POLITICS: Republicans attack policies and regulations that promote energy conservation, address environmental degradation, and protect the public’s health

Republicans are using the state of the economy and the debate over the national debt to attack the EPA, to rollback environmental regulations, and to rollback policies that address overconsumption, pollution, and our addiction to oil. Republicans aren’t considering the best interests of the American people or the welfare of the public when they imprudently decide to attack policies that attempt to address issues threatening U.S. national security. Climate change, pollution, and our reliance on dwindling, dirty fossil fuels are all issues that the federal government must address to secure our future. Instead, the majority of Republicans don’t consider climate change, energy security, or environmental degradation as issues that must be addressed in order to preserve national security and to protect the public welfare. For example, House Representative Mike Simpson, a Republican from Idaho, “added language to the Continuing Resolution that would block any attempt by the Obama Administration to enforce rules under the Clean Water Act, undermining the EPA’s ability to administer these programs.” Another House Republican, Michele Bachmann, recently “introduced legislation that would eliminate federal light bulb standards passed in 2007 that are expected to have the effect of phasing out some incandescent bulbs in the next few years.” Republicans also want to defund the EPA, and Tea Party Republican Rand Paul recently blamed the Department of Energy for his toilet problems. Another Republican Tea Partier, Marco Rubio, a junior Senator from Florida, “hopes to use the budget debate happening now in the Senate to block new pollution controls for Florida waterways.” Since Republicans [are] reversing a series of in-house green initiatives undertaken by Democrats” at the U.S. Capitol, their regressive efforts aren’t limited to rolling back major U.S. environmental regulations. Given the GOP’s shenanigans, I’m baffled that they can even get elected into a majority.

On the Net & Resources:

  1. House Panel Approves Bill Stripping EPA’s Power to Regulate Greenhouse Gases
  2. House Subcommittee Moves To Block EPA Funding On Emissions
  3. Light bulbs in spotlight as senators lambaste US efficiency standards
  4. Rand Paul Blames Energy Department for Faulty Toilets, Among Other Things
  5. House Republicans Open a Major Budget Battle, Proposing Deep Cuts Into Energy, Environment and Climate Spending

ENERGY INDEPENDENCE: Fox News says no to clean energy climate advertisement

According to Ben Smith, “A Fox sales executive, Mike Mandelker, told the group’s ad buyer that the spot was too confusing.” What’s so confusing about the future consequences (and current ramifications) of a world power remaining dependent on a foreign nonrenewable energy source?

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ENERGY POLICY: Rome wants to implement distributed energy policy

Distributed energy generation is one solution or alternative to big energy’s position that massive quantities of fossil fuels—in addition to nuclear energy—will continue to be a significant contributor to the energy mix of the future even as the Earth’s climate continues to change, ecosystems are altered by pollution (e.g., mercury pollution emitted from coal-fired power plants that is subsequently absorbed within aquatic environments and the food chain), and nonrenewable energy supplies continue to dwindle and become more expensive.

However, modernizing and rethinking how electricity is delivered, in addition to improving energy storage capabilities and promoting energy conservation via green construction or retrofitting for energy conservation will encourage sustainable development via energy conservation. Distributed energy generation, or small producers of energy via renewable resources and even nonrenewable sources, in the aggregate, will benefit people and the environment, because decentralizing energy generation will reduce “the amount of energy lost in transmitting electricity.” More from the Financial Times:

Mr Rifkin, who is also advising the governments of Spain and Greece and acts as an informal consultant for Germany’s Angela Merkel, bases his vision on what he calls the “third industrial revolution” – of a carbon- and nuclear-free future – on a programme of “distributive energy”.

Distributive energy boils down to individual buildings and local cooperatives becoming energy positive, harnessing wind, sun and thermal energy to run themselves and sell surplus power to others via a “smart grid” system.

More on distributed energy from the Department of Energy:

Distributed energy consists of a range of smaller-scale and modular devices designed to provide electricity, and sometimes also thermal energy, in locations close to consumers. They include fossil and renewable energy technologies (e.g., photovoltaic arrays, wind turbines, microturbines, reciprocating engines, fuel cells, combustion turbines, and steam turbines); energy storage devices (e.g., batteries and flywheels); and combined heat and power systems. Distributed energy offers solutions to many of the nation’s most pressing energy and electric power problems, including blackouts and brownouts, energy security concerns, power quality issues, tighter emissions standards, transmission bottlenecks, and the desire for greater control over energy costs.

