SCR

Lessons From Lodi

New turbine technologies offer unprecedented flexibility.

If there’s an electric power project under development that best reflects the current state of the U.S. gas turbine market, it might be the Northern California Power Agency’s (NCPA) 280-MW, natural gas-fired combined-cycle plant in Lodi, Calif.

A Multi-Pollutant Strategy

An integrated approach could prove more effective for controlling emissions.

Despite political challenges, the EPA and Congress have made strides toward a more coherent and integrated approach to regulating air emissions. The time is right to reach consensus on a multi-pollutant strategy.

The Big Build

Utility infrastructure projects face high costs, labor shortages and global competition for resources.

A huge backlog exists for utility infrastructure projects. Major players in the construction industry—ABB, Black & Veatch, Siemens, The Shaw Group and WorleyParsons—discuss the trends, both good and bad, and how they are getting the job done on badly needed projects.

Iatan 2: A New Coal Model

KCP&L breaks ground on a novel structure for billion-dollar plant investments.

To the casual observer, the Iatan 2 power plant under construction in Platte County. Mo., is simply another coal-fired facility. However, when viewed by a utility executive facing seemingly non-stop global-warming headlines and news broadcasts, the 850 MW Iatan 2 looks more like a new regulatory and business model for building coal burners.

Why You Should Care About CAIR

New provisions nearly eliminate the financial impacts of the rule’s ozone regulations.

As of 2009, annual caps on NOx emissions imposed by the Clean Air Interstate Rule (CAIR) nearly will eliminate the financial impacts of CAIR’s ozone provisions. What does this mean for your utility?

Facing the Climate Challenge

Climate risks are entering the calculus for utility investment strategies.

Utilities are eager to invest in new power capacity—in part to build rate base and in part because they recognize the danger of relying too much on a single fuel source. Environmental issues, however, are adding greater complexity to company strategies for achieving fuel diversity.

Wind and the Environment: The EPA's Tech Divide

Does the Clean Air Act require the agency to consider the most low-emission coal plant technologies in permitting new plants?

Why doesn’t its interpretation of the Clean Air Act consider the most low-emission coal plant technologies?

Encore for Negawatts?

Congress renews PURPA’s call for conservation and load management, but the world has changed since the 1970s.

The “N-word” in the title first appeared in this journal more than 20 years ago, courtesy of the celebrated environmentalist Amory Lovins and his widely quoted piece, “Saving Gigabucks with Negawatts” (Fortnightly, 1985). Scroll forward a few decades. With restructuring of wholesale electric markets at FERC, plus formation of regional transmission organizations and independent system operators, the game was changed.

EPA's Big Bet on Green Trading

Environmental Emissions: The cost to power markets of the Clean Air Interstate Rule depends on the ability to trade mercury.

The decision to limit mercury provides cover for utilities reluctant to spend on controlling NOx and SO2, while boosting other companies

Mercury: Much Ado About Nothing?

How the Clean Air Mercury Rule will affect coal prices.

The Clean Air Mercury Rule impacts new and existing coal-fired electric generating plants through a market-based cap-and-trade program similar to the EPA’s highly successful Acid Rain Program. The first phase of the program in 2010 reduces mercury emissions to 38 tons. The second phase goes into action in 2018 with a final mercury emissions cap of 15 tons. The key question is: what extent will the new rule reduce coal’s dominance in the electric generation market?