Eco-question: What is the Extended Producer Responsibility ? – Premiere Vision

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Home » Magazine » Eco-question: Extended Producer Responsibility – where do European and American regulations stand?
The figures are staggering. In Europe, clothing and footwear account for 5.2 million tonnes of waste, or 12kg per person per year, according to the Joint Research Centre. Only 22% of post-consumer textile waste is currently collected separately for reuse or recycling. In the United States, the figures are around 36kg of discarded textiles per person per year, a volume that has increased by 55% since 2000, according to the Environmental Protection Agency. In order to find a solution to the low level of optimisation of these potential resources, several draft laws are aiming to set up Extended Producer Responsibility schemes, based on the “polluter pays” principle.
The aim is to make brands responsible for the entire life cycle of a product, and to help finance the management of their end-of-life: separate collection, sorting, reuse and recycling of textiles. Until now, this has been the responsibility of local authorities.
To achieve this, it will be necessary to set up an individual system that meets the regulatory requirements, or to join dedicated eco-organisations that will support the implementation of these systems.
Extended Producer Responsibility is well-known in France, where it has been in force since 2008. In the Netherlands and Spain, it has been in place since 2023, while it is being studied in other countries, such as Italy. To avoid a major administrative burden arising from regulatory fragmentation, the European Union now intends to harmonise the frameworks set by the Member States.
Producers will have to cover the costs of managing textile waste by paying an earmarked tax per product placed on the market. To encourage more sustainable product design from the outset, criteria will be set to allow eco-modulation, in other words, a financial incentive to reduce the fee payable if the conditions are met.
Textiles will also have to be treated in accordance with the waste hierarchy: used clothing must be reused and repaired as a priority. The introduction of EPR should also enable more textile waste to be recycled, ideally from textile to textile.
Illegal exports of textile waste to countries ill-equipped to manage them are also included in the European text. The law will specify the criteria that qualify a textile as reusable, in order to put an end to exports of waste disguised as being intended for reuse.
Read also: What is New York State’s PFA ban all about?
The legislation in New York State and California applies to producers of clothing, textile accessories and bags, as well as household linen and textile furnishings.
In the European Union, producers of clothing, footwear and home textiles are subject to the law, with an exemption for micro-businesses (fewer than 10 employees).
Separate collection of textile waste will come into effect on 1st January 2025 in the EU, under the Waste Framework Directive, and the implementation date for Extended Producer Responsibility should be specified in 2024.
California’s Responsible Textile Recovery Act is due to be revised in 2024, with potential application in 2026. New York’s legislation aims to be implemented from 1st July 2025. If these texts are adopted, all retailers, distributors and wholesalers who do not integrate an Extended Producer Responsibility system will no longer be authorised to sell covered products collected and managed in these two States.
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Industry and eco-advocates join forces on climate change • Wisconsin Examiner – Wisconsin Examiner

