve using the old bags. The bottom Line ~ In a world of restrictions, deciding to use paper bags might be the catalyst for raising environmental consciousness among the social elements influencing our day-to-day existence. This is the place where a feeling of community and reasoned human conduct for Mother Earth is fostered!

11 Feb 2024

Good News

Demand Soars for Eco-Friendly, India-Made Lanterns This Diwali in Pune

Pune residents are showing a strong preference for eco-friendly lanterns made in India this Diwali. As citizens become more conscious of the environment, they are opting for lanterns crafted from fabric, paper, and cardboard instead of plastic, as well as avoiding Chinese products. The demand for these sustainable alternatives is skyrocketing, making them the top choice among Diwali shoppers in the city. Lanterns made from various materials are available in the bustling Budhwar Peth market, with prices ranging from Rs 40 to Rs 800 per piece depending on the quality and design. The popularity of traditional, handmade "paramparik" lanterns made from kite paper and gelatin paper is evident, with around 1,000 to 1,500 lanterns being sold at a single shop during each Diwali season. Interestingly, foldable lanterns are witnessing higher sales compared to more elaborate designs. These foldable paper lanterns, priced at Rs 250, are not only cost-effective but also convenient to carry. In crowded areas like Budhwar Peth, where larger lanterns may get damaged, 10 to 15 people are purchasing foldable lanterns every day. The shift towards eco-friendly lanterns has prompted many shops to stop selling Chinese products altogether. Indian-made lanterns, especially those made from cardboard and Paithani sarees, have become best-sellers. Online platforms have also seen a surge in lantern purchases, with customers appreciating the unique designs crafted from Benarasi sarees, Paithani sarees, and other materials. With the demand for eco-friendly lanterns on the rise, local artisans and organizations are contributing to sustainable celebrations while supporting traditional craftsmanship. This shift reflects a growing awareness and commitment towards a greener and plastic-free Diwali.

11 Nov 2023

Good News

Scientists Engineer Bacteria to Transform Plastic Bottles into Useful Liquids

In a groundbreaking study, scientists from the University of Edinburgh have successfully engineered a strain of bacteria that can consume plastic bottles and convert them into useful liquids. This innovative approach offers a promising solution to the global plastic waste crisis. Disposable plastic bottles, which contribute to mountains of waste each day, can now be upcycled with the help of the engineered E. coli bacteria. The bacteria has been modified to metabolize polyethylene terephthalate (PET), the main component of plastic bottles, and convert it into adipic acid. Adipic acid is widely used in the cosmetic, pharmaceutical, and fragrance industries. Traditionally, the production of adipic acid is an energy-intensive process dependent on fossil fuels. However, this new bacterial solution presents a sustainable alternative, utilizing waste carbon from existing industrial processes and promoting circular economies. By converting plastic waste into valuable small molecules, this technology avoids the environmental consequences of landfill or incineration. The research builds upon previous studies exploring the use of bacteria to degrade petro-based plastic polymers. The University of Edinburgh's team successfully transformed terephthalic acid, derived from PET, into muconic acid and further into adipic acid. Up to 79% of the terephthalic acid was converted into adipic acid, showcasing the efficiency of the engineered bacteria. This breakthrough marks a significant step towards tackling the plastic waste problem and advancing sustainable practices. By harnessing the power of microbes, scientists are paving the way for a more environmentally friendly approach to waste management. The next challenge lies in scaling up the process and exploring the production of higher-value products through similar bio-upcycling methods.

6 Nov 2023

Good News

Scientists Develop Natural Sponges to Combat Nanoplastics Pollution

Scientists in China have made a breakthrough in the fight against microplastic pollution by creating natural sponges capable of absorbing nanoplastics. These experimental sponges, made from starch and gelatin, have the potential to significantly reduce plastic pollution entering our oceans. The lightweight sponges have porous structures that can trap both microplastics and nanoplastic particles, which are less than one micron in size. Microplastic pollution has become a global concern, with its presence detected in various environments, including the deepest parts of the ocean and even in the air we breathe. The researchers from the College of Food Science and Engineering in Qingdao tested their invention in different matrices, such as seawater, tap water, soil surfactant, and even soup from take-out lunches. The results were promising, with the sponges successfully removing around 90% of micro and nanoplastic particles. One potential application for these sponges is in washing machines, where synthetic clothing fibers shed during the rinse cycle contribute to microplastic pollution. By adding a few sponges to each load of laundry, a significant portion of these fibers could be absorbed. While the sponges currently contain formaldehyde in their production process, the researchers are working to find an environmentally friendly alternative. Once a substitute is found, these biodegradable sponges could be widely used in manufacturing and laundry applications, helping to mitigate microplastic pollution.

22 Oct 2023

Good News

Attaware Edible Cutlery: A Delicious Solution to Plastic Pollution!

Plastics have become an inseparable part of our daily lives, but have we ever stopped to think about what happens to them after we dispose of them? Unfortunately, a significant portion ends up in landfills and oceans, contributing to the global plastic pollution crisis. In India alone, a staggering 9.46 million tonnes of plastic are generated each year, with 43% being single-use plastic like packaging and cutlery. However, amidst this plastic predicament, a young entrepreneur from Delhi, Puneet Dutta, took matters into his own hands and founded Attaware Biodegradable Private Limited on August 15, 2019. The inspiration behind Attaware came to Puneet during a trip from Delhi to Vrindavan, where he witnessed the devastating sight of discarded Styrofoam plates strewn along the banks of the Yamuna River, spanning over 7.5 kilometers. This scene deeply troubled him, and he decided to create an innovative solution: edible cutlery. Attaware's edible cutlery is a groundbreaking invention made from a mix of grains (such as rice, wheat, barley, and jowar) and jaggery. Following ancient Vedic technology, the grains are combined with sugarcane juice and boiled at varying temperatures based on the Vedic calendar. The resulting jaggery chunks are then melted and molded into plates, spoons, forks, bowls, straws, glasses, and containers. These edible cutlery are not only eco-friendly and 100% biodegradable but are also certified by WHO, SSI, and the Ministry of Health. With a shelf life of six months and no added flavors, colors, additives, or preservatives, Attaware cutlery is an ideal alternative to single-use plastic. Moreover, after use, you can either eat the cutlery or dispose of it, knowing that it will decompose within two weeks, unlike traditional plastic counterparts that take years to break down. Priced between 5 to 25 INR, Attaware is also kid-friendly and suitable for both hot and cold servings, making it a versatile and practical choice for various occasions. With Attaware already making waves in Delhi and planning to expand across 86 cities in India and 89 countries worldwide, Puneet’s innovative venture offers a promising and delicious solution to tackle the menace of single-use plastic cutlery. Next time you host a party or grab a quick meal on-the-go, choose Attaware edible cutlery and contribute to a greener, cleaner planet for generations to come.

7 Aug 2023

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Revolutionary Breakthrough: Infinite Recycling Plastic Offers Hope to Eradicate Global Pollution Crisis

Scientists at the Lawrence Berkeley National Laboratory have developed a new type of infinitely recyclable plastic that could be the solution to the world’s growing pollution problem. The plastic, known as poly(diketoenamine) or PDK, can be repeatedly broken down into pristine building blocks and reformed into new products without losing quality. This breakthrough comes at a crucial time when the world is facing a plastic waste crisis, with only 9% of plastics being recycled and the rest ending up in landfills, our oceans and natural environments. The new PDK plastic is made from bio-based materials, engineered by microbes, which makes it sustainable and infinitely recyclable. Researchers have been working on this for four years and have manipulated E. coli to turn plant sugars into the starting materials for PDK. They have produced a PDK with roughly 80% bio-content, which can be used for several products from adhesives to computer cables and even building materials. The study, published in the journal Nature Sustainability, also revealed that incorporating bioTAL into the PDK material expanded its working temperature range by up to 60 degrees Celsius compared to the petrochemical version. This opens the door for PDKs to be used in items that require specific working temperatures. The plastic waste problem is a global issue that needs to be tackled urgently. The new PDK plastic could be the solution to the world's growing pollution problem, and with further improvements to the production process, it could be cheaper and emit less CO2 than conventional plastics made from fossil fuels.

