 | Welcome | |
The Center for Environment, Commerce & Energy, founded in 1985, is an environmental organization dedicated to protecting the environment, enhancing human, animal and plant ecologies, promoting the efficient use of natural resources and expanding participation in the environmental movement.
Department Of Energy Nuclear Regulatory Commission Federal Energy Regulatory Commission SENATE COMMITTEE ON ENVIRONMENT & PUBLIC WORKS SENATE COMMITTEE ON ENERGY & NATURAL RESOURCES SENATE COMMITTEE ON COMMERCE, SCIENCE & TRANSPORTATION HOUSE COMMITTEE ON ENERGY & COMMERCE HOUSE COMMITTEE ON NATURAL RESOURCES HOUSE COMMITTEE ON SCIENCE Thomas Energy User News Federal Register EPA Federal Register  Live Webcam of Washington, DC The Center is a private, non-profit, 501 (c)(3), tax-exempt organization. Contributions are tax-deductible.  CECE Organization Goals: 1. Protect the environment. 2. Promote the efficient use of natural resources. 3. Enhance human, animal and plant ecologies. 4. Increase participation in environmental movement. 5. Deliver information and services directly into communities. 6. Clean up neighborhoods by implementing toxics education, energy, water and clean air programs. 7. Include alternative points of view in environmental policy decision-making. 8. Resolve environmental issues through the application of practical environmental solutions. 1629 K Street, NW, Suite 300, Washington, DC 443-569-5102 email: CfECE@msn.com Copyright (c) 2011, Center for Environment Commerce & Energy
Environmental Programs and Goals for 2011 1. Support AAEA's Recruitment of 1 Million Members. 2. Promote Green Jobs 3. Address Racial Bias In the Environmental Movement. 4. Work for Passage of the Environmental Justice Act of 2011. 5. Promote: - Electric & Hybrid Vehicle Construction
- Photovoltaic & Wind Power Production
- Nuclear Power Plant Construction
- Uranium Enrichment
- Spent Fuel Reprocessing
- Mixed Oxide (MOX) Reprocessing.
6. Work for the passage of a practical clean air bill. 7. Work Towards Construction of Biomass Electricity Power Plants - Port Gibson, Mississippi
- Santa Catalina Island, California
- Kogelo, Kenya
8. Fight Black-on-Black Murder, Crimes & Other Black-on-Black Abuse. 9. Promote Sustainable Development and Brownfields. 10. Promote LNG Accomplishments 2010 Panelist at AABE Conference in New York Presented Statement at EPA Ozone Hearing Met with OMB on Fly Ash Presented Statement at EPA Hydraulic Fracturing Hearing Met with CEO of AREVA Visited South Africa for 9 Days Panelist at AABE Annual Conference in Columbus, Ohio Sponsored Energy Workshop at Environmental Justice Conference, Washington, DC Toured Indian Point Nuclear Power Plant in Buchanan, New York Presented Statement at NRC Hearing on Indian Point Cooling Tower Issue Presented Statement at Gulf Oil Spill Hearing, Washington, DC Presented Statement at Fly Ash Hearing, Arlington, Virginia Initiated Green Port Gibson Biomass-To-Electricity Project Presented Statement at EPA GHG Hearing in Arlington, Virginia Presented Statement Before BRC Nuclear Waste Panel, Washington, DC Toured Catalina Island For Biomass-To-Electricity Project Speaker at National Black Chamber of Commerce Fall Summit in Los Angeles Accomplishments 2009 Attended White House Bill Signing-Wilderness Bill - East Room Recruited Greater Union Baptist Church in Compton, Calif for "Compton To Catalina Program Met with EPA Administrator Lisa P. Jackson at EPA Headquarters Participated in CEQ Ocean Policy Meeting Attended National Black Chamber of Commerce Annual Conference, Washington, DC Panelist: CBC Chairwoman Barbara Lee Energy Braintrust Sponsored Energy Forum at CUNY Attended FOE President Brent Blackwelder's Retirement Party Accomplishments 2008 Presented tesimony before NRC on Grand Gulf nuclear plant proposal Presented testimony before FERC on LNG Plant in Baltimore Presented testimony before NRC on James Fitzpatrick Relicense Panelist: Eddie Bernice Johnson CBC Science Braintrust Presented testimony: NRC Hearing in Buchanan, NY on Indian Point Relicense Attended Supreme Court Oral Arguments on 316(b) Cooling Towers. Attended Lisa Jackson EPA Senate Confirmation Hearing Accomplishments 2007 | Established Midwest Office Cosponsored the State of Environmental Justice in America 2007 Conference Toured Nuclear Power Plants and Chemical Facility in China Scoped for Office in Sao Paulo, Brazil Toured Nuclear Fuel Reprocessing Facility and Nuclear