However, conventional anaerobic digestion remains relatively inefficient, with the process typically converting less than 40% of the sludge's carbon into usable gas. Large amounts of carbon-rich ...
Researchers have demonstrated that different types of paper industry sludge, typically treated as a low-value waste, can be ...
How biosolids from wastewater treatment plants serve as a significant pathway for microplastics in urban environments.
Explore how India's waste can transform into sustainable energy solutions through innovative bioenergy technologies like ...
Clean energy pioneer PuriFire Energy has secured Innovate UK funding to collaborate with Severn Trent to turn wastewater into ...
Ottawa Citizen on MSNOpinion
Ottawa needs to think bigger with our green bins | Opinion
Ottawa, the headline said, is exploring composting options and I nearly choked from the biogas. Green bin waste — compost, ...
Yong Sik Ok highlights cross-industry collaboration to transform waste into sustainable value within a circular economy framework. SEOUL, South Korea, May 22, 2026 /PRNewswire/ -- Prof. Yong Sik Ok of ...
According to a new report from Allied Market Research, the global biomass market size was valued at $59.0 billion in 2023 and is projected to reach $121.0 billion by 2033, growing ...
Newspoint on MSN
Cold water vs. your stomach: A leading gastroenterologist debunks viral social media myths
During a scorching summer heatwave, nothing feels more satisfying than downing a glass of ice-cold water. However, social media has recently been flooded with viral warning videos claiming that cold ...
Sciencing on MSN
The science behind turning human poop into usable cooking gas
Wood, coal, or natural gas are the usual culprits in terms of cooking fuel, but some clever chemistry makes poop into a surprisingly sustainable alternative.
Yorkshire Water has secured two wins in the sixth round of Ofwat's Water Breakthrough Challenge, with funding awarded to its ...
Professor Yong Sik Ok of Korea University is developing technologies that transform waste into renewable energy and valuable materials. His research spans three main areas: plastic recycling, ...
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