LT. Gov. Mandela Barnes in his office. (Photo by Isiah Holmes)
Adapting to climate change in Wisconsin remains a uniting cause across the state. Climate change related issues have effects on everything from industry to the very cycles of nature. Particularly for states like Wisconsin, which depends economically on agriculture and natural spaces, matters are pressing and the clock is ticking. That’s why on the heels of the governor’s climate change task force releasing a comprehensive report last week agriculture groups are organizing alongside environmental groups around water quality.
“The final report from the Climate Change Task Force is a robust and comprehensive game plan for the state to not only reduce carbon emissions,” says Amber Meyer Smith, vice president of programs and government relations for Clean Wisconsin, “but stimulate our economy, protect public health, and create jobs.” Smith, who is a member of the task force, added, “I’m proud of this report.”
Lt. Governor Mandela Barnes highlighted the sweeping recommendations made by the report. “The solutions in the report range from the creation of an office to address environmental injustices, green job training programs for displaced and marginalized workers, funding to help adopt more sustainable practices, policies to promote cleaner methods of transportation, and statutory changes to help the energy sector transition to cleaner energy production.”
The Evers administration has consistently made climate adaptation a priority statewide. With a goal of fully moving to clean and renewable energy by 2050, the state has encouraged the private sector to follow suit. 
In a statement made on Dec. 11 alongside other Wisconsin agricultural organizations Chris Pollack, a member of the Wisconsin Farm Bureau Federation said, “Wisconsin agriculture plays a vital role in addressing conservation, innovation and implementing climate-smart practices. As a farmer myself, I appreciate having a seat at the table to identify ways of reducing our carbon footprint and continuing our commitment to protect our climate and the natural resources our livelihood relies on.”
Among the issues covered in the 120-page climate report is the preservation of clean drinking water. Groundwater contamination through nitrogen and phosphorus run-off is a serious problem in Wisconsin. Much this contamination stems from farm-raised cattle and livestock. Not only due to run-off, but also manure spills which can unintentionally dump thousands of gallons of waste into waterways. The Wisconsin Legislature, through climate and water quality task forces, has explored an incentive system to help stimulate industry change.
“Projects that reduce these nutrient losses hold potentially significant financial value, generating credits that can be purchased by entities that need them,” the climate report states, “including wastewater permit holders, counties pursuing nutrient reductions with funds from wastewater discharges with temporary variances, and lake districts and associations formed to protect water bodies that may have access to funding from their members whose property values would benefit from water quality improvements.”
Seemingly unrelated climate issues are tied together, the report states in an opening letter written by Barnes. “Since I took office,” he writes, “much of my time as lieutenant governor has been spent learning about the impact climate change has been having on our state. Extreme weather generates a costly toll on farmers and their crops. Flooding is impacting homes, infrastructure, and water quality. Deadly cold spells have shut down our state. And our Great Lakes are experiencing a period of record-high water levels, which has grave consequences for coastal ecosystems and will cost communities millions of dollars.”
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“The same agronomic practices that increase carbon sequestration also can help mitigate flood events, protect water quality, recharge groundwater, and increase resilience to drought. Recognizing the societal importance of food production, land managers and policy makers must strive to balance the protection of ecosystems for climate mitigation and other environmental co-benefits with the need to optimize agricultural management to feed a growing world population,” Barnes writes. “The state of Wisconsin is a critical piece of this puzzle.”
Following the report’s release, the Dairy Business Association joined Clean Wisconsin and other groups to announce a renewed joint-lobbying effort around maintaining water quality. “The challenges facing our drinking water and farming communities are serious and urgent,” says Mark Redsten, president of Clean Wisconsin. “We know that we all share a common interest.” Tom Crave, president of the Dairy Business Association adds that, “for too long these have been competing interests, especially when it comes to regulation. It’s time for change.”
The lobbying effort has several specific demands, including expanding well water testing, supporting conservation efforts, and further developing new farming methods. “This is about bringing everybody up,” Clean Wisconsin program director Scott Laeser told the Wisconsin State Journal. “We have to recognize that all farms, from the smallest to the biggest, have a role to play in improving water quality.”