Plant in France Participated in Jesse Jackson Wall Street Project Conference Presented Testimony Before Nuclear Regulatory Commission -Calvert Cliffs Host Chinese Official (Tsinghua University) Tour of Washington, D.C. Panelist at U.S. Chamber of Commerce Energy Forum | Accomplishments 2006 | Speak at National Governors Association (NGA) Energy Forum in Wilmington, Delaware. Attend CUNY Graduate School Sustainability Conference Speech at National Governors Association (NGA) Energy Forum in Wilmington, Delaware. Attend CUNY Graduate School Sustainability Conference Press Conference at Malibu Pier in support of offshore LNG facility Attended Martin Luther King, Jr. Memorial Dedication Ceremony (Met Oprah Winfrey) Speak at Black and Puerto Rican Conference in San Juan, Puerto Rico. Attend New York League of Conservation Voters Awards Ceremony Attend National Worker Coop Conference at Millenium High School in New York. National Public Radio Interview Attend U.S. Open Tennis Tournament in Flushing, New York Attend MTV Video Music Awards at Radio City Music Hall Testimony before Federal Energy Regulatory Commission on Sparrow's Point LNG Facility Panel Speaker for New York Affordable, Reliable Electricity Alliance at Energy Forum in Tarrytown, NY. Testimony Before PG County Zoning Hearing Examiner on Chillum LNG Project Speak at New York High School for Environmental Education Participate in Regional Greenhouse Gas Initiative (RGGI) Meeting in New York Attend Bronx Community College Energy Seminar Met Secretary of State Condoleeza Rice Attend Al Sharpton Martin Luther King Dinner in New York Met with Dennis R. Spurgeon (left), Assistant Secretary for Nuclear Energy, U.S. Department of Energy on the Global Nuclear Energy Partnership Attend Woodrow Wilson Bridge Dedication of the first 6-lane span Testimony before the Federal Energy Regulatory Commission in Baltimore on the AES LNG Import Terminal Proposal Speak on panel at NY AREA "Lower Hudson Energy Forum" Meet with U.S. Environmental Protection Administrator Stephen Johnson Information Booth at the 35th Annual New York State Association of Black & Puerto Rican Legislators Legislative Conference - - Albany, New York | Accomplishments 2005 Met Bruce Willis at a National Fish & Wildlife Foundation event on Randall's Island in New York. Met Spike Lee at a book signing event in Washinton, DC. Briefly discussed climate change and his planned documentary on New Orleans and Katrina. | -
-
Attended signing of the Energy Policy Act of 2005 in Albuquerque, New Mexico. -
Attended L.A. Mayor Villarigosa Inauguration at City Hall and met Arnold Schwarzenegger, Cheech Marin, and Ed Begley, Jr. Interviewed by CBS. -
Visited Catalina Island. -
Toured San Onofre nuclear power plant near San Diego. -
Toured Grand Gulf nuclear power plant in Port Gibson, Mississippi. -
Testified before Nuclear Regulatory Commission in Port Gibson, Mississippi in support of Grand Gulf nuclear plant Early Site Permit. -
Spoke on panel at Queens, New York Energy Forum. | More Accomplishments Staff - Norris McDonald, President
- Derry Bigby, Vice President
- Zhang Xiaoping
- Boaz Adhengo
- Delmetria Millener
- Joshua Ifeanyi
- Sulaiman Mahdi
- ODette McDonald
- Ronnie Jones, Attorney **
Board of Directors - Norris McDonald, Chairman *
- Eric Watford, M.D., Secretary/Treasurer *
- Clarence Williams *
- John McCormick
- Derry Bigby, MBA
- Charles Stephenson, Ex Officio, founding corporate and board member, Chairman 1985-1995
Advisory Board David Padgett, Marsha Coleman-Adebayo, Lisa Gaffney, Paul Ruffins, John McCormick, Todd Thomas, Joe Henson, Phillip Miller, George Sloan & James Ingram Former Board Members Dick Gregory (founding board member), David Hahn-Baker (founding board member), Charles Stephenson (founding board member), Bill Chandler, Shizuko Akie Dixon, Dr. Lenneal Henderson, Jannie Pittman, Frank Johnson, Dr. Ruth Logan, Charles Lee, Sulaiman Mahdi, Malik Edwards, Morning Sunday, Todd Thomas, Pat Dix * CECE Director ** CECE Attorney
|  | Pressurized Water Reactor |
|  | Boiling Water Reactor |
|  | Grand Canyon |
