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Biodegradation Articles & Analysis
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West Conshohocken, Pennsylvania-based ASTM International has approved a new standard to estimate the time to complete biodegradation for nonfloating plastics designed for aquatic use. The standard, D8646, has been developed by ASTM’s plastics committee ...
This supports applications ranging from biodegradable materials to drug delivery systems. 2. Analytical Accuracy: In fields such as pharmaceuticals and food science, analytical precision is essential. ...
This milestone underlines the company’s commitment to low-carbon energy solutions across the region.The project, completed with a UK-India trade delegation present, builds on Clarke Energy’s three decades of operations in India and a track record of delivering reliable, locally supported energy solutions across India and Bangladesh.At the SWMS facility, biodegradable food waste ...
The programme aims to strengthen local capacity for biodegradability testing across a range of polymer applications. Last week, Elton Melo, PhD, and Gangjing Liu, PhD, visited DOST-ITDI (Environment and Biotechnology Division) to install the systems and run onboarding on site. ...
Land Occupation and Visual Blight Discarded tires take up large amounts of landfill space due to their bulky size and non-biodegradable nature. Unlike organic substances, tires do not decompose easily and can persist in the environment for centuries. ...
You’ll be part of an international team driving progress in renewable energy, biodegradability and environmental biotech. Curious? Read more on our career site and apply ...
In November we welcomed a team from a public research institution in the Philippines for a full week of biodegradability training in our laboratory in Lund. The visit follows their August purchase of ten BPC Blue units, which will support a national research programme focused on bio based polymers used in packaging, agriculture and other environmentally oriented applications. ...
Our instruments are used worldwide to optimise biogas production, assess the biodegradability of materials, and support the shift toward a more sustainable future. ...
Clarke Energy has operated in India for 30 years, having installed almost 2GW of low carbon, renewable and resilient power across India and Bangladesh and is a success story in UK-India business collaboration. The SWMS site processes biodegradable organic food waste from the surrounding region, converting it into biogas and soil improver—delivering meaningful ...
Because it isn’t readily biodegradable, plastic has become one of the most pressing environmental challenges of our time. ...
We are now offering customised training and consultation as a service. The training is designed to help your team make full use of BPC instruments, whether you work in research or industrial applications Training designed around your needs Our training packages provide practical knowledge that supports both new and experienced users. Each session is adapted to your setup and objectives, giving ...
The textile and apparel industry is facing growing demands for reliable data on biodegradability. Brands and manufacturers need to understand how fibers, coatings, adhesives and packaging behave at the end of their life cycle - not only to meet regulatory requirements, but also to make confident choices about sustainable ...
As BPC Instruments celebrates two decades of progress, we sat down with Chairman Gustaf Olsson to look back on the journey, from a university lab in Lund, Sweden, to a global company with a presence in 80 countries. Gustaf has been involved since the very beginning. As co-supervisor to Dr. Jing Liu’s PhD research at Lund University, he witnessed the company take shape at the intersection of ...
Plastic Waste Plastics are among the most common and problematic waste materials globally, as they are non-biodegradable and often end up in landfills or oceans. Pyrolysis is highly effective for: Mixed plastics: Including polyethylene (PE), polypropylene (PP), polystyrene (PS), even when contaminated or non-recyclable via mechanical methods. ...
The order includes several units of BPC Blue, the company’s instrument for conducting both aerobic and anaerobic biodegradability tests in a laboratory ...
By combining these methods, tyre recycling transforms a problematic waste stream (non-biodegradable, space-consuming in landfills) into valuable resources, supporting circular economy goals. By combining these methods, tyre recycling transforms a problematic waste (non-biodegradable, space-consuming in landfills) into valuable resources, supporting circular ...
Advantages of Rubber Product Pyrolysis: Effective Waste Management: Pyrolysis technology addresses the issue of non-biodegradable rubber waste that would otherwise occupy landfill space. This prevents environmental problems such as land resource waste and soil and water pollution caused by landfilling. ...
Environmental and Economic Benefits Recycling tires and plastics through pyrolysis has many advantages: - **Reduces landfill waste**: A significant amount of non-biodegradable waste is processed. - **Produces valuable resources**: Fuel oil and carbon black have high commercial value. - **Energy self-sufficient**: The system often reuses the non-condensable gases to sustain the ...
That is something we aim to support every day through better data, smarter analysis and reliable tools for biogas production, biodegradability testing and other key areas. A big thank you to Region Skåne for highlighting the role of environmental technology and circular solutions. ...
BEEAH, the region’s sustainability and innovation pioneer, hosted the Future Pioneers Award (FPA) 2024-2025 ceremony in Sharjah, recognising 15 innovative concepts and initiatives in the areas of reducing energy and water consumption, enhancing access to clean energy production, optimising land usage for sustainable agriculture, promoting eco-conscious practices across communities, and ...