Showing posts from category energy.
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Retired Generals, Admirals Warn of Energy’s Security Risks
›June 18, 2009 // By Rachel Weisshaar
“Some, I think, probably are surprised to hear former generals and admirals talk about energy efficiency and renewable energy, but they shouldn’t be,” said General Charles Wald, USAF (Ret.), chairman of the CNA Military Advisory Board (MAB), a group of 12 retired three- and four-star admirals and generals. “Force protection isn’t just about protecting weak spots; it’s about reducing vulnerabilities before you get into harm’s way.”
Wald was joined by fellow MAB member Vice Admiral Dennis McGinn, USN (Ret.), and CNA General Counsel Sherri Goodman for a discussion of MAB’s latest report, Powering America’s Defense: Energy and the Risks to National Security, at a meeting on May 28, 2009. Two years ago, Wald, Goodman, and two other members of the MAB spoke at another Environmental Change and Security Program-hosted event on the MAB’s first report, National Security and the Threat of Climate Change.
Energy, Climate, and the Military“Our over-dependence on fossil fuels” and “our dependence on a vulnerable electric grid…present an urgent and serious risk to our national security,” said Goodman, who served as deputy under secretary of defense for environmental security from 1993-2000.
Powering America’s Defense argues that U.S. dependence on foreign oil “tethers America to unstable and hostile regimes, subverts foreign policy goals, and requires the U.S. to stretch its military presence across the globe.”
The U.S. military’s energy use presents unique risks. “Our inefficient use of oil adds to the already-great risk assumed by our troops. It reduced combat effectiveness. It puts our troops more directly and more often in harm’s way,” said Wald. “Many of our casualties—and you’ve all heard of the IEDs and EIDs that have done so much harm to so many of our young people—many of those people are in convoys carrying fuel to the battlefield” in Iraq and Afghanistan.
A major U.S. blackout in August 2003—which shut down water and sewage plants, gas stations, telecommunications outlets, and some elements of border check systems—emphasized the vulnerability of the nation’s electrical grid. “The situation can be exploited as a threat by those to wish to do us harm,” said Wald.
Innovative Solutions, With DoD in the Lead
The report recommends that:- Energy-security and climate-change goals should be integrated into national-security and military planning processes;
- The Department of Defense (DoD) should design and deploy energy-efficient systems on the battlefield;
- DoD should monitor its energy use at all levels of operations;
- DoD should improve the energy efficiency of its installations;
- DoD should increase renewable-energy generating capacity; and
- DoD should invest in the development of low-carbon liquid fuels—such as those produced by algae—that can replace oil.
A Direct Appeal
Recalling the sacrifices Americans made on the home front during World War II—saving scrap metal, conserving fuel, planting victory gardens—McGinn urged Americans today to take a similar approach to meeting the nation’s energy and climate challenges.
“There are individual steps that every American can take: using less energy, being more efficient with the energy that we do use, supporting new policies to help our country take a new energy path,” he said. “They may cost money, yes, but if we don’t spend the money now, primarily thinking of that as an investment, we’ll still pay, and we’ll pay much more later. In fact, very likely, we’ll pay in American lives lost,” he said. -
Weekly Reading
›In Search of Shelter: Mapping the Effects of Climate Change on Human Migration and Displacement, launched at the climate negotiations this week in Bonn, represents a major step forward in the effort to determine how environmental shocks and stresses precipitated by climate change will compel populations to migrate.
According to Family Planning and Economic Well-Being: New Evidence From Bangladesh, a report from the Population Reference Bureau, “long-term investment in an integrated family planning and maternal and child health (FPMCH) program contributes to improved economic security for families, households, and communities through larger incomes, greater accumulation of wealth, and higher levels of education.”
A YouTube video from the UN Office of the High Commissioner for Refugees (UNHCR) shows how Darfuri refugees are struggling to manage scarce natural resources in refugee camps in Chad.
Facing Global Environmental Change: Environmental, Human, Energy, Food, Health, and Water Security Concepts, the fourth volume of the Hexagon Series on Human and Environmental Security and Peace, was launched at a side event to the 17th Session of the Commission on Sustainable Development.