31 Jul 2023

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Ocean Plastic Cleanup Initiative Hits 30 Million Pounds of Waste Removed From Oceans and Coasts

Environmental organization, 4Ocean, has collected a staggering 30 million pounds of waste from oceans and coastlines around the world. The non-profit organization, founded in 2017, has been dedicated to cleaning up the world's oceans and coastlines, making significant strides in just a few short years. 4Ocean has a unique business model, selling bracelets made from recycled materials, with each purchase funding the removal of one pound of trash. The organization has also organized beach cleanups and partnered with local communities to raise awareness about the importance of keeping our oceans clean. According to 4Ocean co-founder, Alex Schulze, "We started this company with the goal of making a positive impact on our oceans and coastlines. We're thrilled to have collected 30 million pounds of waste, but we know there's still so much work to be done." The organization has not only made a significant impact on the environment but also on the communities they work with. In addition to cleaning up beaches, 4Ocean has provided job opportunities for locals in areas struggling with unemployment. As the world becomes more aware of the impact of plastic and waste on the environment, organizations like 4Ocean are leading the charge in creating a cleaner, healthier planet. Their dedication and hard work are inspiring others to take action and make a difference.

4 Jul 2023

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Revolutionary Clean Fuel: Sun and Science Team Up to Turn CO2 and Plastic Waste into Sustainable Energy

Scientists at the University of Cambridge have developed a new method for producing clean fuel by extracting carbon dioxide from the air and plastic waste using solar power. The process involves capturing CO2 from the atmosphere and then using it to synthesize a renewable fuel that can be used in jet engines, gas turbines, and other types of transportation. The researchers used a metal-organic framework (MOF) material that can capture CO2 from the air. The MOF is then exposed to sunlight, which triggers a chemical reaction that converts the CO2 into a liquid fuel. The process also involves using plastic waste as a source of hydrogen, which is added to the CO2 to produce the fuel. The new fuel has the potential to significantly reduce greenhouse gas emissions, as it uses waste plastic and carbon dioxide that would otherwise be released into the atmosphere. The researchers estimate that the fuel could reduce carbon emissions by up to 90% compared to traditional fossil fuels. The development of this new clean fuel technology is a major breakthrough in the fight against climate change. It offers a sustainable solution to the world's growing energy needs while reducing the carbon footprint of transportation. The researchers hope that this technology will help to accelerate the transition to a low-carbon economy and help to mitigate the effects of climate change.

22 Jun 2023

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The World's First Solar-Powered Cloth Bag Vending Machine - A Game Changer for Hyderabad

Hyderabad is taking a huge leap towards becoming a plastic-free city, and the Greater Hyderabad Municipal Corporation (GHMC) is leading the charge with its latest eco-friendly initiative. The GHMC has just rolled out a revolutionary Any Time Cloth Bag Vending Machine that is sure to make waves across the city. This first-of-its-kind solar-powered vending machine has been installed on a pilot basis at the IDPL fruit market, and it has a capacity of 500 bags! This machine functions similarly to an ATM, where customers can easily purchase a cloth bag by inserting a Rs.10 coin or note, and it also comes with a UPI payment option for added convenience. According to the GHMC, these spacious and sturdy cloth bags can hold up to five kg of weight, which makes them perfect for carrying fruits, vegetables and groceries. The GHMC has collaborated with MOVATE and United Way of Hyderabad under their CSR initiative to make this project a reality. The project aims to provide a sustainable alternative to single-use plastic bags, while also providing livelihood opportunities for women Self Help Groups (SHG). The women SHGs are provided with the material to stitch the cloth bags, which are then loaded into the vending machine, creating a steady source of revenue for them. The cloth bag dispensing machines are strategically placed near vegetable and fruit markets to encourage the community to switch from single-use plastic bags to eco-friendly alternatives. If successful, the project aims to install more vending machines in ideal locations throughout the city, including shopping complexes. With the success of this initiative, Hyderabad could lead the way for other cities in India and around the world to take similar steps toward sustainability.

16 Apr 2023

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A Revolutionary Step: Indian Researchers Offer Solutions for Global Warming and Plastic Pollution Problem

A system that potentially addresses two of the major environmental issues, greenhouse gases and plastic waste, was created by two Indian researchers at Cambridge University. The researchers, Motiar Rahaman and Subhajit Bhattacharjee developed a reactor that transformed greenhouse gases and plastic waste into sustainable fuels and other useful goods. Their study was published in the journal, Nature Synthesis. The researchers' solar-powered reactor makes use of a perovskite-based light absorber, which is seen as a less expensive alternative to silicon for solar cell production. According to NDTV, co-author of the study Rahaman highlighted that by converting carbon dioxide and plastic trash, the reactor can help manufacture goods like syngas, formic acid, and glycolic acid. Formic acid is utilized in the production of leather and textiles, whereas syngas is used to create liquid fuels. Glycolic acid, on the other hand, is used in the pharmaceutical industry. Global warming and climate change are brought on by greenhouse gases. According to the United Nations Conference on Trade and Development, disasters caused by climate change already cause developing countries to experience three times more economic losses than affluent countries. Therefore, this breakthrough innovation that converts harmful greenhouse gases into sustainable fuels is indeed a groundbreaking one.

25 Jan 2023

Good News

Combatting Plastic Pollution: How the Sagar-Mitra Abhiyaan is Empowering Children to Make a Difference

Children from more than 100 schools in Pune have established a daily pattern that comes as naturally to them as packing their bags or doing their schoolwork. Every day, they gather little pieces of clean, dry, empty plastic from their homes, such as broken plastic ball pen casings, bottles, bottle caps, old combs, and packets, and place them in a large plastic bag that is stored just for this purpose. They give the bag of plastic goods to the school's instructors and volunteers once a month on a set day. Each youngster is deemed a "Sagar-Mitra," a Hindi term that means "Friend of the Ocean." The Academic Advisors (TAA) is an NGO that founded the Sagar-Mitra Abhiyaan initiative in 2011. The initiative began after the co-founders of TAA, Vinod Bodhankar, Susan Raj and Lalit Rathi, observed a cleaning drive organized by some groups with schoolchildren and saw that children were being exposed to hazardous materials while picking up plastic waste. The initiative aims to provide a safe and effective way for children to collect plastic waste from their homes and contribute it for recycling or safe disposal. The program currently has over a lakh and eleven thousand students from classes 5 to 9 from schools spread across Pune city, and the goal is to cover all 780 schools in the city, or twelve lakh students, to bring about a change in the culture of the city. Children are shown presentations where they become aware of how our lifestyle practices are destroying millions of creatures on land and in the oceans for no fault of their own. The presentation is successful in highlighting plastic as a serious environmental problem. The movement is gaining momentum as 21 schools in Jalgaon, 10 in Wai (both in Maharashtra), and 5 in Rajasthan have started collections, and more are stepping forward daily.

23 Jan 2023

Good News

Beco’s Success Story: How a Genuine Concern for the Environment Led to the Formation of a Successful Startup

Aditya Ruia, Akshay Varma, and Anuj Ruia founded Beco in 2019 after being inspired by a beach cleaning program. Beco was founded with the goal of developing, fostering,and promoting environmentally friendly alternatives to single-use plastics and packaging. Since then, the company has been well-known. Currently, India is battling the threat of plastic waste. According to a recent Central Pollution Control Board assessment, a very small percentage of the country's daily plastic waste production—more than 26,000 tons—is recycled. The remaining waste is thrown away in landfills or the environment, where it could harm ecosystems and wildlife. Beco is an FMCG start-up that specializes in developing environmentally friendly and durable home products. It is a sustainable culinary, home, and personal care company that provides a wide range of products, such as dishwashing solutions, bamboo facial tissues, tissue rolls, and biodegradable garbage bags. The start-up asserts that each and every one of its products is biodegradable and combustible. Through its sustainable production and packaging methodology, Beco has reduced plastic waste by over 500 tons over the last three years. From manufacturing to packing to the supply chain, every product is produced entirely of bamboo, cornstarch, and 0% plastic. Founders Akshay, Aditya, and Anuj have been showered with praise for their sustainable venture and this year they were also included on Forbes India's list of the 30 Under 30.