Wind Coal & Nuclear Power Colorado, planners calculate that if wind machines reach 20 percent of total generating capacity, the cost of standby generators will reach $8 a megawatt-hour of wind. That is on top of a generating cost of $50 or $60 a megawatt-hour, after including a federal tax credit of $18 a megawatt-hour. By contrast, electricity from a new coal plant currently costs in the range of $33 to $41 a megawatt-hour, according to experts. A megawatt-hour is the amount of power that a large hospital or a Super Wal-Mart would use in an hour.<o:p></o:p> Coal plants produce about a ton of carbon dioxide for each megawatt hour, on average, so a price of $10 a ton carbon tax would have a major impact on utility economics. <o:p></o:p> A problem for new wind or solar power lines is that they would be fully loaded for only some of the year, since the amount of energy that the average wind turbine produces over 12 months is equal to just 30 to 40 percent of the amount that would result from year-round operation at capacity. That number runs closer to 90 percent at a nuclear or coal plant. Thus a 1,000-megawatt nuclear plant will produce nearly three times as much electricity as 1,000 megawatts of wind turbines. But operating costs at the wind farm are lower, and the fuel is free. (NYT)<o:p></o:p>
ALASKA Interior Department to Open Alaskan Land to Oil Drilling January 11, 2006 - - The Interior Department has decided to open about 400,000 acres on Alaska's North Slope for exploratory oil drilling, an area that previously had been off limits because of concerns about the impact on wildlife. Officials will lease acreage in the northeastern corner of the National Petroleum Reserve-Alaska to oil companies to provide access to domestic oil supplies. They estimate it contains about 2 billion barrels of oil that is economically recoerable, along with 3.5 trillion cubic feet of natural gas. The reserve, created in 1923, is located west of the Arctic National Wildlife Refuge. Much of the 23.5 million-acre petroleum reserve already is open to oil development. The area -- particularly near Teshekpuk Lake is an area where thousands of brant geese, white-fronted geese, caribou and tundra swans. The United States consumes more than 20 million barrels of oil per day.
The Cities of Washington, DC Chlorine Flush Reduces Lead In DC Water When the Army Corps of Engineers switched from Chloramines (chlorine & ammonia) to Chlorine for the annual spring pipe flushing during the month of April, the lead levels dropped in thousands of homes. Although suspected as the source of the unprecedented lead level increases, scientists did not have direct evidence that the swithch from chlorine to chloramines as a bacterial disinfectant was the cause the lead problem. The spring flush provides direct evidence that the use of chloramines increased the lead levels. Lead levels dropped 25 to 30 percent. Levels dropped tenfold in some homes. The Corps stopped using chlorine in 2000 because it creates byproducts (trihalomethanes) that are linked to cancer with chronic exposure. The Corps is currently using chloramines and intends to use a chemical that reduces led levels, zinc orthophosphate, a corrosion inhibitor. The Army Corps will continue to see what works best while EPA will continue to monitor the results. It appears that the options are lead poisoning or cancer. It is an important balancing act. Court Rules EPA Must Enforce Clean Air Act in DC Feb 2 2004 -- The U.S. Court of Appeals for the D.C. Circuit rejected the Washington area's proposal to delay stringent controls on local ozone pollution for several years past a 1999 deadline and ordered the Environmental Protection Agency to enforce the federal Clean Air Act for the nation's capital and its surrounding communities. The court said the EPA was wrong to endorse D.C. area smog control "plans that did nothing more than promise to do tomorrow what the Act requires today." The lawsuit brought by an environmental group sought to overturn EPA's conditional approval of the D.C. plan in November 2002.and sought to have the court require EPA to impose standards that the Washington area was supposed to meet by 1999. The dispute over how quickly to impose such controls pits the region's economy against its residents' health. Ozone-forming particles in the air, caused largely in this region by vehicle exhaust are linked to asthma and respiratory ailments. EPA classified the region as being in "severe" violation of federal ozone standards in January 2003. The region had Code Red ozone violations on nine days in the summer of 2002. EPA had originally proposed giving the region until 2005 to face the act's restrictions for lowering ozone-forming particles in the area. In July 2002, a federal appeals court rejected that idea as illegal. The