Forming partnerships around the state’s eco-issues has also helped various communities around Wisconsin find common ground. “Wisconsin farmers are proud of their continuing efforts to use climate-smart practices,” says Robert Nigh, District 3 board member with the Wisconsin Farm Bureau Federation . “Including involvement in producer-led watershed groups, planting cover crops and utilizing no-till and reducing tillage of fields. We have been at the forefront of flood and erosion control, protection and preservation of water quality and other innovations that protect the environment. Farmers are pleased to be at the table during the discussions surrounding climate change and look forward to making a positive impact through climate-smart practices.”
Bill Hogseth, watershed and organizing coordinator for the Wisconsin Farmers Union echoed how inherently linked many of these issues and initiatives are. “Climate mitigation and rural prosperity are undeniably linked, and, increasingly farmers recognize the role of sustainable practices in mitigating climate change. We need bold efforts to address the effects of climate change, and these recommendations issued by the task force are an important step forward in promoting practices that enable farmers to be climate champions.”
Looking onward into 2021 and beyond, these partnerships and the foundation laid out by the climate report will only continue to develop. “The people are ready for change,” said Lt. Gov. Barnes. “The people are demanding change. Farmers are choosing more sustainable agricultural practices. Utility companies are investing in renewable energy. And our local communities are reforming their policies to promote greener, cleaner economies.”
by Isiah Holmes, Wisconsin Examiner
December 17, 2020
by Isiah Holmes, Wisconsin Examiner
December 17, 2020
Adapting to climate change in Wisconsin remains a uniting cause across the state. Climate change related issues have effects on everything from industry to the very cycles of nature. Particularly for states like Wisconsin, which depends economically on agriculture and natural spaces, matters are pressing and the clock is ticking. That’s why on the heels of the governor’s climate change task force releasing a comprehensive report last week agriculture groups are organizing alongside environmental groups around water quality.
“The final report from the Climate Change Task Force is a robust and comprehensive game plan for the state to not only reduce carbon emissions,” says Amber Meyer Smith, vice president of programs and government relations for Clean Wisconsin, “but stimulate our economy, protect public health, and create jobs.” Smith, who is a member of the task force, added, “I’m proud of this report.”
Lt. Governor Mandela Barnes highlighted the sweeping recommendations made by the report. “The solutions in the report range from the creation of an office to address environmental injustices, green job training programs for displaced and marginalized workers, funding to help adopt more sustainable practices, policies to promote cleaner methods of transportation, and statutory changes to help the energy sector transition to cleaner energy production.”
The Evers administration has consistently made climate adaptation a priority statewide. With a goal of fully moving to clean and renewable energy by 2050, the state has encouraged the private sector to follow suit. 
In a statement made on Dec. 11 alongside other Wisconsin agricultural organizations Chris Pollack, a member of the Wisconsin Farm Bureau Federation said, “Wisconsin agriculture plays a vital role in addressing conservation, innovation and implementing climate-smart practices. As a farmer myself, I appreciate having a seat at the table to identify ways of reducing our carbon footprint and continuing our commitment to protect our climate and the natural resources our livelihood relies on.”
Among the issues covered in the 120-page climate report is the preservation of clean drinking water. Groundwater contamination through nitrogen and phosphorus run-off is a serious problem in Wisconsin. Much this contamination stems from farm-raised cattle and livestock. Not only due to run-off, but also manure spills which can unintentionally dump thousands of gallons of waste into waterways. The Wisconsin Legislature, through climate and water quality task forces, has explored an incentive system to help stimulate industry change.
“Projects that reduce these nutrient losses hold potentially significant financial value, generating credits that can be purchased by entities that need them,” the climate report states, “including wastewater permit holders, counties pursuing nutrient reductions with funds from wastewater discharges with temporary variances, and lake districts and associations formed to protect water bodies that may have access to funding from their members whose property values would benefit from water quality improvements.”
Seemingly unrelated climate issues are tied together, the report states in an opening letter written by Barnes. “Since I took office,” he writes, “much of my time as lieutenant governor has been spent learning about the impact climate change has been having on our state. Extreme weather generates a costly toll on farmers and their crops. Flooding is impacting homes, infrastructure, and water quality. Deadly cold spells have shut down our state. And our Great Lakes are experiencing a period of record-high water levels, which has grave consequences for coastal ecosystems and will cost communities millions of dollars.”
