Green Energy News

RSS

New Cleaner, Cheaper Approach for Producing Hydrogen from Methane

A team of researchers from the Institute of Chemical Technology (ITQ), Valencia’s Polytechnic University (UPV) and the Superior Council of Scientific Investigations (CSIC) have created ceramic membranes which make it possible to form compressed hydrogen from methane in a cleaner, inexpensive way.

11 Dec 2017

Stanford Earth Researchers Develop New Methods for Removing Carbon from Atmosphere

Of the roughly two dozen medical CT scanners spread across Stanford’s main campus and medical centers, two can be found in basement labs of the Green Earth Sciences Buildings.

3 Nov 2017

Hydropower has Worst Environmental Impact Out of Renewable Energy Sources

Worldwide, many countries have been encouraging a change from using fossil fuels to adopting renewable sources of energy. Yet, authors of a research published on October 24, 2017 emphasize specific ecological risks of adopting “green” energy.

26 Oct 2017

UD Researchers Create Better Material for Fuel Cells

To see fuel cells in action, a ride on the University of Delaware’s Fuel Cell bus will prove these cells can power vehicles in an eco-friendly way.

6 Sep 2017

Producing Hydrogen from Water Through Solar Water Splitting

Metal oxides are highly favorable for producing stable and inexpensive photoelectrodes for solar water splitting by using sunlight to produce hydrogen. However, metal oxides are not so efficient in carrying out the process.

29 Aug 2017

New Study Shows Methane Leaks Around North Sea Boreholes

Boreholes present in the North Sea could possibility comprise of a significantly more vital source of methane, a strong greenhouse gas, than earlier thought. This has been established by a new study of the GEOMAR Helmholtz Centre for Ocean Research Kiel recently featured in the international peer-reviewed journal Environmental Science & Technology.

29 Aug 2017

Innovative Technique for Transformation of Food Waste into Green Energy

Innovative research carried out at Cornell University reveals that in the future, two disparate processes could be the desired dynamic duo to transform food waste into green energy. The outcomes of the research have been reported in the Bioresource Technology journal.

14 Jun 2017