7 Jan 2023

Good News

How a Professor Found a Novel Way To Replace Plastic Straws

A day after Saji Varghese, an associate professor of English at Christ university in Bengaluru had a conversation with a guest from the Netherlands on the impact of single-use plastic, his eyes fell on a dried coconut leaf in the university campus and an idea struck him. As he reveals, it was like an epiphany moment for him. He believed it could be transformed into an environmentally beneficial substitute for plastic straws to have a "good impact" on the environment, something he had always considered. Saji then started his research with dried coconut leaflets. He observed a shine forming on the leaves' surface as he pressure-steamed the dried coconut leaves for his research. He found that naturally dried leaves had a natural wax that, when steamed, rose to the surface. Saji realized that the wax might give the suggested straws the anti-fungal and hydrophobic qualities that are essential in drinking straws. Saji finally established Sunbird Straws to produce drinking straws derived from naturally dried coconut leaves in 2020, three years after he had originally planned to. According to Saji, technological innovation has assisted the team in streamlining its production process. The team created a conveyor system that can produce one straw every 1.5 seconds as opposed to the previous requirement of 45 seconds for each straw. According to Saji, 86 women are engaged during both the pre-production and production phases, giving them yearlong income prospects. The company plans to increase manufacturing to 10 lakh straws each day and hire 1,000 women over the next three years. Additionally, it is looking at joint ventures abroad and developing other dried leaf products.

20 Dec 2022

Good News

This Talented Lady Converts Harmful Plastic Into Beautiful Durable Items

Bilasini who hails from Dashipur village in Odisha risked being called a ragpicker as she collected plastic carry bags, polythene packets and other plastic items from garbage to skillfully convert them into colourful durable items like pen stands, baskets, flowers and animals among many other things. Bilasini was aware that plastic is hazardous to the environment and therefore, decided to put it to proper use. She would collect plastic waste from garbage dumps and recycle them appropriately. Unique Talent Bilasini learned this craft a few years ago and ever since she has been making beautiful baskets, pen stands, cell phone stands and other items. Her art has inspired many young women in her village who desire to work with her. Bilasini is able to make three baskets in six hours. However, due to the lack of proper marketing facilities, her business is not very profitable. She earns Rs 100 per basket by sale to middlemen who then sell for double the rate in the market. Self Help Group There is good news for Bilasini as the District Manager of the Odisha Livelihood Mission, Dr. Puspashree Nayak has informed that a self-help group will soon be started in Dashipur to promote Bilasini’s craft. Bilasini is a mother of two sons who are working as plumbers in Mumbai. Her husband lends a hand in her work. Bilasini’s concern for the environment led her to master a talent that helped her earn. With the self-help group coming up, more women will certainly benefit from her skills and talent.

15 Nov 2019

Good News

This Tamil Nadu College Students Adopt Ink Pens As the College Strives to Be Plastic-Free

The use and throw ballpoint pens are very convenient and popular among students. However, improper disposal of waste leads to all the plastic including the plastic ballpoint pens accumulating in landfills. A college in Tamil Nadu has taken matters into its own hands to tackle the plastic problem. One unique step is the introduction of fountain pens which has reduced the college’s plastic waste and additionally has helped improve the handwriting of students. The ‘Ink Pen’ Rule The Government Arts College in Tamil Nadu imposed the Ink Pen rule on October 30. The authorities of the college were miffed at the sight of used ballpoint pens strewn in the college premises. After a brainstorming session, they came up with the decision to replace ballpoint pens with fountain pens with effect from October 30. Students are adhering to this rule and teachers admit that they have seen a welcome change in the handwriting of students by using fountain pens. Other Measures The College is very committed to make its premises a plastic-free zone. Plastic cutlery in the college canteen has been replaced by steel ones. Flex banners have been replaced with ones made from cloth. Students and staff are encouraged to use cloth bags. Even plastic identity cards have been replaced by hard and thick paper. This college certainly sets an example on how to eliminate plastic use and if the steps adopted by it are emulated by other colleges throughout India, then that is definitely going to make a big difference.

10 Nov 2019

Good News

This Amazing ‘Rice for Plastic’ Initiative Serves Many Purposes

An Andhra youth has come up with an interesting way to rid his town of plastic. He decided to compensate all those people who collect and bring plastic waste with an equivalent quantity of rice. Rice being the staple food of Andhra Pradesh, the ‘Rice for Plastic’ initiative is turning out to be a big success as people from all over the place started pouring in with plastic to get rice in exchange. A Novel Idea Naresh Peddireddi, a young cashew nut trader came up with this rice-for-plastic idea. Many youths belonging to a non-governmental organization, ‘Mana Peddapuram’ in East Godavari district gave wings to this idea and it became a reality. They named the drive ‘Avoid Plastic-Avoid Hunger’ and it garnered a huge response from the masses. Whoever brought plastic material preferably single-use plastic, were provided with rice in kilograms equivalent to the weight of plastic they brought. Eradication Of Plastic The plastic thus collected is sent to the municipality which employs people to segregate and recycle it. The municipality can also utilize the plastic for the construction of roads. Rice which costs Rs 30 per kg is sourced from nearby mills that have agreed to contribute to their cause. On the first day itself, the NGO was able to collect 200 kg of plastic and the same amount of rice was given to the people. People of Peddapuram are very enthusiastic about this project which seems to be gaining momentum as the place has become free from plastic and poor people are able to get their staple food.

8 Nov 2019

Good News

A Novel Initiative to Make a City Plastic-Free

We all know that plastic chokes drains, kills animals and is hazardous to humans. The government in many states have introduced various ways to curb the use of plastic. In a similar effort, the Kotpad Notified Area Council (NAC) in Koraput district in Odisha has introduced this novel scheme of providing food to the poor in exchange for one kilogram of plastic. The Aahar Scheme The Odisha government had earlier introduced an ‘Aahar’ scheme that provided poor people in urban areas with a healthy meal comprising rice and ‘dalma’ (lentils with vegetable) at a cost of Rs 5. The food in exchange for plastic scheme was launched under the Aahar scheme. The programme gave food free of cost to any person who brought a kilogram of used polythene bags, plastic bottles and cups. Protecting Environment Alok Samantaray, executive officer, Kotpad NAC said that this was a small step to protect the environment and the health of people. The scheme was introduced on Monday. So far, people had brought around 10 kg of plastic waste items and accordingly, 10 meals were given under the ‘Aahar’ scheme. Seeing the enthusiasm of the people the authorities hope to make the town plastic-free in the coming few weeks.

1 Nov 2019

Good News

A Unique Ravana Effigy Sets an Excellent Example of Sustainable Living

Mother Dairy is doing its best to make people aware of the need to reduce the use of plastic. It has been organizing awareness drives urging people to junk plastic and awareness march where people pledge to reduce the use of plastic. To drive home the point. Mother Dairy commissioned a 25-feet effigy of Ravana which was totally made from the plastic waste collected from more than 4000 households. Instead of burning the effigy, it was dismantled and sent to recycling units. The collection drive for the Ravana effigy was carried in areas across Delhi, Gurgaon, Noida, Faridabad and Ghaziabad, with consumers depositing plastic waste at select milk booths in these regions. Leading NGOs also supported this drive for a door to door collection. The effigy was not burnt, but dismantled by IPCA, a producer responsibility organization certified by the Central Pollution Control Board. Mother Dairy, a wholly-owned subsidiary of the National Dairy Development Board (NDDB) was formed under 'Operation Flood', the world's largest dairy development programme launched to make India a milk sufficient nation. Knowledge is power and by creating awareness among the people to reduce plastic, Mother dairy is empowering people to live in harmony with nature and the environment.

11 Oct 2019

Good News

Now, Use Bottle Crushing Machines and Get Your Phones Recharged!

