ECSPP’s Post

We're getting there! https://lnkd.in/dEZGyqZt The development of recyclable plastics from CO₂ and biomass presents a significant opportunity for the waste and recycling industry. Firstly, it addresses the growing concern over plastic pollution by providing a sustainable alternative to traditional petroleum-based plastics. This innovation could reduce reliance on non-renewable resources and minimize the accumulation of plastic waste in landfills and oceans. Additionally, recyclable plastics derived from CO₂ and biomass offer improved environmental credentials, potentially boosting consumer demand for eco-friendly products. Moreover, the integration of such plastics into the recycling stream could streamline the recycling process, enhancing efficiency and reducing costs for waste management facilities. Overall, this advancement holds promise for fostering a more sustainable and circular economy within the waste and recycling sector. Stay tuned to Junksnmore for more.

Sonichem is a company based in the East Midlands and their work focuses on converting by-products, like sawdust, into renewable biochemicals. In order to make this goal feasible, they recently held a funding round, which resulted in £1.2 million being raised. Sonichem’s Melton Mowbray-based firm has said that they are able to manufacture £8 worth of bio-based sustainable chemicals, for every £1 worth of sawdust they have. Furthermore, they have stated that the production of these chemicals will make it possible to reduce the requirement for petroleum-sourced chemicals. The article below depicts the innovative method this company has found in creating environmentally friendly and sustainable chemicals. The use of waste sawdust as renewable feedstock us an excellent idea and one that will benefit multiple industries and the environment. Follow our LinkedIn page for the latest insights and industry news, on everything within the #greenermanufacturing #sustainablematerials #sustainablechemicals #plasticwastefree sectors; and for the latest updates on our 2024 shows. There will also be 2 new standalone additions to The Greener Manufacturing Show & Plastic Waste Free World next year – Sustainable Materials Expo & Sustainable Chemicals Expo (Cologne, 13-14 Nov)!   #4eventsin2024 #industrynews #sustainability #closetheloop #TGMSE2024 #SCHLE2024 #SMTRE2024 #PWFWE2024

Biodegradable Composites: Greening the Oil and Gas Industry Cost-Effectively https://lnkd.in/gZB-HGd4 #GreenTech #OilAndGas #SustainableSolutions #EcoFriendly #EnvironmentalImpact

Biodegradable Composites: Greening the Oil and Gas Industry Cost-Effectively https://lnkd.in/gZB-HGd4 #GreenTech #OilAndGas #SustainableSolutions #EcoFriendly #EnvironmentalImpact

EIT InnoEnergy, the leading innovation engine in sustainable energy, today announces a €1m investment into bio-based materials pioneer, LignEasy Oy. Specialising in lignin separation technology, LignEasy aims to curb carbon emissions in the pulp industry and replace fossil-based raw materials with the forest-based feedstock. #sustainablepackaging #recyclability #packaging #sustainability #circulareconomy #recycledmaterials #resourceefficiency

♻️ According to Defra, just 44% of UK household waste was recycled in 2022, compared to 44.6% in the previous year. It's disappointing to see recycling rates falling and the statistics are a wake up call for the new government to accelerate the journey to a more circular economy. But what can be done now? Innovation by waste handlers can turn the 56% of non-recycled waste into a something sustainable... Learn how Advetec can turn waste deemed unrecyclable due to the presence of food into green fuel. https://lnkd.in/eCjcQ7pf

🌿 Innovating Sustainability: Plant-Based Recyclable Polymers Exciting news from the world of sustainable materials! Researchers at Hokkaido University have made a groundbreaking discovery that could change the future of plastics. Their latest study, published in ACS Macro Letters, reveals a new method to create recyclable polymers from cellulose, a natural component found in plant biomass. This innovation not only offers a sustainable alternative to traditional fossil plastics but also ensures that agricultural land remains dedicated to food production. By tapping into the abundant supply of plant waste, such as straw and sawdust, the researchers have developed a versatile approach to synthesizing a variety of polymers that can be fully recycled. This marks a significant leap towards reducing plastic pollution and fostering a circular economy. ➡ Read more: https://lnkd.in/gb4xq98K #Sustainability #RecyclablePolymers #GreenInnovation #HokkaidoUniversity

💡🌍 Rethinking Waste 📈♻️ Consider reframing your approach to waste valorization by turning co-products into revenue streams, making sustainability a lucrative endeavor. Interested? Reach out, and I'll provide more details! #gea #sustainability #circulareconomy #rethinkingwaste #bsg #bsy

Excited to share our latest research on developing next-generation plastics! We've created bio-based NIPUs derived from CO2, a vanillin derivative, and cystamine. These innovative materials boast self-healing properties, exceptional reprocessability, and closed-loop recyclability – a major leap in sustainable material science! This opens doors for a future where plastics are no longer a waste burden, but valuable resources in a circular economy. Read more about our findings and join the discussion on sustainable solutions! #bioplastics #selfhealing #recycling #greenchemistry

Barracuda Technologies Pvt. Ltd., a Gurugram based startup, has just completed and started operations of its first modular Bio-Refinery project in India, marking a significant milestone in sustainable and circular materials manufacturing. This demo-scale Bio-Refinery utilizes a proprietary biomass fractionation process to convert agricultural waste, such as rice straw, wheat straw, and banana stems, bagasse, Palm EFB, Brachiaria (Brazil), Hemp and many other feedstocks, into valuable materials like clean Lignin, cellulose, bio-silica, and hemi-cellulose. The facility is biomass agnostic with near-zero liquid discharge, making it an environmentally friendly and waste-free operation. Barracuda’s cellulose has potential applications in non-woven materials like paper and tableware as well as in making biofuels, Micro fibrillated Cellulose (MFC) and Nano cellulose (CNC) amongst many other applications. Barracuda’s clean lignin, which has properties like anti-charring, UV resistance and moisture resistance, holds potential for use in coatings, adhesives, cosmetics, construction materials, cattle feed, thermoplastics, polyurethanes and more. Barracuda is actively pursuing Bio-Bitumen manufacturing from its Lignin. The Bio-Refinery also produces bio-silica, useful in various applications like tires and food products. Ultimately, the company aims to produce eco-friendly yarn for the textile industry, a sustainable alternative to cotton and viscose addressing the environmental concerns associated with them. All of Barra materials are sustainable, green and biodegradable. Barracuda is currently developing commercial projects using atleast 3 different feedstocks for varied applications. This project not only showcases the economic viability of Barracuda’s process but also provides a solution to environmental issues such as stubble burning, particularly in the states of Haryana and Punjab affecting the Delhi NCR region, by offering a sustainable alternative for managing agricultural wastes and residues. “This marks a paradigm shift in the field of sustainable materials. Modular Bio-Refinery changes the entire scenario on long standing bottlenecks concerning supply chain & logistical issues associated with low-density feedstocks. Moreover, the Barracuda process is very cost effective, clean and circular. We will make one of the cheapest fiber and lignin in the market today globally” said Navin Singhania (“Fiberman”), Founder of Barracuda Technologies and a leading biomass fractionation expert. We have a number of innovative products in development as we speak and will be launched in the near future. www.barra-labs.com