GET THE MORNING HEADLINES DELIVERED TO YOUR INBOX
“The same agronomic practices that increase carbon sequestration also can help mitigate flood events, protect water quality, recharge groundwater, and increase resilience to drought. Recognizing the societal importance of food production, land managers and policy makers must strive to balance the protection of ecosystems for climate mitigation and other environmental co-benefits with the need to optimize agricultural management to feed a growing world population,” Barnes writes. “The state of Wisconsin is a critical piece of this puzzle.”
Following the report’s release, the Dairy Business Association joined Clean Wisconsin and other groups to announce a renewed joint-lobbying effort around maintaining water quality. “The challenges facing our drinking water and farming communities are serious and urgent,” says Mark Redsten, president of Clean Wisconsin. “We know that we all share a common interest.” Tom Crave, president of the Dairy Business Association adds that, “for too long these have been competing interests, especially when it comes to regulation. It’s time for change.”
The lobbying effort has several specific demands, including expanding well water testing, supporting conservation efforts, and further developing new farming methods. “This is about bringing everybody up,” Clean Wisconsin program director Scott Laeser told the Wisconsin State Journal. “We have to recognize that all farms, from the smallest to the biggest, have a role to play in improving water quality.”
Forming partnerships around the state’s eco-issues has also helped various communities around Wisconsin find common ground. “Wisconsin farmers are proud of their continuing efforts to use climate-smart practices,” says Robert Nigh, District 3 board member with the Wisconsin Farm Bureau Federation . “Including involvement in producer-led watershed groups, planting cover crops and utilizing no-till and reducing tillage of fields. We have been at the forefront of flood and erosion control, protection and preservation of water quality and other innovations that protect the environment. Farmers are pleased to be at the table during the discussions surrounding climate change and look forward to making a positive impact through climate-smart practices.”
Bill Hogseth, watershed and organizing coordinator for the Wisconsin Farmers Union echoed how inherently linked many of these issues and initiatives are. “Climate mitigation and rural prosperity are undeniably linked, and, increasingly farmers recognize the role of sustainable practices in mitigating climate change. We need bold efforts to address the effects of climate change, and these recommendations issued by the task force are an important step forward in promoting practices that enable farmers to be climate champions.”
Looking onward into 2021 and beyond, these partnerships and the foundation laid out by the climate report will only continue to develop. “The people are ready for change,” said Lt. Gov. Barnes. “The people are demanding change. Farmers are choosing more sustainable agricultural practices. Utility companies are investing in renewable energy. And our local communities are reforming their policies to promote greener, cleaner economies.”
Wisconsin Examiner is part of States Newsroom, a nonprofit news network supported by grants and a coalition of donors as a 501c(3) public charity. Wisconsin Examiner maintains editorial independence. Contact Editor Ruth Conniff for questions: info@wisconsinexaminer.com. Follow Wisconsin Examiner on Facebook and Twitter.
Our stories may be republished online or in print under Creative Commons license CC BY-NC-ND 4.0. We ask that you edit only for style or to shorten, provide proper attribution and link to our web site. AP and Getty images may not be republished. Please see our republishing guidelines for use of any other photos and graphics.
Isiah Holmes is a journalist and videographer, and a lifelong resident of Milwaukee, Wisconsin. His writing has been featured in Urban Milwaukee, Isthmus, Milwaukee Stories, Milwaukee Neighborhood News Services, Pontiac Tribune, the Progressive Magazine, Al Jazeera, and other outlets.
Wisconsin Examiner is part of States Newsroom, the nation’s largest state-focused nonprofit news organization.
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© Wisconsin Examiner, 2024
In Wisconsin’s great progressive tradition, we aim to hold the powerful accountable to the people, follow the money, and dig out the truth. Although we give you the inside scoop, we are not a publication for “insiders.” Instead, we cover the way politics and government affect citizens of the state.
We’re part of States Newsroom, the nation’s largest state-focused nonprofit news organization.
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Our stories may be republished online or in print under Creative Commons license CC BY-NC-ND 4.0. We ask that you edit only for style or to shorten, provide proper attribution and link to our website.

