Training Programme on Sustainable Plastics Use in Bangladesh

The Biggest Challenge in the Leather Industry: Wastewater Treatment The leather industry is one of the major contributors to economic growth and export earnings, both in Bangladesh and worldwide. However, one of the most pressing challenges in this sector is chemical wastewater treatment (Effluent Treatment). Chemicals used in leather processing—such as chromium, sulfide, ammonia, dyes, and various acids and salts—can cause severe damage to soil, water, and biodiversity if released untreated into the environment. In particular, waste generated from chrome tanning poses serious long-term risks to both human health and the environment if not properly treated. Why is wastewater treatment the biggest challenge? 1. High chemical consumption – Processing each ton of rawhide generates a large volume of chemical waste. 2. High cost of ETP installation – Modern effluent treatment plants (ETPs) are costly to set up and maintain, making them unaffordable for small and medium-sized enterprises. 3. Lack of awareness – Many manufacturers fail to recognize the importance of sustainable production practices. 4. Weak enforcement of regulations – Environmental laws exist, but they are not uniformly implemented or enforced. Pathways to Solutions: Establishing and properly operating modern and effective ETPs and CETPs (Central Effluent Treatment Plants). Adopting eco-friendly chemicals and sustainable tanning technologies. Conducting environmental audits and certifications in line with international standards. Raising awareness and providing training to instill a culture of environmental responsibility among workers and entrepreneurs. Conclusion: For Bangladesh’s leather industry to remain competitive in the global market, it must shift towards environmentally friendly and sustainable production. Chemical wastewater treatment is not only a legal obligation but also a moral and social responsibility. Clean production will ultimately enhance brand value and secure long-term export growth. "In your opinion, how can Bangladesh’s leather industry align itself with sustainable environmental practices?" #chemicalsinbangladesh #chemicals #etp #leather #fbcci #jbcci

"Chemistry for sustainable future🌿" As an MSc chemistry student I believe that chemistry holds a key to a sustainable future and I am always looking for a way to apply chemistry to create a greener and safer environment. By embracing principal of green chemistry, we can design processes that minimize waste, reduce harmful substances and promote environmental safety . Real world application 🌏 Biodegradable plastic: developing alternative to traditional plastics to reduce pollution. Cleaner manufacturing: creating processes that use less energy and produce fewer toxic by-product. sustainable agriculture: innovating safer pesticides and fertilizers that are less harmful to ecosystems. looking forward to contribute to a sustainable world through chemistry. #Green chemistry # #sustainability #ecofriendly# #chemistryforchange#

The wounderful faculty at the University of Sharjah, always working together to change the world: "University of Sharjah Researchers Develop Method Using Coffee Grounds and Plastic Waste to Capture Industrial CO₂ Emissions" https://lnkd.in/efFeeStQ

🌏 Review from EPEC 2025 in Nanjing! The ANDRITZ Textile Recycling team was proud to be part of this year’s EPEC : Environmental Protection Equipment Conference in Nanjing, China, where the future of sustainable textile processing is being shaped. ANDRITZ Vice President for Textile Recycling, Michael Waupotitsch, joined industry leaders and innovators discussed the next chapter in textile circularity. With growing global momentum around fiber-to-fiber recycling, automated sorting, and chemical recovery, the conversations here are more relevant than ever. At ANDRITZ, we believe that textile recycling is not just a trend, it’s a transformation. From post-consumer and industrial waste, our technologies are enabling real change across the value chain. Whether it’s mechanical recycling, chemical recycling, and automated sorting. 💬 “We joined EPEC to listen, learn, and lead. EPEC is a great platform to connect with partners who share our vision for a cleaner, smarter textile future.” – Michael Waupotitsch Learn more about the versatility in textile recycling: https://lnkd.in/dknv4fmB #ANDRITZ #CreatingGrowthThatMatters #ANDRITZTextileRecycling #EPEC2025 #CircularEconomy #SustainableTextiles #Innovation #China #TextileRecycling #EnvironmentalSolutions #Nonwoven #ANDRITZ

🌏 Review from EPEC 2025 in Nanjing! The ANDRITZ Textile Recycling team was proud to be part of this year’s EPEC : Environmental Protection Equipment Conference in Nanjing, China, where the future of sustainable textile processing is being shaped. ANDRITZ Vice President for Textile Recycling, Michael Waupotitsch, joined industry leaders and innovators discussed the next chapter in textile circularity. With growing global momentum around fiber-to-fiber recycling, automated sorting, and chemical recovery, the conversations here are more relevant than ever. At ANDRITZ, we believe that textile recycling is not just a trend, it’s a transformation. From post-consumer and industrial waste, our technologies are enabling real change across the value chain. Whether it’s mechanical recycling, chemical recycling, and automated sorting. 💬 “We joined EPEC to listen, learn, and lead. EPEC is a great platform to connect with partners who share our vision for a cleaner, smarter textile future.” – Michael Waupotitsch Learn more about the versatility in textile recycling: https://lnkd.in/d5_en5qJ #ANDRITZ #CreatingGrowthThatMatters #ANDRITZTextileRecycling #EPEC2025 #CircularEconomy #SustainableTextiles #Innovation #China #TextileRecycling #EnvironmentalSolutions #Nonwoven #ANDRITZ

