Friday, 21 November 2008
Critical infrastructure insiders say the energy industry is also the most vulnerable to cyber attacks and would have the most detrimental breach
Congress has placed a 77,000-ton limit on the amount of nuclear waste that can be buried in Yucca Mountain nuclear waste repository (the repository will open in 2020 at the earliest); trouble is, the 104 active U.S. nuclear reactors, together with the Pentagon, produce that amount of waste in two years
Shape of things to come
As worries about the rising price of oil and climate change grow, so grows the interest in nuclear power -- but not only for ground-based power generation; a U.K. government-funded project examines the idea of nuclear-powered passenger plane
New report says the energy companies experienced more Web-based malware attacks than any other vertical market in the third quarter of this year, with an increased rate of exposure of 189 percent
Shape of things to come
Nuclear materials for power reactors cannot be stolen by those interested in using it for nuclear weapons while the material is in the reactor -- it is too hot to handle; the risks of diversion are during the enrichment process, and while the material is being transported; to lessen the risk, researchers offer innovative reactor design
Nuclear matters
Aussie researchers have created a material which has the potential to filter and safely lock away radioactive ions from waste water; nanofibers which are millionths of a millimeter in size could permanently lock away radioactive cations by displacing the existing sodium ions in the fiber
Nuclear matters
The nuclear fueled bank would allow countries, including Iran, to develop civilian nuclear power without having to enrich their own uranium, thus allaying fears over nuclear weapons proliferation
Nuclear matters
Britain's Dounreay fast reactor was proclaimed as “the system of the next century”; this was in the 1960s; the last 15 years have seen the site develop into a nuclear reactor decommissioning project
Lawrence Livermore researchers develop a "universal point detection system" which can detect explosive, chemical, and biological agents all at the same time