In the video below, the young CEO of a high-tech start-up called Amprius, Chinese-born Yi Cui, talking about his background (Ph.D. from Harvard, currently a professor at Stanford), but, more importantly, providing a summary of his passion: batteries built around nanotechnology and other concepts in cutting-edge materials science. His command of
Well, maybe “backs” is too strong a word. Let’s just say that Secretary of Energy Steven Chu is not openly critical of the Obama administration’s hard look at the Keystone XL pipeline, a project that would bring oil from the tar sands in northern Alberta across the border and deep into the United States.
A quarter-century after President Ronald Reagan dismantled the solar panels placed on the White House roof by his predecessor, Jimmy Carter, the Obama administration has announced that it will install solar energy panels and a solar water heater atop the White House. U.S. Energy Secretary Steven Chu made the announcement, saying in a statement, “As
What two countries lead the world in energy consumption, energy production and greenhouse gas emissions? The United States and China. Can our two countries work together to help lead the world in a transition to clean energy? A recent announcement by U.S. Energy Secretary Steven Chu is an important step in that direction.
The U.S. Department of Energy will pump $151 million into 37 innovative energy-related research projects through a new federal agency modeled after the Defense Department program that helped commercialize microchips and the Internet.
The Advanced Research Projects Agency-Energy, or Arpa-e, created in 2007 to support innovative and often-experimental projects, selected the first round of grant recipients from 3,600 proposals.
While many of the ideas may never lead to practical breakthroughs, Energy Secretary Steven Chu said some could have a “transformative impact.”
Among the first grant recipients are University of Minnesota researchers attempting to develop an organism that uses sunlight to convert carbon dioxide to sugars and diesel fuel; a Massachusetts Institute of Technology team developing an all-liquid metal battery that could better manage the output from intermittent energy sources such as wind and solar; and a United Technologies effort to capture carbon emissions from power plant stacks using enzymes.
I don’t have a TV, and while I’m generally pretty happy with the state of affairs, I definitely miss the Daily Show… thanks to Hulu, I now don’t have to.
If you missed Jon Stewart’s take on the progress of Waxman-Markey here is a recommended Friday afternoon break. Stick through and you’ll get to catch up with Energy Secretary Steven Chu, who doesn’t do a bad job spinning a joke for Nobel Laureate.
While coal-fueled power plants are directly responsible for roughly one-third of our CO2 emissions, the DOE indicates that coal is expected to dominate our domestic power generation at least for the next 25 years. Globally, the increased demand for coal-fueled electricity will translate into a 57% rise in related CO2 emissions by 2030 according to the IEA.
One technology that attempts to solve the CO2 emissions crisis is carbon capture and storage, or CCS. Generally speaking, CCS captures the CO2 emissions from coal power plants and other industrial sites and injects the CO2 into underground porous rock formations in hopes of permanent sequestration.