To give a push to Prime Minister Narendra Modi’s initiative to junk single-use plastic, the railways will install 400 bottle-crushing machines at stations. The interesting fact about these machines is that it can recharge your phone. All you have to do is to just key in your phone number. Reducing Plastic Footprint This step was introduced by the Railways in a bid to encourage more people to use bottle crushing machines and reduce their plastic footprint. People will certainly be attracted to these machines for the double benefit of disposing of plastic in a proper way and also of getting their phone recharged. Further, the Railways have also issued orders that single-use plastic will not be used in its premises since October 2. Taking Needful Steps To achieve the Prime Minister’s aim of making the country free of single-use plastic, Railways started this initiative of recharging phones of people who use bottle crushing machines. However, details of the recharge were not known immediately. Railway Board Chairman V.K. Yadav said that 160 bottle-crushing machines have already been installed at 128 stations. He has also issued instructions to the railway staff to collect used plastic bottles and send them for recycling. Earlier, the Railway had directed the vendors and staff to replace plastic carry bags with reusable ones. All these measures will help to reduce our plastic footprint to a great extent. Image Source: ptcnews

11 Sep 2019

Good News

India to Ban Six Items of Single-Use Plastic From October 2

In a significant step towards curbing plastic pollution, India is all set to ban single-use plastic from October 2. In his Independence Day speech on August 15, PM Narendra Modi exhorted the nation to take the first big step towards freeing India of single-use plastic. Plastic Pollution Plastic pollution is posing a grave threat to the environment and therefore, the Indian government has made banning plastic a priority. On October 2, the birth anniversary of Mahatma Gandhi, a ban on single-use plastic will be imposed in the country. The ban will be comprehensive and will include plastic bags, cups, plates, small bottles, straws and certain types of sachets. It will cover manufacturing, usage and import of such items. Worldwide Concern Studies show the adverse effects of increasing plastic pollution taking place worldwide with a focus on oceans as half the percentage of the world’s plastic end up there killing marine life and entering the human food chain. The European Union is mulling to impose a ban on single-use plastic items such as straws, forks, knives and cotton buds by 2021. While India has planned to make the country plastic-free by 2022, China has also vowed to completely eliminate single-use plastic by 2025. The ban will be backed with a penalty which will be relaxed for the first six months so that people get used to alternatives. Environmental standard of plastic will be raised and only recyclable plastic will be allowed.

29 Aug 2019

Good News

This Great Initiative Gives a Thrust to Swachh Bharat

City officials in Chhindwara have come up with a novel idea to keep their city clean. Chhindwara, a city near Bhopal in Madhya Pradesh is all set to become a shining example to all those who are willing to adhere to the mission of Swachh Bharat. Many people in our country are unable to afford a single meal. Under these circumstances, this idea caters to the people who are less privileged and in turn, also helps to achieve an important need and goal of the society. The Resourceful Initiative The scheme involves offering free food to anyone who brings garbage in the form of plastics and polythene bags. Garbage in plastic bags littered along the roads is an eyesore and requires active participation from locals for its removal. Therefore the civic authorities came up with this scheme which largely benefits the ragpickers and poor people. In fact, the ragpickers are already being provided with free food. There are about 150 registered ragpickers in the district who have been provided with identity cards and safety kits from the Chhindwara Municipal Corporation(CMC). Food Coupons Municipal Commissioner Icchit Gadhpale stated that all those who wish to avail free food only have to dump all the plastics that they have collected into the segregation units and get food coupons in exchange. He further said that anyone, even if a trader sends his workers with segregated garbage, they are entitled to the free food coupons. This scheme has already got many takers and is proving to be a big success. This initiative serves the double purpose of serving the poor and maintaining cleanliness in the city.

8 Aug 2019

Good News

Anti Plastic Flashmob

Looking at our environment being put to the threat with the increasing use of plastic, the students of NSS and Youth Cross units of Crossland College, Brahmavar in Karnataka came forward to perform a flash mob. This flash mob was performed as an anti-plastic campaign to spread awareness and reduce the use of plastic. According to a press release by the college, the students have been conducting awareness programmes, distributing anti bills and visiting villages to ask people to stop the use of plastic. Such awareness programmes will not only stop the excessive use of plastic but stop reduce environmental degradation.

3 Feb 2018

Good News

In A Smart Move, Vishakapatnam Lays Roads With Plastic Waste

The Greater Vishakapatnam Municipal Corporation (GVMC) has adopted the smart and eco- friendly method of laying roads with plastic waste, thereby putting the non-biodegradable plastic waste to good use. So far, it has completed 16 such road stretches. These roads are not just cost-effective but last longer than the usual asphalt roads. Besides utilising plastic waste effectively, such roads can withstand heavy rains and do not easily get washed away, thereby preventing damages to roads. Depending on the availability of plastic, the GVMC has plans to lay more roads with plastic waste across all the GVMC zones.

22 Jan 2018

Good News

Green crusaders combat plastic nuisance in Bhoplal

A plastic ban in Bhopal has met with partial success inspite of the careless and unenthusiastic approach of the administration, thanks to a few green crusaders who are committed to fighting the plastic menace in their city. Their efforts are showing results at the ground level. These self-motivated Bhopalis are leaving no stone unturned to rid their city of hazardous plastic carrybags. Had the local administration taken dedicated, responsible and stern steps, the much touted ban would have met with much more success. Stating that there is a lot of confusion regarding the use of polythene, Satish Gangrade, president of new market traders' association said that there are no clear cut directives from the state government to implement the ban due to which there is a dilemma whether to use them or not. To make the ban on plastic successful, proper monitoring by the authorities and strict punishment for the offenders is a must. Pollution Control Board Regional officer PS Bundela said that they had conducted numerous campaigns to make traders aware of the hazards polythene bags and few polythene production factories have also been locked up. Their campaigns have produced results as malls and franchise stores have switched over to cloth and paper bag. It is heartening to know that some vendors have voluntarily boycotted plastic polythene bags. Bundela said that the problem is persistent with vegetable and fruit vendors, as it is tough to implement the policy there.

18 Jul 2017

Good News

Roads of about 1000 km made up of waste plastic in Tamil Nadu

Moving towards effective usage of waste plastic, Tamil Nadu has made over 1000 kilometre roads in the state with the help of 1600 tonnes of waste plastic. As we all know that plastics are non-degradable and pose a great environmental issue. In a wake of effectively managing the waste plastic, state’s Municipal Administration Minister S P Velumani mentioned that disposal of plastic waste is posing a major threat to the environment and so the government has come up with this effective measure of using the waste plastic in road construction. A plastic waste technology aids in putting the concept into reality. The project is being funded by the urban local bodies and government special fund. With this financial assistance, a total of 1634.27 tonnes of plastic has been effectively utilized over the past five years for constructing over 1035.23 kilometre of roads. A lot of focus has been shifted towards environment conservation and ways are being found for proper waste disposals. Self-help groups have been appointed and trained for proper collection, segregation and disposal. This five year long initiative was the part of state government’s thrust to manage plastic waste effectively.

24 Jun 2017

Good News

Pashan-Baner residents to avoid plastic bags

With a view to reduce the usage of plastic waste, residents of Baner Pashan Link Road will start a project to avoid using plastic bags. Area’s Vikas Samiti’s executive committee is ensuring that the residents use cloth bags made of old saris for local shopping. The committee members are working to convince the shopkeepers in the area to sell cloth bags at minimum profit rate and avoid using plastic bags. The group also plans to put up banners and posters all over the area to convince the residents to adopt this environmentally sustainable model. As per a report published in the Times of India, Seema Agrawal, vice-president of the committee, said, "The biggest component of dry garbage seen around our area is plastic. Once mixed with other garbage, recycling it becomes difficult. Ideally we should segregate plastic and give to waste pickers. Even the non-woven bags we see in many shops that look like cloth are fake. In fact, they are more damaging as they cannot be recycled." After a social responsibility was undertaken by Madhavi Sardeshpande, a National Laboratory Scientist who collected old saris as donations and employed underprivileged women of Pashan and Sutarwadi to make bags.

26 Apr 2017

Good News

Plastic bags banned in MP to save cows

With a move to save cows from death by plastic and to stop environmental pollution, the Madhya Pradesh Government has banned plastic bags with effect from May 1 this year. However, there is some confusion among the manufacturers as the government has not specified whether plastic bags of a certain thickness would be allowed. Environmentalists have hailed the ban which the Shivraj Singh Chouhan government had imposed on January 1 declaring tourist destinations and holy cities in MP polythene-free. Legislative affairs and public relations minister Narottam Mishra said that increasing deaths among cattle due to the consumption of plastic was a cause of grave concern. Hence, it was unanimously decided to ban polythene bags across the state from May 1. The cabinet took this decision in response to the directives issued by the National Green Tribunal during hearing of a case filed by an environmentalist. On Republic Day, the CM had announced a total ban on polythene from May 1 An official from the the pollution control board — the agency that will enforce the ban — was clueless whether only thin plastic bags have to be banned and are waiting for further orders.