The Obama Plan for Energy and Climate Security: Conference Proceedings and Final Recommendations lays out the Center for a New American Security’s recommendations to President Obama for achieving his climate and energy goals. -
World-Renowned Inventor Dean Kamen Talks Water, Energy
›May 20, 2009 // By Rachel Weisshaar“If you tell the world you’re going to do something and they go, ‘Yeah…?’ it’s probably that you’re making an incremental change in something that the world is already doing reasonably well,” said renowned inventor Dean Kamen at a May 2009 meeting co-sponsored by the Wilson Center’s Environmental Change and Security Program and Program on Science, Technology, America, and the Global Economy. “I’d rather work on the really big stuff.”
His track record proves it: He holds more than 400 U.S. and international patents, and his most famous inventions include an implantable insulin pump, a portable dialysis machine, and an artificial arm, as well as the Segway personal transporter.
Kamen now seeks to provide clean water to the 1.1 billion people who lack it with the Slingshot, a washing machine-sized device that uses just 500 watts of electricity to produce 10 gallons of clean water an hour.
Tackling the Big Problems: Water and Power
Kamen’s career as an inventor began in high school, when he would invent medical devices for his older brother, a doctor. The Slingshot grew out of a portable dialysis machine Kamen developed for patients with renal failure. After inventing a way to make perfectly sterile water for the dialysis machine, he explored whether he could adapt the water-purification technology for the developing world, where millions of people die each year from dirty water.
The data “take your breath away,” said Kamen. More than one billion people lack access to clean water, and 1.6 billion do not have access to electricity. Kamen thought he could address both of these problems with the Slingshot, which uses a Stirling-cycle generator to vaporize and condense the water, removing the impurities.
The generator runs on any kind of fuel, including the methane gas in cow dung, which is readily available in the Bangladeshi villages where Kamen conducted a six-month test of the Slingshot. The generator not only powers the water vaporizer, but also produces enough surplus electricity to power a light, cell phone, and computer for every household in a small village.
The Skepticism of Experts: A Bigger Problem?
In meetings with the World Bank and other international development organizations, Kamen was told that the Slingshot was more expensive than other ways of purifying water, including chlorine tablets, activated-charcoal filters, and reverse-osmosis desalination. But unlike these technologies, the Slingshot can remove any kind of contaminant from water; does not need filters, membranes, or chemicals; and does not require any technical know-how to use.
Kamen granted that the cheaper technologies might be more practical for urban areas, but argued that the Slingshot could have advantages in remote villages without access to technical expertise or a steady supply of chemicals or other components. He also suggested that microfinance might be a way to overcome the large initial cost of the Slingshot—although he emphasized that his expertise lies in developing the technology, and then partnering with experts who know how to surmount the various barriers to distribution.
“If everything I now say by way of recalling my history here seems to you like I’m frustrated, and angry, and disappointed, it’s mostly because I’m frustrated, angry, kinda disappointed,” said Kamen, adding, “But you’re going to fix all that.” Suggestions from audience members included learning from the experiences of venture capitalists who have invested in water technology in the developing world, as well as partnering with the military and defense contractors to manufacture and distribute the Slingshot.
Water, Electricity, and National Security
Kamen suggested that the Slingshot could be used to support U.S. foreign-policy and national-security objectives. For instance, the U.S. armed forces could bring water and electricity to an Afghani village with the Slingshot and Stirling-cycle generator. A telephone and camera mounted on the generator would provide communications technology.
“I would suspect that the Taliban…would be way more worried that everybody in town is happy, and healthy, and has light, and is communicating and showing pictures of everything going on” than about the threat of attack by the United States, said Kamen.
Photo: Dean Kamen. Courtesy of Dave Hawxhurst and the Wilson Center. -
Energy, Climate Change, National Security Are Closely Linked, Assert Retired Generals, Admirals
›May 18, 2009 // By Rachel WeisshaarThe United States’—and the Department of Defense’s (DoD)—dependence on fossil fuels poses a significant national-security threat, concludes Powering America’s Defense: Energy and the Risks to National Security (summary), the second report from CNA’s Military Advisory Board (MAB), a group of 12 retired three- and four-star admirals and generals. At the report’s launch this morning, several members of the MAB were joined by several of the people they are trying to influence, including Under Secretary of Defense for Acquisition, Technology, and Logistics Ashton Carter and Deputy Assistant Secretary of State for Energy, Sanctions, and Commodities Douglas Hengel.
