New Greenhouse Gases Regulations Set Stage For Battle

New year, new rules, old battle.

Federal regulations over U.S. companies and their carbon emissions kicked in on January 2. The big question now is how ugly things will get in the coming months.

In a New York Times article last week, reporter John M. Broder wrote that, “With the federal government set to regulate climate-altering gases from factories and power plants for the first time, the Obama administration and the new Congress are headed for a clash that carries substantial risks for both sides. . . . the administration is on notice that if it moves too far and too fast in trying to curtail the ubiquitous gases that are heating the planet it risks a Congressional backlash that could set back the effort for years.”

Broder’s piece gives a concise summary of the state of the climate change political debate. Here are the high points as he lays them out:

President Obama vowed as a candidate that he would put the United States on a path to addressing climate change by reducing emissions of carbon dioxide and other greenhouse gas pollutants. He offered Congress wide latitude to pass climate change legislation, but held in reserve the threat of E.P.A. regulation if it failed to act. The deeply polarized Senate’s refusal to enact climate change legislation essentially called his bluff.


With Mr. Obama’s hand forced by the mandates of the Clean Air Act and a 2007 Supreme Court decision, his E.P.A. will impose the first regulation of major stationary sources of greenhouse gases starting Jan. 2.

. . . The immediate effect on utilities, refiners and major manufacturers will be small, with the new rules applying only to those planning to build large new facilities or make major modifications to existing plants. The environmental agency estimates that only 400 such facilities will be affected in each of the first few years of the program. Over the next decade, however, the agency plans to regulate virtually all sources of greenhouse gases, imposing efficiency and emissions requirements on nearly every industry and every region.

. . . When demand for power begins to rebound with the economy, emissions are expected to rise more slowly than in the past, in part because utilities are using fuel more efficiently and switching to cleaner-burning natural gas for part of their electricity generation. But such moves will not take the place of the across-the-board reductions in emissions that will be required to meet the administration’s target of a 17 percent reduction in emissions over 2005 levels by 2020.

And it is that broader mandate that has set off such intense opposition from industry and its allies in Congress.

“Early next year [in 2011] we’re going to have a very serious debate on whether the E.P.A. should be allowed to unilaterally go forward and restructure the American economy,” Jack Gerard, the president of the American Petroleum Institute, said in an interview.

Eighteen months ago, a study by MIT’s Center for Global Change Science said that without fast and extensive action, global warming could be twice as severe as estimates from six years earlier had predicted.

The study’s “policy / no policy” roulette wheels illustration (above) represents two scenarios for the range of probability of potential global temperature change over the next 100 years. The more red/orange wheel at right depicts the potentially higher rise in temperature if limited policy change is enacted on curbing greenhouse gas emissions. The blue/green wheel shows the more moderate changes that would result from aggressive policy.

2 Comments On: New Greenhouse Gases Regulations Set Stage For Battle

  • Postenprofis.com | January 16, 2011

    Very nice blog, thx for information, but i mean every year, new rules, old battle but harder as in the years before. In Germany is the same problem. Let us have a look what comes in the future

  • Watson, Robert | January 24, 2011

    The US should be fine with its carbon goals as long range plans include a significant move to nuclear energy and decreases in mobile source (transportation) emissions; e.g., 100g/km Co2. Duke Power, for instance, has two new sites under development within its recent merger. Each site will have two reactors with a capacity to double as is the design trend for such plants. The NRC needs to move to reduce both the pilot (test) phase and operating permitting process so plants can be brought on-line in due-time. Solar photovoltaic panels even in their cheapest variety (aSi) have too long a payback with CBA and depreciation schedules; OMB A-76, Atch Useful Life; says 8 years with NO Maintenance and the new LiIon cells 13 years, and the inverters for stand alone systems, 10 years. With routine periodic maintenance; full-time maintenance staff as in a PV farm, the useful life (at no more than 80% reduction generation efficiency) can be pushed to 20 years. For the homeowner, using straight-line depreciation, the IRS grants only a 5 year depreciation allowance. Wind power tubines still require batteries and inverters in stand-alone systems (off-grid) with the system itself limited to a 5 year depreciation cycle according to the IRS schedule. The president of Denmark recently spoke to an EU group on “Green Energy” as stated that anything more than a 10% wind energy component of the total (national) electrical generation capacity for any country is an economic mistake as Denmark is now selling its excess Wind generation capacity to Sweden for less than it costs to maintain the turbines…it’s a money loser at more than 10% of national capacity.

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