13 Apr 2017

Good News

Plastic recycling machines at Mumbai stations rewards its users

With the aim of protecting the environment from the harmful effects of plastic, Swachh Bharat Recycle Machine will be installed in 10 of the suburban stations in the city which will enable commuters to recycle their plastic bottles and earn a reward for a job well done. The first such machine was set up at the Churchgate railway station last year and has been used by tens of thousands who traverse the station on a daily basis. Some other stations where this facility is planned to come up are Borivali, Bandra, Dadar and Goregaon. The machines are the size of a big refrigerator. The empty plastic bottle that has to be disposed is fed into the machine which is then processed and crushed. Later, they are recovered and recycled. Once the bottle is slotted, the user also gets a reward in the form of discount coupons from Sahakari Bhandar and Reliance Fresh Stores. They can also opt for Paytm credit points or choose to donate the equivalent money. Wockhardt Foundation, an NGO that works primarily to empower the underprivileged has provided these machines which helps to curtail the problem of untreated waste in India. The trustee and CEO of the foundation said that through the Swachh Bharat Recycle machine, they aim to become a global green citizen, committed to recycle every PET bottle that is thrown into the waste and goes untreated. The plastic from the machines are treated and sent to fiber manufacturing companies where they will be used in the manufacture of clothes or grocery bags or similar items.

30 Mar 2017

Good News

Give a plastic bottle, earn Rupee 1

Next time you go to visit the Raigad Fort, think twice before you throw that plastic bottle. In a bid to keep the fort area clean, the officials of Raigad fort have taken a noble step. Looking at the amount of plastic bottles lying here and there in the premises of the Raigad Fort, the officials have taken a decision to give brownie points to all those who help to clean the fort. According to the new move one can give a plastic bottle at a desk set-up and can earn Rupee 1. So, as many plastic bottles as you find, all the bottles can be submitted and Rupee 1 behind every bottle can be earned. Every year, there are seven-day cleanliness drives that the Raigad office committee organizes but then that happens only in the week and other days the fort is left in the same pathetic condition. To take this cleanliness drive ahead on a daily basis, this move will make sure that the tourist do not throw the waste bottles and make the fort premises dirty at the same time they can earn some money. It is the equal responsibility of the citizens to keep the historical places clean therefore all the tourists should take this move in a positive way and help the state to keep the fort clean. Historical forts are the treasures of Maharashtra and it is the need of time to keep them clean and in better condition so that more and more tourists are attracted to visit and know its historical importance. Surely, a good move to keep the fort areas well maintained.

27 Mar 2017

Good News

Plastic notes of Rs.10 denomination to be circulated soon

New plastic notes of Rs. 10 denomination will be circulated in five cities soon. Minister of State for Finance Arjun Ram Meghwal directed Reserve Bank of India to start printing of plastic notes. The current notes are of cotton substrate while the new notes will be of plastic substrate. The plastic notes will last longer than the current paper notes and are quite cleaner too. The plus point of plastic notes will be the difficulty to counterfeit them. During the time of UPA government, a plan was passed to print out one billion notes of Rs. 10 denomination for trials. Also the cities selected for trials were Kochi, Mysuru, Jaipur, Shimla and Bhubaneshwar. But whether these places will again be declared again for trails or not is not known yet. Mr. Meghwal had replied to Lok Sabha in written that five locations have been decided for field trails of plastic notes. Also the permission for obtaining the plastic substrate and printing of plastic bank notes of Rs. 10 denomination has been granted to Reserve Bank of India. The trails are to be conducted in regions with variations in the geographical and climatic conditions. The minister also mentioned the formation of Standing Committee on Cyber Security to detect possible threats in existing and developing technologies and to improvise cyber security.

19 Mar 2017

Good News

The Whys and Hows

Earth vs. Plastics: A Multi-Stakeholder Strategy for Environmental Cleanup

What Does the Facts Say ~ The world produces around 350 million tonnes of plastic waste every year. Approximately 12% is burned and less than 10% is recycled, while the remaining accumulates in landfills, chokes our water bodies, and ends up in the oceans. Plastics take more than 400 years to degrade, which means the menace created due to unsustainable production and consumption practices is here to stay on this planet for a very long time. Life cycle assessment of plastic reveals that petroleum-based plastics can be recycled three to four times — with product quality deteriorating with each cycle — finally finding its way to landfills. Rapid growth in global plastic production didn’t happen until the 1950s. In the next 70 years, annual production of plastics increased nearly 230-fold to 460 million tonnes by 2019. In 2016, the World Economic Forum had estimated that plastic production could triple by 2050, if the businesses continue as usual. Such a trend in plastic production and usage is expected to result in rapid accumulation of plastic waste in landfills, reaching 12 billion tons by the middle of the 21st century. Although the plastic waste produced per person is higher in rich countries, mismanaged waste has been reported to be much higher in low- to middle-income countries due to a lack of awareness and inadequate infrastructure for recycling the waste. As per the Annual Report 2019-20 on the implementation of Plastic Waste Management (PWM Rules 2016), by the Central Pollution Control Board (CPCB) under the Ministry of Environment, Government of India, the quantum of plastic waste generated in India had been recorded at 3.47 million tons per year (roughly 9,857 tons per day) and India ranked the fifth largest generator of plastic waste. Let's Be Little Kinder to Our Mother Earth ~ (Source: Google Images) The mismanaged waste is finding its way into rivers, lakes, and oceans at a frightening rate. The problem of marine plastic pollution today is a major cause of economic, social, and environmental concern. Coastal regions suffer from the harmful health impacts of plastic pollution and waste brought in by the tides, while the livelihood of the locals is inextricably linked to the fishing and tourism industry. According to conservative forecasts made in March 2020, the direct harm to the blue economy of the Association of Southeast Asian Nations was expected to be $2.1 billion per year, a significant financial cost to be borne due to marine plastic pollution. Almost 70% of the plastic in the oceans comes from land-based sources through rivers and coastlines. The other estimated 30% comes from marine sources such as fishing nets, lines, ropes, and abandoned vessels. The ‘All Goa Small Scale Responsible Fisheries Union’, in a recent representation to the Environment Ministry, highlighted the detrimental impact of plastic waste on fishing activities and the overall health of the local rivers and the Arabian Sea, and an urgent need to ban plastic in the region. Riverbeds covered with plastics disrupt fish spawning activities. These concerns need to be addressed with actions that have immediate and long-term impacts to prevent plastics and other waste from polluting the rivers and oceans, as well as ways to clean up the existing waste. What actions are possible? It's Our Responsibility More Than Ever~ (Source: Google Images) The United Nations Sustainable Development Goals (SDG) have sought to focus attention on the issue of marine plastic pollution. Specifically, SDG 14, which promotes the preservation and sustainable utilization of oceans, seas, and marine resources, is spearheading an all-encompassing strategy to address the issue of marine plastic pollution. SDGs 11 and 12, which aim to create inclusive, safe, resilient, and sustainable cities and sustainable consumption and production patterns, respectively, support a coordinated effort to improve waste management and eradicate plastic pollution. An effective policy will require multi-stakeholder collaboration and be supported by responsible business and non-governmental organization efforts. By utilizing cutting-edge technologies like artificial intelligence, satellite imaging, drones, citizen science, and waste flow modeling, the UN's Economic and Social Commission for Asia and the Pacific (ESCAP) "Closing the Loop" project helps cities measure and monitor plastic waste and identify the "source to sea" movement of plastic leakage into the marine environment from cities. Finding the areas where plastic leaks can help governments and organizations create policies that work and take concrete steps to solve the plastic problem. At the corporate level, producer-extended responsibility—in which producers are in charge of gathering and recycling items they introduce to the market—is essential. To replace single-use plastics, product designers must prioritize the use of non-plastic, recyclable, or biodegradable materials. To do this, the plastics value chain must adopt circular and sustainable economic processes. In addition to encouraging the use of recycled and reused plastics and alternative materials, price structures should take into account the negative effects of plastic usage. Due to the significant oil subsidies used in their production, plastics are cheap since there are fewer financial incentives to utilize recycled plastic. To minimize plastic waste annually, it is equally important to promote individual action to limit plastic pollution. Encouraging a plastic-free workplace will motivate people to switch from single-use plastic products to reusable ones or single-use, more environmentally friendly options. The collaborative efforts towards a plastic-free world can be accelerated by public awareness programs that explain how people's behaviors contribute to marine plastic pollution or how they may participate in beach and river clean-ups; they can also encourage the usage of disposable plastic bags. Most critically, reducing plastic pollution requires better waste management techniques. It's a manageable issue, and improving the way plastic garbage is managed will significantly lessen the annoyance. There would still be a sizable amount of plastic entering the rivers and oceans even if global use were cut in half. Embracing circularity in the management of plastic trash while involving many stakeholders and comprehending the connections for integrated solutions is crucial. By extending the life of products and moving trash from the end of the supply chain to the beginning, the circular economy creates value. To maintain resource sustainability, a shift from a linear to a circular economy is necessary. Reusing and recycling resources enables them to be used more effectively and multiple times. “It looks big, Earth. But there are lots of us on here (7,523,458,567 and counting) so be kind.” —Oliver Jeffers