EPA was then sued to force them to impose standards. EPA has conceded that it was approving a nebulous promise by the region's three governments, the District, Virginia and Maryland, to meet standards that the region should have already met, and did not require them to specify their measures. Judge Merrick Garland wrote for the panel, "That amounts to nothing more than the use of EPA power to postpone deadlines. He wrote that the Clean Air Act is unambiguous and doesn't give EPA the power to reinterpret those deadlines. The Clean Air Act gave all cities until 1999 to meet standards for curtailing the amount of ozone particles, or smog, which aggravate asthma and other respiratory problems. The Washington region, including the District and 10 counties in Maryland and Virginia, had an average ozone level of 0.132 from 1997 to 1999. The federal limit is 0.12. Areas that are found to be in severe violation of the EPA standards must reduce ozone-forming emissions -- from smokestacks, factories, car exhaust pipes and other sources -- by at least 3 percent a year until they come into compliance. Anacostia's Fish Have Highest Tumor Rate In Nation
Feb 2004 -- According to a study led by the U.S. Fish and Wildlife Service and published in the scientific journal Environmental Toxicology and Chemistry, fish in the Anacostia River have the highest cancerous tumor rates in the nation. The tumors are linked to pollution caused by vehicle emissions and runoff.</NITF> Fifty to 68 percent of mature brown bullhead catfish collected in 2001 from three parts of the river in the city had liver tumors, most of which were cancerous. In addition to the liver tumors, 13 to 23 percent of the bullheads had skin tumors. The study links the liver tumors to changes in the DNA of the fish. Those DNA changes were, in turn, linked to polynuclear aromatic hydrocarbons (PAH) -- contaminants that often come from fossil fuels, most commonly in the form of settled vehicle emissions and runoff. Bullhead catfish have been analyzed by scientists as an indicator of the health of river systems for decades, mainly because the fish are bottom-feeders and burrow into the mud during the winter, increasing their exposure to sediment pollution. According to the study, scientists' rule of thumb is that liver tumor rates exceeding 5 percent qualify an area as "highly contaminated." An estimated 90 percent of its banks are developed, which means rainwater often runs over concrete and into the river without being filtered by soft ground or vegetation. Many types of PAH contaminants, therefore, can end up in the river -- vehicle emissions that have settled on the ground, engine oil, even carcinogenic particles contained in asphalt. The D.C. Department of Health has discouraged anything other than catch-and-release fishing in the Anacostia since the late 1980s and advises people not to eat bottom-dwelling fish. $100 Million Spent To Clean Spring Valley According to the D.C. Department of Health, 655 shells and 220 bottles of chemicals -- some containing mustard gas -- have been removed from the Spring Valley area, spanning about 600 acres. The neighborhood is home to more than 1,500 residential and commercial shops, American University, Sibley Hospital and 27 embassies. The Spring Valley World War I weapons dumpsite was discovered in 1993 when construction workers uncovered chemical munitions in this Northwest Washington neighborhood. Although the Army knew about about the dumpsite in 1985, it cleared the area for development. According to the Army Corps of Engineers, there are still 4,301 shells from the 1919 inventory that have not been accounted for. According to the D.C. Department of Health, a review of the drinking-water data over the last 20 years did not show arsenic concentrations that exceeded national standards. According to EPA, 92 percent of the homes in the Spring Valley area did not exhibit elevated arsenic levels and that of the remaining 8 percent, fewer than a dozen homes had high-enough levels to warrant the evacuation of residents in 2002. Residents have still complained of experiencing unexplained health symptoms such as thyroid disorders, cancers, rashes and tingling sensations in their extremities. About $85 million has been spent on the Spring Valley cleanup and testing project since 1993, including $18 million last year. It is estimated that the effort would take four more years and cost about $11 million per year.