#OpenAccess #MaterialsScience #Textiles #Review 📚A Brief Review of Mechanical Recycling of Textile Waste by Md Mayedul Islam, Rong Yin and Andre West Full free access to the manuscript: https://lnkd.in/gymJSuG8

Water is one of Pakistan’s most precious resources - and conserving it is more critical today than ever before. At Towellers Limited, we are committed to reducing water consumption and promoting sustainable manufacturing practices. Key initiatives include: - Water-Efficient Equipment: Installation of Medusa dyeing machinery with low liquor ratios (1:4), alongside the highly efficient Pseudo system, significantly minimizes water use. - Condensate Water Recovery: Systems in place to recover and reuse condensate water, reducing overall consumption. - Effluent Treatment Plant (ETP): Our facility provides both primary and secondary treatment, with expansion plans to enable water recycling. As one of Pakistan’s largest industries, textiles carry a collective responsibility to safeguard resources while driving growth. At Towellers, we are proud to take steps that reflect this shared responsibility and contribute to a more sustainable future for our sector and our country.

Green chemistry is the design of chemical products and processes that reduce or eliminate the use and generation of hazardous substances to be more environmentally friendly and sustainable. There isn't a specific list of "green chemistry molecules," but rather it focuses on the principles for designing processes and products that use safer materials, renewable feedstocks, and are energy efficient, like using water as a solvent or designing biodegradable plastics. What Green Chemistry Is Hazard Reduction: Its core goal is to reduce or eliminate toxic substances in chemicals and the processes used to make them. Life Cycle Focus: It considers the entire life cycle of a chemical, from its design and manufacturing to its use and disposal. Sustainable Approach: Green chemistry is also known as sustainable chemistry, aiming to make chemical production more environmentally benign and align with sustainability goals. #Greenchemistry #Sustainableapproach

Environmental Advantages of EVA Emulsion Sustainability is a growing priority in industries ranging from packaging to construction, and EVA emulsion stands out as an environmentally friendly material. Its waterborne nature and versatile performance make it an attractive alternative to traditional solvent-based adhesives and coatings. One of the main environmental benefits of EVA emulsion is its low VOC emissions. Since it is dispersed in water, it reduces reliance on harmful solvents, improving air quality in manufacturing facilities and minimizing environmental pollution. This makes EVA emulsion suitable for industries under strict environmental regulations. EVA emulsion is also non-toxic and safe for applications involving direct human contact, such as textiles, hygiene products, and food packaging. Unlike certain solvent-based adhesives, EVA emulsion does not release harmful residues, supporting consumer health and safety. Moreover, EVA emulsion helps extend the lifespan of materials. In construction, it strengthens mortars and coatings, reducing the need for frequent repairs. In packaging, it improves bonding strength, which decreases material waste from product damage. These long-term benefits contribute to resource efficiency. Manufacturers can also modify EVA emulsions to optimize performance while maintaining eco-friendly properties. For example, they can adjust the vinyl acetate content to balance adhesion and flexibility without compromising environmental compliance. In summary, EVA emulsion offers industries a path to improved performance and sustainability. By replacing solvent-based systems with waterborne EVA emulsions, manufacturers can meet both regulatory standards and consumer demand for greener, safer products. Issac Gu  Sales Zhejiang Ruico Advanced Materials Co., Ltd. (Stock No.873233) Add: No.188, Liangshan Road, Linghu Town, Nanxun District, Huzhou City, Zhejiang Province, China 313018 WhatsApp: +86 18267233775 Wechat: +86 18267233775 Cellphone: +86 18267233775 Website:www.ruicoglobal.com E-mail: issac.gu@ruicoglobal.com

A UD Engineering-led team has developed a new catalyst that converts plastic waste into liquid fuels faster and with fewer unwanted byproducts than current methods. This pilot-stage research could open new paths to manage plastic waste and produce usable energy. Learn more: https://brnw.ch/21wW3jE #PlasticUpcycling #sustainability #CleanEnergy Chemical & Biomolecular Engineering at the University of Delaware Center for Plastics Innovation