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India's new EV policy to help launch many eco-friendly premium-quality SUVs: VinFast Auto – The Economic Times

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Department of Biological and Environmental Science – Texas A&M University-Commerce

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From Lab to Life
Explore your passion for biology and the environment at A&M-Commerce. Our Department of Biological and Environmental Science offers undergraduate and graduate programs in biology, environmental science, wildlife conservation science and teacher certification. We also offer a fully online Master of Science degree in biological sciences.
Welcome to the Department of Biological and Environmental Sciences at Texas A&M University-Commerce. The department offers a dynamic learning environment, exciting cutting-edge research opportunities and strong mentorship by world-class scientists. Our undergraduate and graduate programs in cell and molecular biology, conservation biology, ecology, environmental science and biology education are all designed to train and educate students to meet the challenges of modern sciences. We invite you to explore our exceptional education and research opportunities.
The BA or BS degree provides a comprehensive overview of biological sciences, working from the molecular level up through ecosystems. The programs are suited for you if you are interested in the biological sciences, a career in biological research or applying for candidacy in medicine, dentistry, physical therapy or other allied health sciences fields.
There is a growing need for science teachers in high school. A degree in biology along with a teacher certification will allow you to combine your interest and passion for biology with influencing and shaping the lives of the next generation.
If you are interested in furthering your studies in biological sciences, this program will enable you to work closely with faculty members with similar research interests. Faculty research interests within the department include behavioral ecology, environmental science, microbiology, neuroscience, molecular, cellular and developmental biology, as well as wildlife ecology and conservation.
If you are interested in the growing field of environmental science, this degree is for you. As a graduate you will be able to work for private environmental companies, corporations or federal, state, county or civic governments in positions that will impact air quality, water quality, hazard mitigation and other environmental challenges. Career fields include, but are not limited to, pollution remediation, environmental impact assessment, regulation enforcement and research.
This program is designed for students interested in wildlife management, ecology or the preservation of biodiversity. Through hands-on research at our university wetland, practical exercises, field trips, internships and personal instruction in the classroom, you will gain marketable expertise in soils, ecology, botany and zoology. Upon completion of this program you can pursue careers as wildlife ecologists, game managers, state and federal wildlife biologists, state and federal park rangers, nature preserve and interpretive specialists, and zoo-keepers. This program is offered as a collaboration between the Department of Biological and Environmental Science and the College of Agricultural Sciences and Natural Resources.
BioPride is a one-week program that introduces biology coursework to freshman students before the first week of classes. This program helps you transition from the high school classroom to the university setting. You’ll gain insight into the discipline by attending lectures and learning laboratory techniques.
Joint Admission Medical Program (JAMP) is a special program created by the Texas Legislature to support and encourage highly qualified, economically disadvantaged Texas resident students pursuing a medical education. It is funded through the Texas Higher Education Coordinating Board.
As a biological and environmental studies student, you have access to a wide range of scholarships specific to your degree.

Our biological and environmental science faculty are excited to develop your knowledge and skills through research. Opportunities are available for both undergraduate and graduate students. We encourage you to discuss any research interests with your professors.
With declining populations of quail where there once was a thriving population, it is important to step back and consider how humans contribute to this change.
To determine if quail embryos and eggs are affected by environmental change, normal stages of development for each species must first be described to compare to experimental results. Scientists from The Quail Research Laboratory recently charted the normal stages of development for the California valley quail and continue to chart other quail species. Learn More
What is the definition of a sustainable quail population? Current quail research is rich in data which has identified many potential components of state and national declines in quail populations. Yet, consistently predicting quail population behavior and sustainability remains as elusive as ever. Learn More
A collaborative research effort between multiple universities is ongoing with a goal to improve the safety and effectiveness of firefighters in wildland-urban interface (WUI) zone fires. The reduction of the preventable fire burden occurs by decreasing the number of buildings that are ignited by exposure to wildland fire, detecting and suppressing spot fires, and helping to cool down the fire head and flanks. The system is based on the utilization of a swarm of Unmanned Air Systems (UASs) with on-board sensors to assist firefighters by reducing the need for firefighter deployment across dangerous terrain in unknown fire conditions. The specialized UASs are manufactured at A&M-Commerce with payload capacities over 20 kg.

