Gasification

A National Gasification Strategy

Presenting a program to stimulate robust coal-gasification technology deployment at low federal cost.

Federal loan guarantees and other incentives can clear the hurdles to near-term deployment of gasification technologies.

The Widening Technological Divide

Increased business and regulatory challenges have utilities lagging in investments to meet energy demand a decade from now.

The electricity enterprise has tended through restructuring to become a victim of its historic success in maintaining universal service reliability at ever-lower cost. The essential foundation for restoring enterprise vitality in the coming decade is rebuilding this fundamental public/private partnership, based on technology innovations that can increase the value of electricity service, including providing higher levels of reliability and security.

The Global LNG Gamble

The Geopolitical Risks of LNG

The Geopolitical Risks of LNG

To many energy-industry analysts, 2005 is a make-or-break year for the U.S. gas market. If we don't have at least several liquefied natural gas (LNG) terminals in construction by the end of the year, the country arguably will face serious gas-supply shortages and price spikes beginning in about 2008.1

Reversing the Gas Crisis: The Methane Hydrate Solution

Commercialization of methane recovery from coastal deposits of methane hydrates could head off an impending gas shortage.

More than half of the Earth’s organic carbon is in the form of methane hydrates—also known as the ice that burns. U.S. potential is at least 100,000 Tcf., but commercial production has not been achieved.

The Carbon Conundrum

Technology exists to sequester carbon-but will utilities ever buy in?


Technology exists to sequester carbon-but will utilities ever buy in?

The vision: A nation filled with new, coal-fired power plants that provide inexpensive, secure power for Americans, while emitting few pollutants and sequestering the carbon dioxide produced. In other words, a power plant that not only industry and environmentalists can agree on, but one that utilities can finance and operate profitably.

Frontlines

Meeting tougher CO<sub>2</sub> emissions limits will require deep pockets.

Meeting tougher CO2 emissions limits will require deep pockets.

It's a tough problem that we have less than 22 years to solve. I had the occasion to chat with Dr. Henry R. Linden, Max McGraw Professor of Energy and Power Engineering at the Illinois Institute of Technology, about how the U.S. power industry must face the necessity of sharply reducing its CO2 emissions while having to increase its summer electric generating capacity from 781 GW in 2000 to 1,174 GW in 2025, according to the Energy Information Administration.

Bridging the Carbon Gap: Fossil Fuel Use for the 21st Century

Coal gasification as a transition plan to build lead time to develop sustainable, climate-friendly energy technologies.

Coal gasification as a transition plan to build lead time to develop sustainable, climate-friendly energy technologies.

Editor's Note
Several of the sources for this article and accompanying sidebars are referenced numerous times.

Washington Briefs

Dakota Gas Plant. FERC reverses law judge, ok's settlement on rates for synthetic natural gas produced at the Dakota Gasification plant. Commissioner James Hoecker terms result "unhappy," citing jurisdictional constraints: "I feel we are supporting a resolution in this case that otherwise would not be in the public interest." Dkt. Nos. RP93-100-000 et al., Dec. 18, 1996.

Reactor Designs. NRC certifies two new designs for nuclear reactors: ASEA Brown Boveri-Combustion Engineering System 80+, and General Electric Nuclear Energy Advanced Boiling Water Reactor.