In summary, DOE needs to stress the importance of a vehicle market transformation strategy for hydrogen fuel cell vehicles in concert with the Zero Emission Vehicle mandate.
By Dr. Sigmond Gronich
23 Jun 2010
Successful students go on to careers in the offshore and ocean-related sectors such as offshore structural engineering in oil/gas and renewable energy applications.
Vehicle electrification is all the rage. In March 2009, President Obama pledged to have 1 million plug-in hybrid electric vehicles on US roads by 2015. Through the Recovery Act and other grants, billions of dollars are being spent to support the introduction of electric vehicles (EVs) into mainstream markets.
By Dr. Daniel A. Betts
9 Jun 2010
The integration of on-board biotransformation for hydrogen generation, hydrogen PEM fuel cells, and an electric motor leads to an ultra-high energy efficiency power train system for personal vehicles, call sugar fuel cell vehicle (SFCV).
By Professor Y.-H. Percival Zhang
9 Jun 2010
The clean energy landscape is changing every day, accelerated in its development because we are experiencing a kind of synergy between the invention of the internet and the continued innovation in renewable energy technology.
By Ms. Alison Wise
9 Jun 2010
Designed to bring together leaders in materials science and energy, Materials Challenges 2010 aims to facilitate information sharing on the latest developments involving materials for alternative and renewable energy systems. Solar energy, wind power, hydro, geothermal, biomass, nuclear and hydrogen will be covered.
The Christmas holidays are almost here and festive food is everywhere. While these foods are delicious to eat, some have the added bonus of containing cancer-preventing nutrients
Solar energy technology converts light energy into different forms of energy like heat and electricity. Azure ALI technology first converts the light energy into thermal energy, which is better known as heat. Azure uses thermoelectric technology to convert that heat into electricity
In 1991 Acoustica® was the first to introduce polyester sound and thermal insulating materials to Australia. This breakthrough with polyesters revolutionised the industry by overcoming health and recycling issues associated with the then existing products. Acoustica's QuietWave is a high performance drywall noise barrier that delivers exceptional performance due to it's patented constrained layer membrane
Gaia-Wind turbines are designed to ensure optimum performance in low to moderate wind speeds and will deliver up to 80 percent more energy than other similarly rated wind turbines. This significantly enhances the project economics and maximizes the return on your investment