Carter outlined some of the ways DoD is attempting to increase its energy efficiency, from insulating air-conditioned tents in Iraq with foam, which can lead to a 45 percent reduction in energy usage, to incorporating the fully burdened cost of fueling vehicles into the acquisitions process, to tripling the amount of spending on energy research and development over the past two years.
Hengel echoed the report’s emphasis on the interconnectedness of energy, climate change, and security, explaining that President Obama added the Secretary of Energy to the National Security Council for precisely this reason.
On May 28 at 3:00 p.m., ECSP will host a discussion of the report’s findings, featuring CNA General Counsel Sherri Goodman; General Charles Wald USAF (Ret.), chairman of the MAB; and Vice Admiral Dennis McGinn USN (Ret.), a member of the MAB. ECSP also hosted a discussion of the MAB’s previous report, National Security and the Threat of Climate Change. -
Next QDR Could Include Climate Adaptation Measures
›May 14, 2009 // By Rachel WeisshaarClimate-change adaptation measures, including military-to-military collaboration on disaster preparedness and response, could be part of the 2010 Quadrennial Defense Review (QDR), currently under preparation, reports Defense Environment Alert (one free article provided to new users). Congress mandated that the next QDR address the national-security impacts of climate change in 2008 defense-authorization legislation.
“Speaking at a conference hosted by the International Institute for Strategic Studies (IISS) in Washington, DC, May 5, Kent Butts, a professor with the US Army War College and global warming expert, told delegates that while much attention is being paid to climate change mitigation measures, preparations for inevitable global warming effects have garnered too little attention at the Pentagon,” said Defense Environment Alert. “The armed services have invested considerable resources in developing new energy strategies to reduce consumption and switch to alternative sources of energy, but have yet to really focus on adaptation, Butts says.”
“While the military should not be the lead agency handling climate change impacts in the United States or other developed countries, Butts said, in many developing nations the military may be the only government agency capable of providing services such as disaster response and preparedness work. Civilian government in the developing world is often weak and lacks basic resources such as manpower, transportation and engineering capability, Butts said.”
Environmental-security concerns appear to enjoy considerable traction in the Obama administration. Director of National Intelligence Dennis Blair cited energy, food, and water scarcity, as well as the impacts of climate change, as potential security threats in his February 2009 testimony to the Senate Select Committee on Intelligence. Last month, Under Secretary of Defense for Policy Michele Flournoy echoed these concerns. -
China Eyes Expansion of Electric Cars, With Global Implications for Energy, Climate, Health
›April 16, 2009 // By Linden EllisLast Friday, China announced plans to become the world’s largest producer of electric cars. The Chinese government will invest $1.46 billion in consumer subsidies for electric cars, just as Washington is plowing $25 billion into flagging Detroit automakers. With doubts looming about China’s enthusiasm for the tough upcoming Copenhagen climate negotiations, and with China set to displace the United States as the country with the largest auto fleet by 2025, this commitment to electric cars has vast implications for climate change, energy, and global geopolitics.
China is already the third-largest car producer and the second-largest car market in the world. If China could electrify its entire auto fleet by 2020, it could cut annual oil consumption by 130 million tons, reducing dependence on foreign oil by 20-30 percent more than if it were to adopt high-efficiency combustion vehicles. This would go a long way toward easing global competition for oil. It would also effectively eliminate the number-one source of air pollution in major Chinese cities, relieving a huge environmental health burden. Reports indicate that residents of at least 400 Chinese cities will face significant health hazards—including brain damage, respiratory problems and infections, lung cancer, and emphysema—from airborne sulfur by 2010 if auto pollution is not brought under control.
As these subsidies and other policies (including next year’s nation-wide adoption of EURO IV emissions standards) demonstrate, the Chinese government is committed to reducing cars’ impact in China, and the country is poised to be a global leader in electric cars. China’s battery-company-turned-automaker BYD (which Warren Buffet is apparently investing in) will release the first zero-emission vehicle, the F3e, in late 2009. The plug-in, dual-fuel F3 was the top-selling car in China last year, selling for $22,000. In a report released last month, McKinsey & Company found electric vehicles the best option for reducing greenhouse gas emissions from China’s transportation sector. China’s low labor costs, fast-growing auto market, and successful battery manufacturers make it a candidate for world leadership in electric-vehicle production, especially as no clear leader already exists.