Researchers study how freshwater turtles adapt to different water flows, plants and structures, and how their adaptation depends on their species, age, gender and season.
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The focus of this research is the herpetofauna abundance, diversity and equitability within large and small artificial wetlands which are critical habitats for a wide variety of native animals in Texas.
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Our new health science building will feature the Biomedical Institute for Regenerative Research center. You’ll benefit from the latest laboratory equipment as you research ways to cure and reverse damages from disease. After graduating, you’ll be well on your way to a successful career in the healthcare industry.

Opened in 2003, our Keith D. McFarland Science Building offers a state-of-the-art research facility and learning center. The building features an 87-seat planetarium and 29 fully-equipped laboratories.

Our environmental science program takes your knowledge outdoors. Forty-six acres of wetlands/prairie restoration are located at the interface of two of the most endangered ecosystems in North America, the Texas Blackland Prairie and The Texas Post Oak Savanna. You’ll help restore, maintain and protect the wetlands of Northeast Texas.

Our Animal Care Facility is designed to house different model vertebrate animals including mice, rats, fish and birds. A faculty supervisor and student workers oversee its operations. The ACF is monitored by the Institutional Animal Care and Use Committee (IACUC) and the Chief Compliance Officer for the Texas A&M University System.
Our Delta Gamma chapter participates in a variety of social functions and charity work pertaining to biological and health sciences. This organization is for students who major in biological sciences, have a GPA of 3.0 or higher and have completed a minimum of three courses in biology (associate members are those who have not taken three biology courses but fulfill the other two membership requirements).
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Eco-prosperity: Upskilling the future workforce – People Matters

In today’s fast-changing economy, nurturing green skills is crucial for driving economic prosperity and promoting environmental sustainability. With industries globally adopting eco-friendly practices and technologies, the need for a workforce proficient in green skills is on the rise. This underscores the importance of strategically prioritising the upskilling of both current and future employees to ensure they are well-prepared to excel in an economy focused on sustainability.
As the world transitions towards environmentally friendly practices, the demand for skills related to renewable energy, energy efficiency, sustainable design, and environmental stewardship is increasing. This shift impacts traditional industries and creates new opportunities for individuals to upskill and reskill. 
Employers recognise the importance of integrating green skills into their workforce to drive sustainability initiatives, comply with regulations, and meet the expectations of environmentally conscious consumers. This trend is reshaping the job market, leading to the emergence of roles such as sustainability specialists, renewable energy engineers, carbon footprint analysts, and green technology consultants.
According to the ‘TeamLease Digital’s Green Industry Outlook’ report, India is ranked 5th among the top 25 countries with relatively high green skill intensity in 2022. The report found that the green talent in the workforce rose by 12.3 percent between 2022 and 2023. Indicating rising demand for eco-conscious roles, job postings requiring at least one green skill rose by 22.4 per cent, a substantial percentage for India, given its 1.4 billion population. This data reflects the evolving priorities of both businesses and societies. Further, what is more encouraging is that LinkedIn’s Global Green Skills Report has rated India above the global average in terms of the availability of green skills.

Proficiency in environmentally conscious skills and a skilled and talented green workforce on a broad scale is imperative for the forthcoming landscape of various industries. These competencies enable workers to seamlessly navigate evolving technologies and markets while capitalising on regulations influenced by environmental and social considerations. Additionally, they play a pivotal role in fostering innovation, entrepreneurship, and competitiveness within the economy, which increasingly offers new opportunities. According to findings from the International Labour Organization (ILO), the worldwide shift towards a green economy can generate 24 million fresh employment opportunities by the year 2030.