Greater Washington Initiative DC Trees Washington, D.C.’s stock of healthy trees has been steadily succumbing to a combination of pests, disease and development. The Trees and Landscaping Office, a unit of the District's transportation division has 28 employees, including three arborists. Trees in Washington have been disappearing since the first half of the 20th century. According to American Forests, a nonprofit conservation group, Washington's tree loss is about average for large cities - - trees covered 37 percent of the city’s land in 1973 and have shrunk to 21 percent or less today. Loss of trees make the city less attractive, increases rainwater runs off the land and into streams and reservoirs instead of being absorbed into the ground, and diminishes the city's air quality. Philanthropist Betty Brown Casey endowed the city with $50 million in 2001 to preserve and restore trees. The Casey Trees Endowment Fund, administered by the Garden Club of America, is initially being used to help establish the new tree-tracking system to get information on the inventory. EPA to Change DC Air Designation The D.C. area was supposed to meet Clean Air Act standards by 1999. The agency had proposed allowing the region until 2005 to lower the amount of ozone-forming particles in the air, but a federal appellate court struck that down in July as illegal. EPA has given notice of a proposed change of classification from "serious" to "severe" in the Nov 12, 2002 edition of the Federal Register. That process, after a 30-day period for public comment, should produce a new classification by late January. The Clean Air Act gave all cities until 1999 to meet standards for curtailing the amount of ozone particles, or smog, which aggravate asthma and other respiratory problems. The Washington region, including the District and 10 counties in Maryland and Virginia, had an average ozone level of 0.132 from 1997 to 1999. The federal limit is 0.12. Areas that are found to be in severe violation of the EPA standards must reduce ozone-forming emissions -- from smokestacks, factories, car exhaust pipes and other sources -- by at least 3 percent a year until they come into compliance. The EPA had given Washington and other areas -- including cities such as Atlanta and St. Louis -- until 2005 to meet the standards, but a three-judge panel of the U.S. Court of Appeals for the D.C. Circuit struck that policy in July as "arbitrary and capricious." Once the reclassification takes effect, the region will have to write a new clean air plan and impose stricter standards for factories, plants and perhaps automobiles. Metropolitan Washington recorded its worst levels of air quality in a decade this summer, with two Code Purple days, which means the air is "very" unhealthful; nine Code Red days, the next-highest level of alert for dangerous ozone; and 19 Code Orange days, which means the air is unhealthful for sensitive groups. Electric Vehicles in DC Area According to the Electric Vehicle Association of Greater Washington, eighty-five electric vehicles are known to be operating in the Baltimore-Washington Region. Maryland does not have a Zero Emission Vehicle (ZEV) requirement such as the one in California (Cali recently backed-off of its ZEV requirement due to their electricity crisis in 2001). According to the association, the state legislature is considering various incentives for EVs and other Clean Fuel Vehicles. Many EVs in Maryland are private conversions built by enthusiasts who refuse to wait for the big car manufacturers to deliver EVs. Sheehy Ford in Marlow Heights if offering Ford Ranger EVs for lease. The Electric Vehicle Association of Greater Washington, D.C. is a non profit organization of electric vehicle owners, hobbyists, educators and enthusiasts dedicated to promoting the use of electric vehicles as an environmental and energy alternative. EVADC, formed in 1980 as a chapter of the Electric Auto Association (EAA), holds monthly meetings on the second Tuesday of each month form 7-9:30 p.m. are various locations. Currently, the club meets at the NIH Building 31 in Bethesda, Maryland. For information and directions visit their website at http://www.evadc.org Or contact EVADC President Dave Goldstein at (301)869-4954 (goldie.ev1@juno.com) or Program Chairman Charlie Garlow at garlow.charlie@epamail.epa.gov Army Corp Pollutes DC/MD and EPA Must Be Afraid of the Engineers The U.S. Army Corps of Engineers is the culprit in two serious DC pollution incidents and EPA is either assisting them or looking the other way. First, they are accused of deceiving Spring Valley residents about the presence of munitions, arsenic and mustard gas. Second, they are being investigated for dumping alum contaminated sludge into the Potomac River from their Dalecarlia Drinking Water Plant operations. EPA is accused of complicity with the Corp in the Spring Valley mess and approved the sludge mess--presumably to prevent trucks from hauling sludge through upper Ward 3 streets. EPA allows the Corps to discharge chemically treated sediment, including alum, into the Potomac River under a permit that expired in 1994. The Corps has been granted an extension while the federal government studies whether the dumpings are harmful to the river and fish, and looks into alternatives to sludge disposal. Although Maryland technically owns the river, enforcement of the Clean Water Act as the river passes through Washington is the responsibility of the EPA. The discharges contain 40,000 to 70,000 milligrams of suspended solids per liter. Virginia is allowed to discharge fewer than 100 milligrams per liter of total suspended solids and is complaining about political favoritism in enforcement of the Clean Water Act.