The greatest obstacles to electric vehicles taking off in China are the costs—both to the government and the consumer—and the current lack of support infrastructure, including battery-charging and replacement stations. Installing support infrastructure could cost 5–10 billion RMB by 2020, not to mention the costs of further research and development to improve the safety and speed of batteries and cars, as well as the cost of consumer subsidies.
However, the China Environment Forum reports that many new car owners in China display a surprising indifference to the price of a prospective vehicle, preferring to save longer in order to afford a better car rather than settling for the first car they can afford or buying a used car. An interesting cost-effective alternative is the electric bike, which China vehicle emissions expert Vance Wagner notes “should be given high priority as an urban sustainable transportation solution [as they] provide much greater urban mobility than buses, with comparable environmental impact.”
Further research on the health and environmental impacts of electric vehicles is needed before large-scale adoption. There are many concerns, for example, about how to safely recycle car batteries without causing lead pollution. Additionally, having cars run on electricity will reduce air pollution, but will also place a huge burden on China’s already-strained power sector, which experiences energy shortfalls every year. Making the entire vehicle fleet dependent on the power sector would require a major expansion of regulatory and generating capacity. It could also raise questions of environmental justice, as rural communities with little access to health care—but in close proximity to coal-fired power plants, from which China derives 80 percent of its electricity—would bear the pollution burden of city driving. Although most experts and officials agree that electrifying China’s vehicle fleet is the best option in terms of environmental health, energy security, and climate change, additional research into the cumulative impacts of electric vehicles is necessary.
Photo: Smog blankets the eastern Chinese city of Jinan. Courtesy of Flickr user Sam_BB.
By China Environment Forum Program Assistant Linden Ellis. -
In Dealing with Climate Change, A Role for Global Governance
›April 14, 2009 // By Will Rogers“The idea of being a citizen of the world is still controversial,” said Strobe Talbott at a March 12, 2009, event examining the “great experiment” of global governance. Nevertheless, Talbott, president of The Brookings Institution, argued that global governance will be key to solving three of the greatest challenges the world faces: nuclear proliferation, climate change, and the financial crisis. This event was co-sponsored by the Wilson Center’s Environmental Change and Security Program and the Environmental Film Festival in the Nation’s Capital.
From Imperialism to Internationalism: The “Great Experiment” of Global Governance
“Bad news has often been the mother of good news” in the long history of global governance, Talbott said. Imperialism “brought fractious tribes and cultures together under a single authority—an attempt at global governance that ultimately failed.”
In the wake of World War I’s destruction came the League of Nations, a stab at global governance that lacked American support and “failed abysmally at preventing the Second World War,” Talbott noted. World War II spawned the United Nations, which was more successful due to the United States’ participation and influence.
From the ashes of the Cold War rose a more interconnected Europe, which Talbott affectionately referred to as the “Euro-mess”—a “system in which multiple countries make common cause in the face of common challenges,” he said. “Part of what we must hope for in the years ahead is the emergence of a more robust ‘globo-mess’—the creation and strengthening of regional and global organizations.”
Global Governance for Global Challenges
According to Talbott, the nuclear arms control treaties exemplify effective global governance in the pursuit of the ultimate common goal: the survival of the human race. “We need to build on past experiences and existing institutions to address challenges like climate change and financial regulation,” he said.
Talbott suggested that we use the existing nuclear nonproliferation regime to build an effective climate control system that ensures that “civilian nuclear power—which we are going to be seeing a lot more of—will be safe and confined to peaceful purposes.”
Similarly, a global financial regime could help bolster the effectiveness of a climate regime by stabilizing the world’s credit markets, enabling them to help “finance commercially viable technologies to end our dependence on fossil fuel,” Talbott said. “If we’re going to have efficient, equitable markets in which to trade in carbon allotments,” we will need a robust global economic regime, as well, he said.
With global governance, “progress has almost always been reactive. But in dealing with climate change, progress needs to be proactive,” as when the world has come together to prevent nuclear war, Talbott said. “If we fail to recognize our own obligations as citizens of the world,” he warned, “we risk, if not our own lives, then the lives of our children and their children.”Photo: Strobe Talbott. Courtesy of Dave Hawxhurst and the Woodrow Wilson Center.
