Showing posts with label clean-energy technology. Show all posts
Showing posts with label clean-energy technology. Show all posts

Wednesday, June 17, 2009

cap-and-trade system rigorous enough to make a serious dent in fossil-fuel consumption isn't politically feasible

TO BE NOTED: From the WSJ:

"
Climate Fight Heads for New Round

The argument over whether climate change is a real problem is largely settled in Washington.

What to do about climate change? That debate is at a boil.

Under a bill being considered in the House of Representatives, companies that generate greenhouse gases -- and their customers -- could face steadily escalating costs for using fossil fuels. But businesses could keep those costs in check by investing in technology to change their carbon-dioxide-spewing ways. The legislation would require companies to obtain permits to emit polluting greenhouse gases, and the total number of permits available in the U.S. would be capped. If new technology or efficiencies lower their emissions, businesses could sell excess permits to other companies.

Europe has been using this approach, dubbed "cap and trade," for several years. But it is far from clear whether the system will win over U.S. lawmakers. One reason is that some political leaders are listening to the kind of doubts about the effectiveness of a cap-and-trade system put forward by a number of prominent thinkers on environmental issues.

Some of them assert that Europe's experience with cap and trade shows that the system on its own has a negligible impact on pollution. It would make more sense, they say, to spend money on developing clean-energy technology. Others say the focus on cap and trade has diverted attention from the need for better strategies to reduce energy use.

Bloomberg News

Bjorn Lomborg is one of the most prominent critics of cap and trade

Bjorn Lomborg, a Danish business school professor and author, has won over many Republicans, and alienated many Democrats and environmentalists, by arguing that a cap-and-trade system rigorous enough to make a serious dent in fossil-fuel consumption isn't politically feasible.

No matter how high oil prices rise, businesses and consumers will use fuel at roughly the same rate they do now, he says, because they have little alternative.

For proof, he says, look at last summer's sharp run-up in oil prices. Demand for oil fell, but only by a little, he says, during a break from meetings with lawmakers -- mostly Republicans -- on Capitol Hill. "We are price-inelastic" when it comes to energy.

Mr. Lomborg's numerous critics challenge his grasp of climate science. They also take issue with his view that governments should invest heavily in research on alternative technology instead of spending heavily to slash greenhouse-gas output in the short term.

Mr. Lomborg says governments should commit to spending 0.05% of gross domestic product on clean-energy research, financed by a $7 a ton tax on carbon dioxide. That could address what he calls a "market failure" in the development of solar-power systems and wind turbines effective enough and cheap enough to compete with fossil fuels. Buying what he sees as today's premature renewable-energy technology "would be like putting an inefficient [computer] on everyone's desk in 1965."

The House measure, known as the Waxman-Markey bill, would provide a total of $20 billion for clean energy research and development through 2025, a spokeswoman for the Energy and Commerce Committee says.

David MacKay, a Cambridge University physics professor, shares Mr. Lomborg's skepticism of cap and trade, but says industrialized nations need to make massive investments in clean energy using technology already available, from wind power to nuclear plants.

In a 2008 book, Prof. MacKay dismisses what he calls the "codswallop" in the energy debate, such as government campaigns to get citizens to turn off their cellphone chargers. In face of the enormous challenges posed by global warming, he says, such small changes amount to "a feeble gesture, like bailing the Titanic with a teaspoon."

Instead, he says, industrial economies need to think big about energy alternatives. To wean the U.S. economy off oil or coal, he says, will require "a California's worth of wind farms, an Arizona's worth of solar" and a lot of nuclear plants, he says. Shifting the energy mix this way will require big investments, he says, and a price tag on carbon emissions of about $85 a ton. That is far more than currently contemplated under the proposed U.S. or existing European cap-and-trade systems.

"Cap and trade," he says, "is acceptable because it achieves so little."

Hal Harvey, chief executive of ClimateWorks Foundation, a network of environmental groups, supports the House climate bill, but says the first priority in Congress should be to emphasize efforts that scale back U.S. energy consumption.

[total carbon-dioxide emissions]

"There are a small number of policies that make a huge difference," he says. Among them: Pushing for "best practices" -- tougher efficiency and conservation standards -- in areas like vehicle fuel efficiency and energy consumption in buildings.

"The lowly building code" can be used to cut energy consumption by as much as 75%, he says. The burst of effort to ratchet up energy efficiency in the U.S. after the oil shocks of the 1970s led to significant declines in energy consumption and tilted the balance of power away from oil and energy producers toward consumers -- lowering energy costs for individuals, Mr. Harvey says.

Mr. Harvey worries that proposed emissions limits and efficiency standards that are currently part of the House bill could be watered down. Without those requirements to motivate changes in the way businesses and households consume energy, he says, "you have labored mightily and produced a mouse."

Write to Joseph B. White at joseph.white@wsj.com"

Thursday, May 21, 2009

Emissions need to come as close to zero as possible by 2050, that’s the scientific reality

TO BE NOTED: From Bloomberg:

"Climate-Treaty Draft Proposes Rich Countries Eliminate Most CO2

By Alex Morales and Jeremy Van Loon

May 20 (Bloomberg) -- The United Nations’ first draft of a new treaty to stem global warming suggests goals such as the near elimination of greenhouse-gas emissions by mid-century in developed countries including the U.S. and Japan.

China, India and other emerging economies would have to aim for a 25 percent reduction of heat-trapping gases, under a separate option that would mark the first-ever target for developing nations.

The 53-page text, posted today on the Web site of the UN Framework Convention on Climate Change, will now be refined by 192 countries in negotiations to forge a new deal to succeed the 1997 Kyoto Protocol climate-protection treaty.