26 Apr 2024

The Whys and Hows

Star Citizens

Qudrat: Reviving Tradition with Sustainable Tableware

In today's world, where plastic pollution has become an ever-increasing concern, the need for sustainable alternatives has never been more critical. Enter Qudrat, an indigenous brand revolutionizing the way we approach tableware by reintroducing traditional crockery in a modern, eco-friendly avatar. Gone are the days when we used to dine on banana leaves and clay utensils; Qudrat is bringing back these age-old practices in a contemporary context. Founded by brothers Rishabh Suri and Rohan Suri, Qudrat is on a mission to combat plastic waste and promote a sustainable lifestyle. The journey of Qudrat began with a shared passion for hiking, where the founders encountered plastic waste littering even the most remote trails. This disheartening sight fueled their determination to find a better alternative to plastic tableware, leading to the inception of Qudrat. At the heart of Qudrat's products lies a commitment to sustainability. By utilizing agricultural waste, such as rice straw, rice bran, and rice husk, Qudrat transforms residues into a range of environmentally friendly and biodegradable tableware, including disposable plates, bowls, straws, and edible spoons. Source: Google images One of the key ingredients in Qudrat's manufacturing process is rice straw, a byproduct of rice production industry. By repurposing this agricultural waste, Qudrat not only reduces environmental pollution but also addresses the issue of crop burning, a major contributor to air pollution in India. Operating with a low carbon footprint, Qudrat's manufacturing facility in Trivandrum employs a closed-loop system that recycles waste without generating additional pollution. Furthermore, Qudrat's products are manufactured without the use of any chemicals, ensuring they are safe for both consumers and the environment. Not only are their products eco-friendly and biodegradable, but they also serve as edible treats for animals. If accidentally disposed of in land or water, Qudrat's tableware can safely be consumed by animals, thanks to their natural ingredients. Behind Qudrat's success are its founders, Rishabh and Rohan Suri, who bring a wealth of passion and expertise to the table. Rishabh, a surfing enthusiast and entrepreneur, is driven by a deep-seated belief in the power of sustainability. Meanwhile, Rohan, a marine engineer with a love for nature, is dedicated to creating impactful solutions for environmental challenges. Qudrat represents more than just a brand; it embodies a commitment to preserving tradition, promoting sustainability, and leading by example in the fight against plastic pollution. With innovative products and a steadfast dedication to environmental conservation, Qudrat is paving the way for a greener, more sustainable future.

2 Apr 2024

Star Citizens

Zerocircle Has a Unique Way of Combating Plastic Pollution- With Seaweed!

In an era where convenience often outweighs environmental consciousness, the planet faces an ever-growing threat: plastic pollution. The dangers of plastic have become increasingly evident, with its persistence in our oceans, landfills, and even our bodies. Yet, amidst this crisis, there are individuals like Neha Jain who refuse to stand idly by. Neha Jain, a visionary driven by her passion for environmental sustainability, embarked on a remarkable journey to combat the menace of plastic pollution. Her story is not just about awareness but about action, driven by her education, career, and unwavering commitment to making a difference. With a degree from Christ College in Bengaluru, Neha Jain entered the corporate world, initially pursuing a career that seemed distant from her true calling. However, it was during her tenure in a multinational corporation that she witnessed firsthand the devastating impact of plastic on the environment. Mountains of plastic waste, choking water bodies, and the alarming decline of marine life ignited a fire within her. Driven by a newfound purpose, Neha Jain decided to take matters into her own hands. Leaving behind the comfort of her corporate job, she ventured into the realm of sustainability, determined to be a catalyst for change. Her journey was not without challenges, but her unwavering resolve fueled her ambition to seek innovative solutions to the plastic crisis. One of Neha's groundbreaking initiatives was her exploration into alternative materials that could replace traditional plastic. Amidst her research, she stumbled upon the transformative potential of seaweed. Unlike conventional plastics derived from fossil fuels, seaweed-based plastics offer a sustainable and biodegradable alternative. Seaweed, a renewable resource abundant in our oceans, has garnered attention for its versatility and eco-friendly properties. Neha Jain recognized the immense potential of seaweed as a viable solution to the plastic crisis. Through meticulous experimentation and collaboration with experts in the field, she pioneered the development of seaweed-based plastics, offering hope in the fight against plastic pollution. She established a startup and currently leads Zerocircle, a company that specializes in creating biodegradable packaging from seaweed. Zerocircle recently made headlines for winning the prestigious Tom Ford Plastic Innovation Prize. Her efforts did not go unnoticed. Neha Jain's groundbreaking work in sustainability earned her recognition and awards. However, for Neha, the true reward lay in knowing that her work was making a tangible difference in safeguarding the planet for future generations. The journey from corporate executive to sustainability advocate was not merely a career transition for Neha Jain; it was a profound personal transformation. It showcases the power of passion and purpose in driving meaningful change. As Neha continues to champion the cause of environmental sustainability, her story serves as an inspiration to countless individuals around the world. It reminds us that each one of us has the power to effect change, no matter how daunting the challenge may seem. Neha’s journey inspires us to forge a path towards a more sustainable future—one where plastic pollution is but a distant memory, and the health of our planet is preserved for generations to come.

1 Mar 2024

Star Citizens

This Amazing New Initiative Promotes Plastic-Free Community Feasts!

In an effort to combat the growing plastic waste problem, the village of Kurumunda in Nuapada district has introduced a unique initiative called the 'Bartan Bank.' This bank aims to promote plastic-free community feasts by providing utensils free of cost. The 'Bartan Bank,' spearheaded by sarpanch Saroj Devi, is a community-led project that aims to reduce the use of single-use plastics during social and religious celebrations. The gram panchayat allocated Rs 75,000 from the village funds to create a depot of utensils, including large cooking vessels, steel plates, bowls, glasses, and spoons. During the wedding season and other festivities, villagers can now borrow these utensils from the 'Bartan Bank' instead of relying on disposable plastic plates and cutlery. The initiative not only eliminates the need for purchasing plastic items but also addresses the challenges associated with plastic waste disposal and the risk of animals ingesting it. To ensure transparency, the procurement process involved active participation from villagers and gram panchayat officials. The success of the 'Bartan Bank' in Kurumunda has encouraged plans for its replication throughout the Bhaleswar panchayat, which comprises nine villages. Village elders, with the assistance of youth, will oversee the management of these banks. This sustainable initiative is a significant step towards promoting eco-friendly practices and reducing plastic pollution in Kurumunda. By embracing the concept of a 'Bartan Bank,' the village aims to set an example for other communities and inspire them to adopt similar measures.

