Start date
End date
Only 16 per cent of the more than 250 million tons of plastic we use every year globally is recycled. If, however, we could recycle more plastic and at the same time get...
Turning residual biomass into a resource rather than waste has previously been difficult. A novel process produces methane with very high yield.
A special blend of robust bacteria in a new process is paving the way to convert even the stubbornest forms of biomass into methane.
Solar and wind energy are difficult to store, but the liquid chemical methanol can be the key to being able to store up to 50 times as much energy in one place.
Sprung from DTU Chemical Engineering, start-up company AquaGreen sees sludge from waste water treatment as a resource rather than an environmental problem.
Sustainable fuel has moved a big step closer with a new demonstration plant that can convert biogas into the liquid fuel methanol.
Researchers will develop a mobile plant that can capture CO2 before it is released into the atmosphere. The unwanted greenhouse gas will instead be exploited for new products
New calculations from DTU indicate that there are both economic and environmental benefits from exploiting straw for biofuel for heavy transport instead of for district...
Catalytic hydro-pyrolysis is a strong candidate for conversion of biomass into liquid fuels for vehicles and airplanes. The technology can be viewed as part of the solution...
Upgrading of biogas into methane mainly implies removal of CO2 from the biogas. A project at DTU Chemical Engineering strives to make use of this CO2.
Get the latest news from DTU Chemical Engineering.