Area politicians are holding hearings, conducting oversight, launching General Accounting Office investigations, and pushing legislation to assist in solving these problems. Center research indicates that the toxics records of the drinking water plant are classified and exempt from Freedom of Information Act (FOIA) inquiries by EPA. West Nile Virus The number of birds in Washington, D.C. found infected with the West Nile Virus has seen a sharp increase over last year. In 2000, five (5) birds were identified with the disease. That number increased to 46 in 2001. The virus is spread through mosquitoes and causes flulike sysptoms in humans. It can be fatal to people with weakened immune systems. No people have been infected in the Washington Metropolitan Area, but the high number of crows, hawks and blue jays found dead with the virus raises concerns. Hopefully, the multimillion dollar wetlands restoration project on the Anacostia River near River Terrace and RFK Stadium will not turn into a breeding ground for mosquitoes, infected birds and West Nile Virus. Mosquitoes spread the virus from infected birds to humans, who can then develop deadly encephalitis (swelling of the brain). Most people develop only flulike symptoms and some don't get sick at all. Humans cannot pass along the virus.
The virus is named after the West Nile district in Uganda, where it was first discovered in 1937. Since then, cases have been reported in Europe, the Middle East, West and Central Asia, and the Pacific Islands, as well as Africa and North America. It was virtually unknown in the United States until New York City was stricken in a frightening summer outbreak in 1999, when seven persons died and 62 others were infected. Since the disease turned up three years ago, the virus has hit 34 states and the District of Columbia. Last summer was the most severe with 66 infections and nine deaths. So far this year (2002), Louisiana has been hardest-hit with the deaths of four persons and 58 cases of the infection. Car Pollution Monitored on Street by Sensors Washington area drivers will have their tailpipes monitored and their license plates photographed by high tech sensors and red-light-type cameras. The threat of losing federal transportation funds if pollution isn't reduced by 2005 has Washington-area officials contemplating more innovative and stringent measures than exist today. The pollution patrols begin scanning the exhaust from hundreds of thousands of area cars in March to help meet federal emissions standards. Privacy advocates see the license plate photos as an invasion, while advocates for the poor argue that people shouldn't be penalized for not being able to afford newer, less polluting cars. Heavy polluters caught by the scanners will be required to fix their cars to make them run cleanlier. Virginia's Department of Environmental Quality has hired a contractor, Environmental Systems Products (nine-month $300,000 pilot program), to use an "AccuScan Remote Vehicle Emissions Testing System" at on-ramps and other high-traffic areas. The system shoots an invisible beam of light through a car's exhaust plume to measure a range of pollutants, and a video camera records license plate numbers. Computers in a van parked nearby crunch the emissions data. Officials at will use the results to study the effectiveness of Northern Virginia's inspection program, which requires motorists to get their car exhausts checked every two years. They also hope to determine how much pollution cars are causing from Maryland, the District and elsewhere. Officials in Maryland have no plans for an enforcement or "clean screening" program, officials there said. In the spring, D.C. officials said, sensors will be deployed at city borders to target cars entering and leaving and get a clearer picture of the sources of pollution.