28 Nov 2023

Star Citizens

Revolutionizing Sustainability: World's First Coconut Leaf Straws

Dr. Saji Varghese is a professor at Christ University in Bangalore, but what led him to establish a startup in Bangalore? His passion for the environment sparked an extraordinary journey that could combat plastic pollution while at the same time uplifting the lives of rural women. The innovative venture pioneers the creation of the world's first straws made from dried coconut leaves, heralding a breakthrough in the battle against plastic pollution and rural unemployment. Fallen coconut leaves are collected from various parts of India. Rural women are employed to carefully extract the midribs, clean the leaves, and initiate the processing stages. These leaves undergo a blend of manual and automated procedures, culminating in the production of eco-friendly straws. Dr Varghese has incorporated chemical free methods to harness the natural properties of coconut fronds.The leaves surface gets coated with wax when pressurized with steam. The resulting straws boast a nine-month shelf life and can sustain in drinks for up to six hours. This makes them one of the best alternatives to plastic straws.Notably, a single coconut frond yields approximately 600 straws, ranging from 3 to 13 millimeters in diameter. In a conversation with The New Indian Express, Dr. Varghese elaborated on the production process and revealed global interest in these eco-straws. Samples were dispatched to ten countries and the response was very encouraging as they received orders for millions of straws. Available in two variants—a regular-use straw and a smaller version incorporating the midrib for easy piercing of tetra packs—these eco-conscious alternatives present a cost-effective solution produced on a significant scale, marking a significant step towards sustainable living.

21 Nov 2023

Star Citizens

How an Indian Scientist Turned Plastic Trash into Eco-friendly Streets

Plastic, notorious for its slow degradation, has choked our environment, filling dumping grounds beyond capacity. In a resounding response to this crisis, an Indian scientist has pioneered a groundbreaking technique, crafting streets out of recycled plastic, a marvel that not only enhances road quality but also tackles the mounting waste issue. R Vasudevan recognized plastic as a potential solution—transforming it from a problem to a resource. By ingeniously blending traditional road tar with plastic, he concocted a polymerized mix that not only fosters durability but also repurposes plastic waste that would otherwise be discarded or burnt. His innovation hinges on a meticulous balance, incorporating a mere fraction of plastic waste—1/10th, to be precise—for every kilo of stone and 50 grams of bitumen used. This not only trims bitumen usage but also reinforces roads, augmenting their strength twofold compared to conventional tar roads. The infusion of plastic simultaneously elevates aggregate impact value, rendering the roads more robust and less susceptible to the erosive effects of water. This eco-friendly transformation has been embraced throughout the nation - from panchayats to the National Highways Authority of India (NHAI). The NHAI, in particular, has committed to integrating plastic waste into highway construction, especially along urban fringes, fostering a network of environmentally conscious roads. The impact of Vasudevan's ingenuity has already spanned over 100,000 kilometers of plastic-infused roads in India, a number that continues to swell. And it's not confined to Indian borders. Globally, his techniques are inspiring counterparts in various nations, with Indonesian cities like Bali, Surabaya, and others adopting plastic-asphalt mixes to reshape their streets. In recognition of his innovative strides and contributions to society, Rajagopalan Vasudevan was bestowed the Padma Shri award in 2018. His journey epitomizes how creative thinking can turn a scourge into a solution, paving the way for a more sustainable, waste-conscious world.

31 Aug 2023

Star Citizens

From Waste to Fashion: The Sneaker Revolution Taking on Plastic Pollution!

In 2017, the spark of an idea ignited in the mind of Ashay Bhave, a 24-year-old student then immersed in his business administration studies. An endeavor began to brew - one that would see plastic bottles and bags transformed into trendy, ethical sneakers, making a bold stand against the rampant plastic pollution plaguing the planet. With a resolute gaze on the daunting issue of 100 billion plastic bags inflicting fatal harm upon 100,000 marine creatures annually, Ashay's mission evolved. For two relentless years, he did research and his experiments finally led to the creation of a fabric from plastic waste that mimicked the texture of leather. Ashay’s amazing idea was reflected on his website - a shoe that not only looked like its leather counterpart but functioned just as well. And thus, in 2021, the curtain rose on Thaely - aptly named after the Hindi term for "plastic bag." The journey involved purchasing plastic waste from recycling facilities, carefully cleansing and sanitizing the material, then shaping it into sheets that were fused together under heat and pressure. Thaely's shoes comprises recycled plastic bottles and 10 repurposed bags, a symbol of transformation from waste to fashion. A tally of 48,000 discarded bottles and 50,000 carry bags has been given new life through this initiative. In a remarkable twist, Thaely extends a discount to customers who trade in their well-worn sneakers for fresh pairs - a virtuous cycle, indeed. With a horizon that stretches beyond India's borders, Ashay's gaze is set on Dubai, Europe, America, and Australia. The mission is global - to lace the world in conscientious, eco-conscious footwear that whispers tales of change and evolution with every step taken.

21 Aug 2023

Star Citizens

Preserving History and Nurturing Tradition: Ayyanar's Legacy of Vessels and Toys

In a small village nestled in Puducherry, a man named Ayyanar has embarked on a remarkable journey to preserve the treasures of the past. Beyond the mere functionality of vessels and the joy of toys, Ayyanar recognizes the cultural significance they hold and the stories they carry. To him, each piece of crockery and cookware carries a rich historical narrative. Among his unique collection is the Rail Aduki, a set of fourteen to eighteen vessels specifically designed for cooking while traveling. Complete with plates and spoons, this set made it convenient to prepare and serve meals for an entire family on the go. According to Ayyanar, each vessel has a scientific purpose behind its creation. For instance, the Kinni, a bowl-like vessel, was used by our ancestors to feed young children. The rhythmic tapping of the spoon against the Kinni helped lull the child to sleep. Unfortunately, these traditions have been forgotten, leading to difficulties in childcare today. In addition to his collection of vessels, Ayyanar also gathers toys from bygone eras. One such toy is the Marapachi Bommai, which prioritized children's well-being without conforming to societal norms. Traditionally given to the groom before marriage, the doll would later become a toy for the couple's child. Crafted from rare wood with medicinal properties, these dolls ensured that biting the toy transferred the essence of the tree to the child's body, posing no risk or harm. Ayyanar's three-storey house stands as a witness to the endurance of time, and the vessels within flutter the hearts of those who witness their legacy. Ayyanar dreams of a future where these vessels are not forgotten, but embraced once again. By using these vessels, we can take a step towards a plastic-free world, where the traditions of the past merge with the sustainability of the future. As Ayyanar's eyes beam with hope, his mission serves as an inspiration for all of us. Let us recognize the value of our heritage, preserve our traditions, and pass them on to future generations. In doing so, we not only honor our ancestors but also create a bridge between the past, present, and future—a bridge built on the foundations of culture, sustainability, and love for our shared history.

2 Jun 2023

Star Citizens

From Trash to Treasure: The Hyderabad Startup That's Solving India's Waste Management Crisis

Banyan Nation, a Hyderabad-based startup co-founded by Mani Vajipey and Raj Madangopal, is changing the game when it comes to waste management in India. Their innovative solution involves turning plastic waste into 300 million fast-moving consumer goods (FMCG) bottles annually. India is currently struggling with a waste management crisis, with over 9,000 tons of plastic waste being generated every day. Banyan Nation's mission is to solve this problem by creating a circular economy for plastic waste. They collect plastic waste from various sources such as households, industries, and municipal corporations, and use their proprietary technology to process it into high-quality plastic granules. These granules are then sold to FMCG companies, who use them to create new products such as shampoo bottles, food packaging, and more. Banyan Nation has already processed over 10,000 metric tons of plastic waste and prevented it from ending up in landfills or polluting the environment. Their innovative solution not only helps in waste management but also reduces the need for virgin plastic, which is a significant step toward sustainability. Their success has not gone unnoticed, and they have received several awards and recognition for their efforts. They were recently recognized with the Social Enterprise Award by The Economic Times. The founders, Mani Vajipey and Raj Madangopal, are committed to making a positive impact on the environment and society. They believe that the circular economy approach can lead to sustainable development and help India in achieving its goal of becoming a cleaner and greener nation.

20 Feb 2023

Star Citizens

People Are Drawing Inspiration From a Forest Officer Who Created a Beautiful Garden From Waste!

