Peatlands are among the most valuable ecosystems on Earth but when damaged are a major source of greenhouse gas emissions.
Researchers have created a high performance and selective activated carbon from the dairy industry’s excess milk for scalable carbon capture.
A growing bioeconomy requires increasing amounts of biomass from residues, wastes, and industrial crops for bio‐based products and energy.
A sustainable technique for cleaning polluted water.
Photovoltaic-membrane distillation turns waste heat from solar panels into a power source to drive an efficient water distillation process.
Today’s green chemistry technologies open the route to a broader and richer economy for lemons, well beyond the fresh fruit and fruit juice markets.
A new class of polymers to clean up mercury pollution that can be produced sustainably on a large scale from elemental sulfur and renewable plant oils.
Recent research on cellulose–sulfur composites made from industrial wastes has successfully achieved all three Rs: reduce, reuse, recycle.
Achieving zero waste won’t be easy. But, I know for sure we’ll never achieve it without deliberate effort.
A new nanofluid coating provides an opportunity to reduce energy waste in the next generation of smart windows.
Using homogeneous organic dyes as sustainable catalysts opens up new ways for a green hydrogen peroxide-based energy source.
Generating electricity from the rain.
Biodegradable plastic made from Jellyfish.