• Next-generation nuclear fuel may be too hot to handle: report

    It sounded like a good idea: Enrich the uranium used to power nuclear reactors further so that operators will be able to extract more electricity from a given amount of fuel; trouble is, burn-up rates above a certain point would violate U.S. Nuclear Regulatory Commission’s safety standards unless new methods were devised for packaging the fuel

  • The future of U.K. nuclear power

    In the last five years the U.K. government has been vigorously promoting the idea of a U.K. nuclear power revival; John Hutton, Secretary of State for Business, Enterprise and Regulatory Reform explains the government’s policy

  • Clean Diesel licenses WMF technology to China's Headway

    The U.S. EPA gave Clean Diesel’s Wire Mesh Filter technology high marks, and China needs it: At the beginning of the year it signed up to the Euro IV PM emission standards for light and medium duty trucks; a clean diesel technology will allow it to meet the treaty’s standards

  • NRG, Toshiba to promote ABWRs

    There are serious questions about the security of Boiling-Water Reactor (BWR) design and construction, questions which Advanced Boiling-Water Reactor (ABWR) design was supposed to answer; not everyone is convinced; NRG Energy, Toshiba to promote and build ABWRs in the United States

  • Saudis set up special force to protect critical insrastructure

    In February 2006 al Qaeda terrorists tried to blow up the world’s largest oil processing plant at Abqaiq; the Saudi government responded by setting up a 15,000-strong special force to protect oil, gas, and water desalination infrastructure

  • Sugars to be converted directly into gasoline

    Shell, Virent in effort to convert plant sugars directly into gasoline and gasoline blend components; sugars can be sourced from non-food sources such as corn stover, switch grass, wheat straw, and sugarcane pulp, in addition to conventional biofuel feedstock like wheat, corn, and sugarcane

  • Breakthrough: Dramatic increase in thermoelectric efficiency achieved

    Two hundred years ago scientists discovered the thermoelectric effect: Certain materials can convert heat into electricity and vice versa; trouble is, most materials which conduct electricity also conduct heat, so their temperature equalizes quickly; until now: Boston College, MIT researchers solve this vexing problem

  • New material captures carbon dioxide

    Georgie Tech researchers developed material which captures CO2 from the chimneys of coal-fired power plants and other generators of the greenhouse gases

  • Converting CO2 into fuel

    Scientists suggest mimicking the photosynthetic system of green plants to address the twin needs of readily available fuel and a clean environment: Reacting carbon dioxide with water, two of the major components used to extinguish fire, and turning them into a fuel

  • Aussie-Chinese collaboration on clean coal

    Australia, China in collaborative clean coal effort; the goal is to hone the post combustion capture (PCC) process, which uses a liquid to capture carbon dioxide (CO2) from power station flue gases

  • Toshiba establishes U.S. unit to promote its nuclear power business

    Rising oil prices and worries about the environment have renewed interest in nuclear power generation; more than 30 new nuclear plants will be built in the United States in the coming years; Toshiba plans to benefit from this trend

  • Study: Costs of solar panels far exceeds benefits

    There is growing interest in solar power, but the cost of solar panels still exceeds their benefits, a University of California economist says; even under the most extreme assumptions — a 5 percent annual increase in electricity costs and 1 percent interest rate — the cost of solar PV is about 80 percent greater than the value of the electricity it will produce

  • Solar energy conversion breakthrough

    Scientists say that sunlight falling on only 9 percent of California’s Mojave Desert could power all of the U.S. electricity needs — if the energy could be efficiently harvested; this is a big “if,” since current-generation solar cell technologies are too expensive and inefficient for wide-scale commercial applications; Northwestern University researchers show a way to increase solar cell efficiency

  • Utility plans first U.S. coal-fired plant to capture CO2

    Tenaska proposes a new 600-megawatt, coal-fired power plant in Texas which would be the first to capture and store carbon dioxide emissions underground

  • U.K. energy company to demonstrate its oxyfuel technology

    Oxyfuel combustion is the process of firing a fossil-fueled power plant with an oxygen-enriched gas mix instead of air; oxyfuel combustion produces a CO2-rich flue gas ready for sequestration