A new enzymatic process cuts costs by 74 percent, slashes chemical use, and recycles PET plastic cleaner than oil-based ...

British start-up Wase has developed a microbe-driven alternative to anaerobic digesters and waste water treatment systems that benefits anyone from dairies to distilleries and food manufacturers.

Nuclear reactors across the U.S. generate used fuel, but more than 95% of that fuel still holds valuable energy. Through advanced chemical processes and new technologies, scientists aim to recyc. . .

Varying approaches to waste definition and management have made it a challenge to track what happens to the waste we recycle.

Preliminary designs and a tipping structure for the planned Resource Recovery and Recycling Campus were unveiled at a recent ...

MNRE has revised its Waste-to-Energy Programme guidelines to simplify procedures and enhance transparency. The new framework ...

A successful collaboration involving a trio of research institutions has yielded a roadmap toward an economically viable process for using enzymes to recycle plastics.

But food waste-to-energy plants are a relatively new phenomenon. The first one in the U.S. was built as a small pilot in the early 2000s by East Bay Municipal Utility District in Oakland, Calif.

Figure 1. Assessment of energy recovery potential flow diagram. Structure of the Paper The study explores the importance of energy recovery from municipal solid waste (MSW) and its challenges. It ...

Mumbai: On Friday, BMC paused the tendering process for setting up a 66 MW waste-to-energy plant at the Kanjurmarg landfill site. The project was to c.

Researchers use sunlight to produce four times more hydrogen from sugarcane waste The new system achieves a hydrogen production rate of 1.4 mmol per square centimeter per hour. Updated: Apr 23 ...

The PMC began efforts to set up a waste-to-energy project at Ramtekdi Industrial Estate in 2012-13. Initially, two projects were planned at Uruli Devachi with capacities of 500 and 250 tonnes. Due ...