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The Climax LM5200 and LM6200 portable milling machines are designed with a split rail system to easily perform both linear and gantry milling with a minimum of changeovers. A rigid, modular bed design allows shorter bed sections to be combined to fit the length of the work area, without losing rigidity, and to extend the […]

Intelliport Corp.’s newly introduced self-loading OmniLoader can safely and efficiently move nuclear spent fuel using proven fluid suspension technology. Licensed to Wheelift Systems, the vertical cask transporter is a self-loading pneumatic-tired carrier that engages the cask at the bottom, to then lift and carry, allowing for more efficient movement within and between independent spent fuel […]

The new 1E-qualified CL86 Plus Spent Fuel Pool Multi-Monitor System from Fluid Components International (FCI) integrates three critical measurements: continuous level, point level, and temperature into a multi-variable solution designed specifically for spent fuel pool (SFP) applications in nuclear power plants. Maintaining water levels within spent fuel pools is of vital importance to ensure that […]

Germany-based solar mirror maker Flabeg has developed an anti-soiling coating for solar mirrors used in solar thermal power plant applications, duraGLARE, which can repel dust and sand from the surface of mirrors. Dirt on mirrors can be reduced up to 50% compared with panels that are not coated, the company claims. As well as an […]

When a nuclear power plant experiences ground motion due to an earthquake, an evaluation may be needed before allowing the plant to continue operating or to resume operating if it has been shut down, as was the case after the seismic event that shut down both units at Dominion’s North Anna Power Station on August 23, 2011.

At Plant Vogtle in Georgia, where Southern Co. subsidiary Southern Nuclear is building two new 1,100-MW AP1000 units for Georgia Power and co-owners Oglethorpe Power Corp., the Municipal Electric Authority of Georgia, and Dalton Utilities, work on the first new nuclear units built in the U.S. in 30 years is progressing—albeit with hiccups.

A microbial fuel cell technology developed at Oregon State University (OSU) promises to produce 10 to 50 times more electricity per volume directly from wastewater than most other approaches using microbial fuel cells. The breakthrough could reportedly have significant implications for waste treatment plants by replacing the “activated sludge” process that has been widely used for almost a century. The new approach could produce significant amounts of electricity while effectively cleaning the wastewater, OSU researchers say.

Chile Supreme Court Strikes Plans for $5B Coal Plant. Chile’s Supreme Court on Aug. 28 rejected the $5 billion Central Castilla thermoelectric power plant planned by Brazilian firm MPX Energia and Germany’s E.ON, citing environmental reasons. Developers argued that the 2,100-MW plant is needed by Chile, the world’s foremost copper producer, which struggles with high […]

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Cato Institute senior fellows Jerry Taylor and Peter Van Doren in an Aug. 31 Forbes website blog suggest that the Environmental Protection Agency’s (EPA’s) carbon pollution standard for new coal-fired power plants (Standard) is a meaningless skirmish in President Obama’s “war on coal.” The Standard may have no tangible impact on the industry in the future, but it has great strategic benefit to the administration.