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Ohio Senate votes to repeal nuclear plant subsidies
After months of unsuccessful efforts by Ohio lawmakers to contend with the fallout from H.B. 6—the now-infamous nuclear subsidies bill signed into law in 2019—the state’s senate on March 3 passed a measure, S.B. 44, to repeal those subsidies. The vote was 32–0.
For those who may need reminding, federal prosecutors on July 21, 2020, arrested Larry Householder, then speaker of the Ohio House, and four lobbyists and political consultants for their involvement in an alleged $61 million corruption and racketeering scheme aimed at guaranteeing passage of H.B. 6, whose subsidies had kept Ohio’s Davis-Besse and Perry nuclear power plants from premature closure.
H.B. 6 established a seven-year program to charge the state’s electricity consumers fees to support payments of about $150 million annually to the plants’ operator, Energy Harbor Corporation, then known as FirstEnergy Solutions (FES). FES had announced in March 2018 that it would be forced to close Davis-Besse and Perry without some form of support from the state. (The payments to Energy Harbor were blocked last December by an Ohio Supreme Court injunction, which complemented an earlier lower court ruling.)
George H. Miley, Xiaoling Yang
Fusion Science and Technology | Volume 56 | Number 1 | July 2009 | Pages 395-400
IFE Target Design | Eighteenth Topical Meeting on the Technology of Fusion Energy (Part 1) | dx.doi.org/10.13182/FST09-A8933
Articles are hosted by Taylor and Francis Online.
A radically new ICF target design is described that is designed to achieve ultra-high deuterium densities in implosions. This target is based on emerging technology for creating deuterium clusters with densities approaching 1024/cm3 at room temperature in a Pd structure. Our initial studies of such clusters have relied on stress formation of dislocation sites in Pd thin films to the number of cluster sites per unit volume remains low. Here a new method employing nano-structuring of the Pd significantly increases the site density over the target volume. This in turn suggests that a sizable region of the compressed target deuterium can reach densities an order of magnitude higher than possible with prior target designs. This can significantly increase the fusion reaction burn density, hence the target burn-up efficiency.
