CARBON DIOXIDE
Massachusetts Joins Other States In Approving Carbon Dioxide Reductions
Dec 30, 2005 - - Massachusetts joined Oregon, Connecticut and five other states in adopting California's greenhouse gas rules, which limit the amount of carbon dioxide and other gases that can be emitted from vehicle tailpipes. The only way to cut carbon dioxide emissions is through a drastic increase in fuel economy.
Every major automaker that sells vehicles in the United States is suing to have the new rules overturned. The suit was filed in federal court in California in December 2004. EPA has sided with the automakers and favors other methods of lowering carbon dioxide besides regulating tailpipe emissions. The agency and automakers believe the changes will limit consumer choice and raise vehicle prices.
The California rule, which was approved by a state environmental board in 2004 and, with federal approval, would take effect for the 2009 model year -- requires a 30 percent reduction in greenhouse gases by 2016. The EPA's position is crucial because it would have to issue a waiver before any of California's greenhouse gas regulations could go into effect. If California is permitted to impose the new regulations, the federal Clean Air Act allows other states with poor air quality to adopt California's rules after agency approval.
| Chicago Climate Exchange ( www.chicagoclimatex.com ), a commodities market-like organization whose members have committed to reduce greenhouse emissions |
THERE IS NO TECHNOLOGY TO SCRUB CARBON DIOXIDE. THE ONLY WAY TO REDUCE IT IS TO USE LESS
ENERGY
The Australian economist Warwick McKibbin, has devised an alternative plan, "Climate Change Policy After Kyoto", which combines a fixed number of long-term tradable emissions permits that could be auctioned, or given to owners of existing energy assets -- with an unlimited supply of additional short-term (one-year, for example) permits, priced in such a way as to curb emissions. This approach combines the benefits of a straightforward permit scheme by letting the government decide where the domestic fiscal burden of the restrictions should lie and of a straightforward carbon fee that discourages emissions in an efficient way, while putting a cap on compliance costs). (McKibbin Paper: http://www.ipa.org.au/pubs/special/climate/mckibbinpaper.pdf )
A recent proposal by the National Commission on Energy Polocy calls for slowing greenhouse gas emissions over the next decade, then freezing the level of emissions for 10 years before cutting back on them in 2030. Starting in 2010, the government would require a 2.4 percent annual reduction in greenhouse gas "intensity," a measure of the amount of emissions in relation to the level of economic activity.
The government would issue emissions permits at no cost to emitters in 2010, sell a small pool of permits to new emitters and allow all companies to buy and sell the credits. If the cost of containing heat-trapping gases rises significantly, polluters could buy additional permits at $7 per metric ton of carbon dioxide, which would contain the plan's overall costs but could hamper its ability to achieve climate goals.
To reduce consumption, the commission is calling for a significant increase in vehicle fuel economy standards that would use a system in which manufacturers could trade fuel economy credits within fleets as well as between companies. AAEA believes utilities should promote the production of plug-in hybrid electrics and fuel cell electric vehicles. They should get allowances for vehicle, home and business production and efficiency retrofits. Utilities should also get significant carbon credits for new nuclear power plants. Also see AAEA Energy Back Securities.
CARBON DIOXIDE EMISSIONS CAN BE REDUCED BY CARBON SEQUESTRATION, WHICH CAN INVOLVE ANYTHING FROM PLANTING TREES TO BURYING IT ON LAND OR AT SEA. SUCH CARBON SINKS CAN BE USED TO MAINTAIN THE CO2 BALANCE IN THE ATMOSPHERE.
The Department of Energy has a program called FutureGen that will be the world’s first coal-based power plant that will sequester all emissions, including C02 because the captured CO2 would be injected deep into underground formations, such as depleted oil and gas reservoirs, unmineable coal seams and deep saline aquifers, where it will remain permanently trapped. Congress has only appropriated $18 million in research to FutureGen for 2005. This technology is probably not very practical due to the complexity of carbon dioxide capture, transport and disposal. A carbon dioxide allowance would have to very attractive to justify such an expenditure. The key to success is to esablish a cap that the business community can accept while beginning the process of reducing carbon dioxide emissions.

The key decision in such a scheme is the price at which the short-term permits would be sold -- this, in effect, would be the tax on marginal emissions of carbon. McKibbin suggests a price of $10 a ton to be collected from producers and importers of energy. This rate is quite low, and hence, one hopes, politically feasible. The McKibbin approach is decentralized and does not require a complicated international agreement at. The program could also include an internationally agreed upon price for short-term permits.
More information:
MIT Study
CO2 Capture Technology In Power Plants
Cost Impact of CO2 Capture at Power Plants
More On CO2 Capture at Power Plants
"On the Integration of Carbon Capture and Storage into the International Climate Regime"
Abstract
Carbon Capture and Storage (CCS) recently gained more and more attention as a climate change mitigation option. However, CO2 suppressed in geological reservoirs is likely to lead to future releases of the CO2 stored. This “non-permanence” must be considered if an environmentally sound policy is desired. The article is based on existing rules and modalities regarding non-permanence of sequestration in the Land use, Land-use change and Forestry (LULUCF) sector.
CCS can only be accounted for in a transparent and comprehensive way, if it is considered a “removal” (or “sink”) activity. This is, however, incompatible with the current UNFCCC rules and definitions. Consequently, they would have to be changed. Accounting and problems of cross-border projects are discussed. They arise due to the potential geographical separation of capture and storage site. It may thus form the basis for CCS, too. The study suggests that CCS is probably not as attractive as widely claimed.
The Climate Trust: Request for Truck Stop Electrified Parking
Carbon Dioxide Offset Project Proposals
The Climate Trust is soliciting proposals for truck stop electrified parking projects that reduce carbon dioxide emissions from idling by diesel trucks at truck stops in Oregon and Washington. The Climate Trust’s intent is to purchase the carbon dioxide emission reductions (CO2 offsets) generated from the projects. Proposals must be submitted by the intended owner of the truck stop electrified parking technology and the technology must be located at truck stops to be eligible for funding.
The funding that The Climate Trust will apply to this effort was provided by the Klamath Cogeneration Plant (owned by the City of Klamath Falls and operated by PPM Energy), Hermiston Power Project (Calpine), Coyote Spring 2 (Avista), Mist Underground Storage Facility (NW Natural), and Klamath Expansion Project (PPM Energy). In addition to the $2.2 million provided by The Climate Trust, financial assistance is available from other parties that can be used for these projects. See details in the full RFP.
The Climate Trust is seeking:
· 1 to 4 contracts to install truck stop electrified parking technology at up to 600 truck stop spaces in Oregon. The Climate Trust will purchase up to $2,000,000 in CO2 offsets, at a cost not to exceed $4 per metric ton.
· 1 to 2 contracts to install truck stop electrified parking technology at up to 60 truck stop spaces in Washington. The Climate Trust will purchase up to $200,000 in CO2 offsets, at a cost not to exceed $4 per metric ton.
A Bidders Conference will be held on Wednesday, January 19, 2005. This is an opportunity to ask questions about the RFP and the selection and contracting process.
Responses are due by Wednesday, February 16, 2005. The Climate Trust has set a goal of signing contracts by June 30, 2005. The selection process will involve evaluation of detailed project proposals, selection of projects, negotiation, and finalization of offset contracts.
The complete RFP is posted at
www.climatetrust.org/truckstopRFP.html