Also read: Empowering India’s green workforce: Bharat Bhut sheds light on Goldi Solar’s impactful initiatives
Budget 2024: India’s embrace of innovation and sustainability sets the stage for economic growth
Moreover, the rise of green skills is influencing educational institutions and training providers to offer programs that cater to the growing demand for sustainability expertise. This includes curriculum enhancements, specialised certifications, and vocational training tailored to equip individuals with the knowledge and competencies needed to thrive in a green economy.
The government too has played a crucial role in propelling transformative change in workforce development. This commitment is exemplified by initiatives such as the Green Skill Development Programme (GSDP) initiated by India’s Ministry of Environment, Forest and Climate Change (MoEFCC). Through short-term training courses, the GSDP aims to equip youth with environmental knowledge. Additionally, the Ministry of Skill Development and Entrepreneurship (MSDE) has taken strides through the National Apprenticeship Promotion Scheme (NAPS). This scheme provides financial incentives to employers who engage apprentices in designated or optional trades, including green skills. 
Organisations can look at launching awareness programs and initiatives like Sustainability School to bring about a cultural shift in the mindset of the employees. Where employees can learn about sustainability challenges and how to take action at both personal and professional levels.
The rapid digitalisation across large enterprises and micro, small, and medium enterprises (MSMEs) is expected to create a significant demand for professionals skilled in computer science, software, data science, and engineering in 2024. It is evident that combining such expertise with green skills, including knowledge of sustainable materials, energy-efficient technologies, environmental regulations, and eco-friendly packaging, will prepare the youth for the future workplace. These green skills will drive organisational transformation and propel India towards its net-zero goals.
As we progress with renewed dedication and resolve, all companies must prioritise investing in upskilling their teams to ensure they are prepared for the future. Furthermore, collaborative efforts among educational institutions, businesses, and the government are crucial in driving this transformation. The implementation of policies that support education, financial assistance, and apprenticeship subsidies fosters an environment conducive to developing a highly skilled workforce. Organisations should strive to maintain high employee morale and motivate individuals to enhance their skills for their professional advancement.
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Designer Creates Eco-streetwear Collection from Retired DSNY Materials – waste360

Zero Waste Daniel has partnered with the Foundation for New York’s Strongest to create a sustainable, one-of-a-kind collection of streetwear and accessories.
September 16, 2019
While the job of a sanitation worker is often viewed as dirty and unsafe, Zero Waste Daniel, a New York-based clothing designer and zero waste pioneer, believes sanitation uniforms are a badge of honor to be worn with pride.
To bring the importance of sustainable fashion and zero waste to the forefront, Zero Waste Daniel has joined forces with the City of New York Department of Sanitation's (DSNY) official nonprofit, the Foundation for New York's Strongest, to create a one-of-a-kind collection of streetwear and accessories made from retired DSNY attire, material and hard-to-recycle industrial items once considered trash.
The collection, ZWDSNY, was unveiled during New York Fashion Week at Zero Waste Daniel's one-man show, "Sustainable Fashion is Hilarious." Held at Ace Hotel New York, the event featured a comedy act by Zero Waste Daniel and benefitted the Foundation for New York's Strongest.
"I live my life and run my grassroots design business with a driving goal: inspiring people to protect our environment," said Zero Waste Daniel in a statement. "My hope is that my collaboration with Sanitation's foundation will encourage people and the fashion industry to take on climate change in beautiful and creative ways."
"With our ambitious goal to send zero waste to landfills, Daniel's collection exemplifies the beauty that can be found in recycling and reuse," said Julie Raskin, executive director of the Foundation for New York's Strongest, in a statement."
The eco-streetwear collection is being exhibited at Ace Hotel's Art Gallery Space from September 9 through October 4. The exhibition features select pieces from the collection as well as information about how Zero Waste Daniel used materials provided by DSNY, such as uniforms, tents, tablecloths, aprons and sanitation vehicle parts, to re-envision design and create a fashionable collection without waste.
According to an exhibit description, "the collection aims to fight waste by sharing an allegory written for our time. The narrative—outlined by the archetypes represented in each look in the collection—tells the story of today's disposable consumer culture and its relationship to greed, power and climate change. ZWDSNY highlights the DSNY Sanitation Workers as the unsung superheroes battling waste and fighting to increase New Yorkers' awareness of trash and its effects."
Flip through this gallery to view some photos from the event.
Mallory Szczepanski
Vice President of Member Relations and Publications, NWRA
Mallory Szczepanski was previously the editorial director for Waste360. She holds a bachelor’s degree in journalism from Columbia College Chicago, where her research focused on magazine journalism. She also has previously worked for Contract magazine, Restaurant Business magazine, FoodService Director magazine and Concrete Construction magazine.
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Reducing Energy Consumption with Fiber Sustainability & ESG – Pipeline Magazine