Papan Mohanta is a forest range officer at Pirakata Range under Midnapur division. For the past four years, he has been dedicating his time after the usual work hours to create a unique, but beautiful garden that has been drawing crowds. What is unique about the garden is that it has been made out of waste plastic bottles and rubber tyres. It is amazing that Mohanta thought of creating a thing of beauty with discarded items. He has been working on the garden for the past four years. Mohanta’s brainchild is situated in the space near his Pirakata range office. He said that when he was first posted in the area, he noticed lots of waste and immediately felt the need to beautify the place. Initially, while working on the garden, it was all trial and error for him, but gradually he learned how to put the waste to good use while creating such a garden. His experiments have now become an inspiration for the locals who are trying to emulate his extraordinary work. Mohanta filled nearly 1,100 waste plastic bottles and rubber tyres with soil and planted seasonal flowers in them. The garden looks very colourful and vibrant when the plants are in full bloom. Words of appreciation have not stopped flowing for Mohanta who is very happy that nearby schools and even CRPF jawans have followed his method. Mohanta, through his stunning garden, has set an excellent example of how to reshape plastic and conserve the environment.

17 Sep 2019

Star Citizens

Global Inspirations

A Major Breakthrough As New Enzymes Can Break Down the Toughest Unrecyclable Plastic

We all know of the plastic menace and how major companies throughout the world are trying to limit plastic use with recycled products. However, it has been difficult to secure recycled food-grade plastic. A French startup Carbios is all set to resolve such recycling issues as it has found a way of recycling even the problematic PET plastics into a pure form that can be used to make clear water bottles. Enzymatic Process The company Carbios has come up with this groundbreaking method of using enzymes to break-down, purify, and reuse a wide array of PET plastic waste which currently is very difficult to recycle. The company plans to license the technology to recycling companies as it envisions a circular plastic economy where nothing is wasted. Another advantage is that the company uses the biorecycle method, which is the use of enzymes that entail the consumption of lower temperatures thus reducing energy consumption. The Recycling Plant Encouraged by the backing from major corporations like Nestle Waters, PepsiCo and many more which are under pressure to reduce their plastic footprint, Carbios intends to set up the construction of a new recycling plant that will use the biological process to recycle all at once and in a few hours, all plastics such as multicolored plastic, like food trays or polyester shirts which otherwise is almost non recyclable. This major milestone is a world-first that will lead to a circular plastic economy in which there is no waste thus proving extremely beneficial to the environment.

7 Nov 2019

Global Inspirations

This Engineer’s Amazing Use of Plastic Bottles Will Blow Your Mind!

The world is becoming increasingly aware of the need to eliminate the use of single-use plastic and one of the significant ways of doing it is by halting its production. The already existing plastic can be recycled. However, hailing from a place that did not have modern plastic recycling machines, an engineer in Algeria Tateh Lehbib Braica came up with a novel idea to make optimum use of these bottles. The 27-year-old engineer, Tateh who was born in the Sahrawi refugee camps in Algeria, devised a master plan to employ all the plastic bottles to make homes for refugees. It was his brainchild to use sand-filled plastic bottles as bricks to build homes. Sturdy Homes Tateh built eco-friendly houses with sand-filled plastic bottles, cement and a mixture of earth and straw. A team of four people would use around 6000 bottles to make one house in a week. The houses were built in a circular shape in order to withstand storms. The structure was water-resistant adding to its advantage. The exterior was painted white so as to reduce the impact of solar rays by up to 90%. Grant To Build Houses After being convinced about the benefits of his newly constructed houses, Tateh convinced his community to support his innovation along with the UNHCR's Geneva HQ. The agency agreed to give them a grant which saw innumerable houses being built in the five Sahrawi refugee camps in the Algerian province of Tindouf. Tateh with his brilliant idea is not only preventing plastic from polluting the ecosystem, but also providing shelter to thousands of people. Hats off to him! Image Source: World Habitat

3 Oct 2019

Global Inspirations

A Brilliant Idea of Adidas to Turn Plastic Ocean Waste Into Sportswear

Our oceans are getting adversely affected by marine pollution so much that it is predicted in 30 years, there will be more plastic in our oceans than fish. Acting on these warnings, multinational corporation Adidas decided to do their best to reduce the plastic pollution in oceans. Microplastics are consumed by small fishes which in turn are eaten by bigger fishes that are consumed by humans. They are harmful to both humans and marine life. Adidas has partnered with environmental organization Parley to turn marine pollution into sportswear and they have met with huge success. Before the plastic reaches the oceans, Parley and its partners collect trash from the coastal areas like the Maldives. The waste is sorted and segregated and the plastic thus recovered is sent to the Adidas processing plant. Here, the plastic is crushed, washed and dehydrated to form plastic flakes. The flakes are heated, dried and cooled to form pellets which are then melted to form filaments that are spun into what they call ocean plastic, a form of polyester yarn. The recycled plastic uses less water and fewer chemicals than normal polyester and helps prevent plastic pollution. It is used by Adidas to form upper parts of shoes and clothing like jerseys. They easily conform to the performance and comfort standards of Adidas’ other shoes. At present, 40 per cent of apparels of Adidas are made out of recycled plastic. It is made with such intricacy and design that one fails to notice it. Adidas is also in the process of making 100 per cent recyclable shoe called Futurecraft Loop which is expected to hit the markets in 2021. By using the already available materials to produce its commodities and reducing ocean plastic waste, Adidas has taken a major step towards a sustainable environment.

17 Sep 2019

Global Inspirations

Irish Teenager Comes up With a Pathbreaking Idea to Remove Microplastics From Water

Fionn Ferriera, an eighteen-year-old from Ireland has won $50,000 at the Google Science Fair for his project involving the extraction of microplastics from water. The science fair was conducted by Google for students aged 13 to 18 who submitted their projects before a panel of judges. Microplastics are very small fragments of plastic that pollute the environment. Due to their minute size (less than 5mm), they cannot be filtered or screened during wastewater treatment and thus make their way into waterways. Small fishes eat microplastics. They become prey to larger fishes which in turn are consumed by humans. Microplastics can be a health hazard for humans due to the different toxic and carcinogenic chemicals used to make it. Ferreira created a ferrofluid by combining oil and magnetite powder and poured it into the water containing microplastics. The microplastics combined with the ferrofluid which was then easy to extract with the help of a magnet, thus leaving behind only water. This method was subject to a 1000 tests and it succeeded in removing 87% microplastics of all sorts from water. The success of Ferreira’s project has encouraged him to scale the technology to be able to implement at wastewater treatment facilities. There is no doubt that his remarkable project will go a long way in curbing environmental pollution. Image Source: Mother Jones

6 Aug 2019

Global Inspirations

A New Method Of Discovering Microplastics In Oceans

There is no denying the fact that our oceans are full of plastic. In the ocean, waste accumulates in gyres and is described as Great Garbage Patches. However, tiny bits of garbage that are scattered and hardly visible also need to be dealt with to stop the growing environmental crisis. Now, scientists have developed a fluorescent dye that helps to detect the tiniest piece of garbage in the marine environment. Research led by the University of Warwick in the UK has found a practical solution for detecting microplastics in field samples. Microplastics are as much of an issue for marine species as the turtle-choking plastic bags are for larger animals. So getting a grip on the scale and distribution of microplastics is clearly a high priority. The new fluorescent dye ‘Nile Red’ developed by the scientists lights up when it comes into contact with the right kinds of chemicals, thereby making the plastics stand out from similar-looking bits of gunk. Preliminary tests on different plastic polymers showed the dye was up to the job of making microplastics stand out. Field study revealed that this technique yielded better results than the current methods used to find plastic.

26 Nov 2017

Global Inspirations

Plastic gobbling Caterpillars to feast on waste

Plastic is not known for breaking down easily. But, at last plastic may have to surrender in front of humble caterpillar ! As per researchers, there could be a solution for plastic waste, after all. They are pinning their hopes on caterpillar called wax worm. The research has been done at the Institute of Biomedicine and Biotechnology of Cantabria by Federica Bertocchini and her team. They discovered that the plastic bags with wax worms became full of holes, in no time. They followed it up to find that, in 12 hours, munching of plastic by wax worms results in plastic mass. They also noticed that the wax worms were ingesting the plastic and also chemically converting the polyethylene into ethylene glycol, according to CSIC. Federica Bertocchini said, “We are planning to implement this finding into a viable way to get rid of plastic waste, working towards a solution to save our oceans, rivers, and all the environment from the unavoidable consequences of plastic accumulation.” She added that “However, we should not feel justified to dump polyethylene deliberately in our environment just because we now know how to bio-degrade it.” At last, the solution to menace of plastic waste seems to be in sight.

28 Apr 2017

Global Inspirations