About the image: According to telex4, the author of the image above, which is posted on Flickr, “BedZED is the UK’s largest eco-village. The aim was to help residents and office workers reduce their ecological and carbon footprints to a sustainable, ‘one planet’ level. The plans cover reducing energy use, providing renewable energy, minimising the embodied energy of the buildings, reducing fossil fuel miles and also tackling food, waste, water usage and flooding.”


Photo source for attribution. The author or licensor of this image does not endorse my work or me and their image is protected under an attribution license.

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VIDEO: Samsø: Denmark’s renewable energy island

In terms of applying prudent energy policy here in the United States, we can certainly do what Samsø is doing on a much larger scale. More from Popular Science:

Samso — about 30 miles long and 15 miles across — began its trek toward sustainability in 1997, and in just over a decade has erected 21 electricity-producing wind turbines and a heating system fueled by wood chip- and straw-burning furnaces bolstered by multiple small, unobtrusive solar panels. The 11 one-megawatt onshore turbines alone produce more than the island’s total electricity consumption (and enough power to offset 690,000 gallons of oil), while the 10 offshore turbines produce enough power to cover the island’s entire transportation energy budget. Excess power is invested into new energy projects.


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COAL INDUSTRY peddles carbon capture and sequestration (CCS) technology, but is CCS practical?

Promoted as green technology, the … experimental sequestration of … carbon dioxide (CO2) … is instead the same out-of-sight, out-of-mind way that problem wastes have been handled for years.

Anne Vehre

Photo Courtesy Giles Clement
Clean Coal

CCS technology is “a theoretical technology for reducing CO2 emissions at point of production.” Despite being heavily marketed by the coal industry, commercial-scale CCS isn’t ready for implementation.

Furthermore, the costs of developing CCS technology are great, so a more realistic or prudent policy for the federal government to foster would include modernizing the electrical transmission grid in addition to promoting energy efficiency and green construction projects (for both new construction projects and for retrofitting existing buildings). Also, modernizing the rail system, applying a carbon tax to encourage greener choices, and funneling money away from Big Coal towards renewable energy development are wise choices over CCS.

In addition to unreasonable expense, communities aren’t welcoming proposed CCS projects. From www.eenews.net:

A partner in a planned test of carbon capture and sequestration (CCS) technology in western Ohio has withdrawn from the $93 million project stalled by community opposition.

.       .       .

“Promoted as green technology, the Battelle proposed experimental sequestration of one million tons of carbon dioxide … is instead the same out-of-sight, out-of-mind way that problem wastes have been handled for years,” Anne Vehre, the group’s co-chairman wrote in a June editorial to the Daily Advocate in Darke County.

The Battelle project drew opposition from residents who feared the project would damage property values and could potentially cause seismic activity. The project was halted before seismic surveys could be conducted, but a 2000 report by Battelle found that sequestering carbon in populated areas “may involve seismic hazards if the injection facilities are not properly sited and operated.”

Apparently, China doesn’t consider CCS technology practical. Instead, energy conservation and renewable energy projects are being pushed. From Bloomberg:

China, the world’s biggest carbon- dioxide polluter, is balking at the cost and effectiveness of extracting greenhouse gases from hundreds of coal plants and storing them underground.

China can achieve larger emissions cuts instead by spending money improving the energy efficiency of buildings and vehicles and investing in alternative power sources such as wind and solar, said Su Wei, director-general of the climate-change unit at China’s National Development and Reform Commission.

“Carbon capture and storage, particularly for China, is not one of the priorities — the cost is an issue,” Su said in an Aug. 4 telephone interview from Beijing. “If we spent the same money for CCS on energy efficiency and the development of renewables, it would generate larger climate-change benefits.”

In 2008, coal burning in China added 366 million tons more to the world’s CO2 emissions than in 2007, almost two-thirds of the global increase in output of the gas from burning dirty fossil fuels, Bloomberg calculations from BP Plc data show. The U.S. and European nations tout CCS as vital to fight climate change while allowing coal to remain a part of their energy mix.

If CCS fails, then the public will suffer the consequences. From The Sydney Morning Herald:

You would be better off just burying the money, from an environmental point of view, because many doubt the CCS technology will work. The best proponents can say is, it has to. But if it doesn’t, the money is worse than wasted, because the spending will have exacerbated the climate problem by justifying construction of new coal-fired power stations that burn for another 30 to 40 years.


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