Engineers from Lancaster University propose a new way of producing renewable biofuel additives using radiation derived from nuclear waste to achieve zero carbon emission targets.
Research explains how tiny bacteria can be a solution to the lack of renewable energy. The quest for the most eco-friendly and low-cost infrastructure for green energy begins with the bacteria Shewanella oneidensis.
A new study showed that the discovery of a novel enzyme emitting a valuable chemical substance from agricultural waste could offer an essential breakthrough in the upscaling of chemicals and renewable fuels.
Brunswick-based bluShift Aerospace Inc. passed its first major rocket flight test on Sunday, successfully launching its prototype biofuel rocket Stardust 1.0.
A team of researchers from the University of Oxford converted carbon dioxide into carbon-neutral jet fuel. They are confident that this innovation will have a positive impact on sustainable aviation fuel.
A new powerful and low-cost technique has been devised for converting agricultural waste and used cooking oil into biodiesel, and even converting food waste and plastic to recycled products.
Renewable energy is not only important for global warming, but also for entire ecosystems affected by logging, mining, and the negative health impacts of indoor pollution. International scientists believe that one way of reaching the sustainable development goal of clean and affordable energy is sourcing plant power from plants and fungi.
Fossil fuels have increased the rate of climate change with high rates of carbon emissions. Cellulosic biofuels from a common North American grass and cleaning up carbon solutions can help mitigate climate change.
These have once been considered as invasive plants for clogging rivers, but now, water hyacinth has been discovered to provide an alternative to cleaner energy.