By: Filip De Greve

The digital revolution isn’t just transforming how we connect. It’s reshaping our lives and redefining our relationship with the planet. While the telecommunications industry fuels this revolution, it also faces a critical challenge: sustainability.
Telecom networks, data centers, and the ever-present hum of digital activity require power that generates greenhouse gas emissions, contributing to climate change. In total, the ICT industry is estimated to be responsible for 2 percent of the world’s carbon footprint—roughly on a par with the aviation industry.
But there’s a considerable flip side: the emissions avoided through the use of ICT are already nearly ten times greater than those generated by deploying it, from video conferencing replacing transatlantic flights, to smart thermostat optimizing home energy use, or the online shopping boom reducing car journeys.
Multiply that impact across industries, homes, and individuals, and the digital world’s potential for environmental good becomes evident. According to the Global e-Sustainability Initiative (GeSI), ICT has the potential to slash global greenhouse gas (GHG) emissions 20 percent by 2030 by helping companies and consumers save energy
The technology driving the communication advancements at the heart of the ICT industry is fiber broadband, and it holds the key to unlocking a greener future. Fiber is the greenest broadband technology available; faster, more performant, and more energy efficient than anything we’ve seen before.
In fact, a study by Omdia recently found that 50 percent of communication service providers who have deployed fiber PONs said it plays a significant role in helping their organizations meet energy-saving and sustainability goals.
How does fiber consume less energy? The answer basically comes down to fiber being a better and more efficient technology. Let’s compare fiber to copper broadband. 
Fiber is what is known as a passive technology. Light traveling down a fiber can go very fast for very long distances without needing to be boosted or amplified. Copper, on the other hand, provides more resistance: you need more energy to push data through and then amplify it at regular intervals.

Fiber also consumes much less energy than fixed wireless access (FWA). That’s because fiber confines the pulses of light inside the core of the fiber optic cable, whereas in FWA the data travels in all directions and requires more energy. A study launched in 2017 by Europacable found that for a broadband network delivering 50 Mbps services, fiber consumes 3,156 MWh per year, which is more than three times lower than FWA.
The energy consumption of other fixed access technologies is significantly higher: 4,987 MWh per year for copper (xDSL), and 3,465 MWh per year for cable (DOCSIS). In terms of carbon emissions, that’s the equivalent of 1.7 tons for fiber compared to 2.7 tons for DOCSIS.
Fiber has enabled us to decouple increases in bandwidth from increases in energy consumption. In fact, broadband carbon emissions have actually decreased since operators began upgrading older copper networks to deep fiber or full fiber-to-the-home networks. Each new generation of fiber broadband, from GPON, to XGS-PON, and now 25G PON, delivers even more efficiency. Overall, since 2007, broadband power consumption has been reduced by 35 percent while speeds have increased by a factor of 64 (See Figure 1, next page).
As more homes and businesses are connected around the world, the energy consumed per bit delivered continues to fall. Even mobile networks benefit from fiber FTTH broadband, because FTTH fiber enables the most power efficient backhauling of mobile traffic from cell sites to the network core: 40 percent less power than any other backhauling technology.

The benefits of fiber broadband extend far beyond its own green footprint. Transport accounts for 21 percent of global emissions, with 73 percent coming from short journeys. With Zoom meetings replacing business trips, online shopping replacing car journeys, and working from home eliminating countless commutes, fuel and carbon 

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