Scientists were able to electrolyze seawater for up to 1,000 hours and at the same current density used in industrial electrolyzers.
Rather than wasting plastics, cold plasma pyrolysis can be used to recover valuable materials, which can be sent directly back into industry.
Being able to control plasma that is hotter than the Sun is notoriously difficult.
A new material could make fuel cells less expensive and is so thin it could be used for structural parts of the car, too.
Floating solar fuels rig can produce fuel that's currently used in NASA's rockets.
'You can solve cost, climate and public health all at the same time,' says chief sustainability officer Melissa Lavinson.
Wind farms in Oklahoma, Iowa and South Dakota will help power Google's global operations.
The massive power pack will supply 3,000 homes
These synthetic structures could be made into glass or textiles that could absorb sunlight one day.
Fusion experts just found a way to heat plasma for fusion energy, moving mankind closer to this ultimate form of power.
Scientists find supervolcanoes potentially host huge reservoirs of lithium in their ancient deposits.
The planet is now in a resource deficit for the rest of the year.
Scientists may have solved one major problem that comes up when building a fusion reactor—runaway electrons.
State policies and market forces will continue the greening of the energy supply in states like California, Oregon, New Mexico and beyond.
The president's order to roll back Obama-era regulations will be opposed in the court of law and public opinion.
The tiles are like a generator—only instead of spinning a turbine with wind, water, or coal, it's spinning a flywheel with footsteps.
The U.K. has cleaner beaches and natural protection and shouldn't risk the environment by leaving.
The trajectory of clean energy industry expansion and dips will depend on three primary factors: technology, public policy and investment.