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Grassroots Efforts Help Achieve Population, Health, and Environment Goals in Nepal
›April 1, 2009 // By Will Rogers“If you want to bring about conservation of these big, iconic species that need lots of area to roam, you have to work with the people that are living there,” said Jon Miceler at a March 19, 2009, event, “Population, Health, and Environment in Nepal.” Miceler, managing director for the World Wildlife Fund’s (WWF) Eastern Himalayas program, and Rishi Bastakoti, director and co-founder of Resource Identification and Management Society Nepal (RIMS Nepal), discussed their ongoing work on population, health, and environment (PHE) programs in Nepal.
Protecting Tigers in the Terai
To protect endangered Bengal tigers in Nepal, WWF seeks to simultaneously protect the ecosystem and support sustainable livelihoods in the Terai Arc Landscape (TAL), a biodiverse region that spans the India-Nepal border. Environmental threats to the Terai include:- Conversion of forest into farmland;
- Overgrazing;
- Forest fires;
- Excessive extraction of timber and fuelwood;
- Poaching;
- Human-wildlife conflict; and
- Population growth.
“By protecting a tiger—which is what we call an ‘umbrella species’—you’re actually protecting a whole host of species below that, and a whole host of ecosystems that are connected with the tigers,” said Miceler.
Piloting PHE in Khata
In the Khata corridor, a region of the TAL, WWF worked with local leaders and community forest user groups to create a “permanent community-managed health clinic with basic clinical tools,” Miceler said. In addition, the program:- Distributed 172 arsenic filters to remove naturally occurring arsenic from the groundwater, as well as 44 hand pumps to provide clean drinking water;
- Improved access to family planning services and increased the contraceptive prevalence rate from 43 percent to 73 percent in two years; and
- Provided 136 biogas plants with attached toilets and 100 improved cookstoves, reducing the need for fuelwood, which in turn decreased deforestation and the number of acute respiratory infections.
WWF will be “taking results from the successes we’ve had in the Khata corridor and lessons learned from other PHE projects in other countries to scale them up in other areas of the Terai,” said Miceler.
PHE at the Grassroots Level
“The average fertility rate in Nepal is 3.1,” said Bastakoti of the Nepalese NGO RIMS Nepal. “But it is much higher among the ethnic communities living in the remote areas with low education.”
RIMS Nepal works with 82 community forest user groups in Dhading to improve livelihoods, health, and environmental conservation. Since 2006, the project has:- Increased the contraceptive prevalence rate from 44 percent to 63.1 percent; and
- Distributed biogas and other improved cookstoves, helping reduce the incidence of acute respiratory illness from 55.5 percent to 5 percent and saving 1,178 metric tons of firewood each year.
RIMS Nepal trained 375 people to be peer educators and community-based distributors of contraceptives. “Local volunteers are key for the success of PHE,” Bastakoti explained. “They become role models for behavioral change.”
In addition, with RIMS Nepal’s help, 24 community forest user groups incorporated PHE activities, including family planning, into their operational plans. The “integration of family planning and health brings added value to conservation, poverty reduction, and livelihood improvement,” said Bastakoti, calling community forest user groups “one of the greatest grassroots-level institutions”—and key to advocating for the PHE approach at the national level.Photo: Rishi Bastakoti. Courtesy of the Woodrow Wilson Center.
“Some, I think, probably are surprised to hear former generals and admirals talk about energy efficiency and renewable energy, but they shouldn’t be,” said General Charles Wald, USAF (Ret.), chairman of the CNA 
“Our over-dependence on fossil fuels” and “our dependence on a vulnerable electric grid…present an urgent and serious risk to our national security,” said Goodman, who served as deputy under secretary of defense for environmental security from 1993-2000.
“If you tell the world you’re going to do something and they go, ‘Yeah…?’ it’s probably that you’re making an incremental change in something that the world is already doing reasonably well,” said renowned inventor 
“The idea of being a citizen of the world is still controversial,” said Strobe Talbott at a March 12, 2009, event examining the “great experiment” of global governance. Nevertheless, Talbott, president of The Brookings Institution, argued that global governance will be key to solving three of the greatest challenges the world faces: nuclear proliferation, climate change, and the financial crisis. This event was co-sponsored by the Wilson Center’s Environmental Change and Security Program and the 
“If you want to bring about conservation of these big, iconic species that need lots of area to roam, you have to work with the people that are living there,” said Jon Miceler at a March 19, 2009, event, “