“Emissions need to come as close to zero as possible by 2050, that’s the scientific reality,” Stephanie Tunmore, climate campaigner for the environmental group Greenpeace, said today in a telephone interview. “Someone has to take this process by the horns and give it a good shake.”

Today’s text suggests ways for countries to stem global warming also by sharing clean-energy technology. Richer nations were urged to aid developing economies in adapting to effects of rising temperatures. Limits on gases such as carbon dioxide for 37 nations under the existing Kyoto accord expire in 2012.

“This document marks an important point on our road,” UNFCCC Executive Secretary Yvo de Boer said in a statement. “It’s the first time real negotiating text will be on the table which can serve as a basis for governments to start drafting” a final agreement.

Talks Resume

The U.S. refused to ratify the Kyoto treaty because it didn’t set CO2 caps for major developing countries such as China. The current round of talks must close the gap between the two countries, the world’s biggest emitters.

The next round of UN-sponsored talks begins June 1 in Bonn, Germany. Nations’ envoys will then debate today’s proposals.

“As is customary in the practice of negotiation, it is envisaged that the text will be a ‘living document,’ with parties modifying it and bringing new ideas to bear,” wrote Michael Zammit Cutajar, the UN official who drafted the paper.

Cutajar outlined several potential global goals. One would stabilize emissions at a level to ensure the average temperature doesn’t rise by more than 2 degrees Celsius (3.6 degrees Fahrenheit) above pre-industrial levels. Another aims at keeping the increase below 1.5 degrees. Temperatures have already risen by about 0.8 degrees since the mid-1800s. Five possible time- frames are listed for when total global emissions should peak.

“There are so many routes forward here as to confound our expectations of just where it is we’re going,” Steven Knell, a London-based energy analyst at the economic consultant Global Insight Inc., said today in an e-mailed response to questions.

Carbon Weigh-In

Another plan would reduce global average annual greenhouse- gas emissions to about 2 metric tons per person. That compares with 19.78 tons for the average U.S. citizen, 7.99 tons for a typical European and 4.58 tons per Chinese in 2006, according to the most recent data from the U.S. Department of Energy.

The draft includes options to cut CO2 concentrations in the atmosphere to 350 parts per million from about 385 now.

Emissions limits for individual nations weren’t included, though many have already pledged goals. The 27-nation European Union has said it will cut gas output by 30 percent from 1990 levels in 2020, provided other nations follow suit.

U.S. President Barack Obama has said U.S. emissions will return to 1990 levels in the same timeframe, and Australia is committed to a reduction of as much as 25 percent from 2000.

“We have an almost complete list of industrialized nations’ pledges to cut emissions after 2012, so governments can see now more clearly where they are in comparison to each other, and can build a higher ambition on that basis,” de Boer said.

Glaciers, Deserts

When establishing CO2 emissions limits, a nation’s population trends, ease of access to low-carbon energy supply and economic development will be considered, the text said.

Money for adapting to climate change will be focused on nations and regions with tropical glaciers, those affected by desertification in Africa and low-lying areas at risk of flooding from a rise in sea level, the document said.

An insurance system and venture-capital funds to help countries adapt to extreme weather events and risks to crop production and food security were also proposed. Wealthy countries contributing to adaptation funds will be able to monitor use of the money.

Countries not meeting their targets may have to pay a fine in the form of contributing more money to an adaptation fund that will help nations deal with the effects of climate change, according to one proposal. Envoys haven’t agreed on whether the accord will be a new treaty, a series of legally binding decisions, or an expanded version of Kyoto, the document said.

“Everybody wants to keep everything on the table up until the last minute to maximize their chances of their piece of the pie being in the final agreement,” Greenpeace’s Tunmore said.

To contact the reporter on this story: Alex Morales in London at amorales2@bloomberg.net; Jeremy van Loon in Berlin at jvanloon@bloomberg.net;"

"Structure of the negotiating text
I. A SHARED VISION FOR LONG-TERM COOPERATIVE ACTION
II. ENHANCED ACTION ON ADAPTATION
A. Objectives, scope and guiding principles
B. Implementation of adaptation action
C. Means of implementation
D. Risk reduction, management and sharing
E. Institutional arrangements
F. Monitoring and review of adaptation action and support
III. ENHANCED ACTION ON MITIGATION
A. Mitigation by developed countries
1. Nationally appropriate mitigation commitments or actions by developed countries
2. Measurement, reporting and verification of commitments or actions
3. Compliance with quantified emission limitation and reduction objectives
B. Mitigation by developing countries
1. Nationally appropriate mitigation actions by developing countries
2. Means of implementation
3. Measurement, reporting and verification of actions
4. Measurement, reporting and verification of support
5. Institutional arrangements
C. Policy approaches and positive incentives on issues relating to reducing emissions from
deforestation and forest degradation in developing countries; and the role of conservation,
sustainable management of forests and enhancement of forest carbon stocks in developing countries
1. Objectives, scope and guiding principles
2. Means of implementation
3. Measurement, reporting and verification of actions
4. Measurement, reporting and verification of support
5. Institutional arrangements, including funds
D. Cooperative sectoral approaches and sector-specific actions
E. Various approaches to enhance the cost-effectiveness of, and to promote, mitigation actions
F. Economic and social consequences of response measures
IV. ENHANCED ACTION ON FINANCING, TECHNOLOGY AND CAPACITY-BUILDING
A. Enhanced action on the provision of financial resources and investment
1. Objectives, scope and guiding principles
2. Generation of financial resources
3. Institutional arrangements, including funds
B. Enhanced action on technology
1. Objectives, scope and guiding principles
2. Cooperation on technology research, development, diffusion and transfer
3. Institutional arrangements
C. Capacity-building"