Posts Tagged: "nuclear energy"

Capitol Hill Roundup for the Week of December 3, 2018

This week on Capitol Hill, the Senate appropriations Committee will hold a hearing on efforts leading to advanced nuclear reactor technology while the Senate rules committee will consider a bill that would amend the nomination process and the required qualifications for the Register of Copyrights. Over in the House of Representatives, hearings on artificial intelligence applications for national defense, Google’s data collection practices and a recently passed bill for bridging the digital divide will also take place this week.

Capitol Hill Roundup

This week is a very busy one on Capitol Hill where hearings on various subjects related to technology and innovation are concerned. The House of Representatives will hold hearings on Chinese threats in innovation supremacy as well as nuclear energy and the American Innovation Act of 2018. The Senate will host hearings focused on quantum information science, consumer data privacy and reducing health care costs through innovation. Both houses will hold hearings to look at activities going on at the nation’s space exploration agency, NASA.

Capitol Hill Roundup

This week in Capitol Hill hearings, automated systems for providing railroad safety control, innovative Medicare initiatives and the Army Futures Command are discussed in the House of Representatives while the Senate explores advances in nuclear fuel technologies and emerging modes of transportation.

Superhero Tech: Iron Man’s suit features futuristic nuclear fusion tech

Perhaps the most important component to any Iron Man suit is the arc reactor core, which provides the energy required to power the suit’s repulsors and other equipment. Although there is no true real world equivalent to the arc reactor, it’s been speculated based on cinematic depictions of the unit that it functions as a multi-isotope radio decay cell for nuclear energy generation using a palladium core. It’s also assumed that the reactor could not be a hot-fusion reactor as it sits within Tony Stark’s chest and would char him from the inside out… Last August, reports on a breakthrough in nuclear fusion reactor design from researchers at the Massachusetts Institute of Technology (MIT) could indicate that commercially viable tokamak reactors could be running within five to ten years. MIT’s reactor design, based on essentially the same physics behind ITER and other tokamaks, incorporates the use of superconductors composed of rare-earth barium copper oxide (REBCO) superconducting tapes, which have become commercially available only in recent years. The new superconducting materials enable stronger magnetic fields for even more plasma control, allowing smaller reactors to increase fusion power by a factor of 10. This would allow MIT to build a reactor half the size of ITER which would produce about the same amount of energy at a much lower cost. One working ARC reactor, which is what MIT calls its nuclear reactor design, could produce 200 megawatts (MW) of power delivered to the electric grid from a 50 MW input.

America’s aging electrical grid could benefit from smart grid tech

With an average price of 12 cents per kilowatt hour (Kwh) as of January 2016, the American electrical grid system still does a good job of getting electrical energy to consumers in a cost-effective fashion. However, the electrical grid is an aging infrastructure in desperate need of modernization. A 2013 report card issued by the American Society of Civil Engineers issued a D+ grade to the country’s electricity infrastructure despite increased investment since 2005. A report card synopsis cites the age of distribution systems, some of which were in use during the 1880s, as well as weather events and limited maintenance as serious issues. As more electrical grid resources become connected to the Internet in the race to develop smarter grids, cyber attacks will become an area of growing concern, which utility providers will have to stay ahead of.