Crassostrea ariakensis (Chinese Oyster) September 2004 -- The National Academy of Science has called for more extensive research before Maryland environmental officials distribute, nonnative (Crassostrea ariakensis) oysters into the Chesapeake Bay. The Maryland Department of Natural Resources is completing an environmental impact statement and wants to introduce the oyster to the bay in 2005. The Maryland House Environmental Matters Committee believes that not enough research has been conducted on the species for it to be responsibly introduced into the Chesapeake Bay. Governor Ehrlich believes ariakensis are the Bay's last hope for oyster restoration. The ariakensis oysters are native to China. DNR is contracting with scientists in Maryland and Virginia to find out if ariakensis would bring in parasites or diseases or would overtake native Chesapeake oysters. Ariakensis, which have been farmed in the Pacific waters off Oregon for decades, are larger than the Bay's native oysters and reportedly grow faster. Center Supports The Intercounty Connector (While protecting wetlands in the process--People and wetlands can coexist) The environmental review for the intercounty connector has begun. We believe that the connector can be built to provide traffic relief without harming the environment. We desperately need to expedite the study so that we can begin building this important connection between Interstate 270 in Montgomery County and I-95/Route 1 in Prince George's County. Opponents say the new highway would promote sprawl, increase pollution devastate three stream valleys, parkland, wetlands, and wildlife habitat. We believe that wetlands, watersheds, flora and fauna can be protected with "a state-of-the-art, limited access east-west highway." The study should take about two years. A draft report of the study is scheduled to be issued in fall 2004. A plan should be finalized and approved by the Federal Highway Administration by summer 2005. Former Maryland Gov. Parris N. Glendening (D) canceled that study in 1997 after saying a draft report found too many environmental problems. Mirant's Chalk Point Plant Oct 2004 -- Mirant Mid-Atlantic, a subsidiary of Mirant Corp, owns and operates Chalk Point power plant located in Southern Maryland. Mirant is an Atlanta-based power generation and trading company that owns or controls 27 power plants. It was spun off in 2001 from Southern Corp., a major power supplier. Chalk Point, Maryland's largest power plant has been on and off a federal list of "high-priority violators" of the Clean Air Act. The plant was issued a notice by the State of Maryland in June 2004 for exceeding limits on sulfur dioxide, a pollutant that aggravates heart and lung problems and contributes to acid rain.
Harvard University public health researchers concluded in a 2002 report that microscopic soot-like particles from Chalk Point and four other Washington-area power plants, two of which are owned by Mirant, cause an estimated 270 premature deaths a year from heart attacks and lung disease.
Some deaths linked to Chalk Point and the other plants could be prevented if the utilities install modern pollution control equipment. One of the most effective controls, scrubbers, are tall silos lined with shower heads that spray a mixture of water and limestone into exhaust to remove sulfur dioxide and soot-like particles. Adding scrubbers at Chalk Point could cost at least $100 million.
Mirant recently applied for state permits for installation of a $25 million device at Chalk Point by June that would inject ammonia to reduce by half the plant's emission of nitrogen oxides. Chalk Point also participates in a regional emissions trading program expanded this spring by the Bush administration. It paid for the right to exceed federal limits for nitrogen oxides by 57 percent last year, according to EPA.
Mirant has been in Chapter 11 bankruptcy since July 2003, and owes $35 million in delinquent taxes to Prince George's, Charles and Montgomery counties, according to those governments. The company's business practices are being investigated by the U.S. Justice Department and the California attorney general. Prosecutors are probing allegations that the company used illegal, Enron-like trading strategies that caused "extensive manipulation of the California energy market," according to California officials and a report filed by the company with the Securities and Exchange Commission.
Mirant bought Chalk Point and three other Washington area power plants in July 2000 from PEPCO. Chalk Point pollutes more than plants with new generators because it is powered in part by two 1960s coal-fired steam boilers. Because they were built before the passage of the federal air pollution law in 1970, the EPA granted a "grandfathered" status, which means Chalk Point does not immediately have to install emission controls required for new plants. Late in the Clinton administration, the EPA concluded that several utilities had been ignoring a 1977 amendment to the air pollution law that required grandfathered plants to add modern pollution controls when they made improvements beyond "routine maintenance."
Electric Vehicles ARE America's Future America's 230 million residents need to be convinced that our 200 million petroleum powered vehicles need to be replaced with electric vehicles within the next 20 years. We cannot continue to use 18 million barrels of oil every single day. We cannot afford the risks associated with importing half of our daily requirement, especially from questionable and potentially dangerous sources. We do not need to go to war over oil. Asthma is killing urban and suburban residents. Smog from cars is a very large contributor to this problem. Approximately 150 million Americans are breathing unhealthy air. We can maintain our rush hour rate and achieve clean air during our summers with electric vehicles. A new Clean Air Act should guarantee that Americans will breathe air that the cannot see. Hopefully, the next Microsoft or AOL/TimeWarner will be an electric vehicle company. Hopefully, small business opportunities will flourish within this framework. Hopefully, America will pursue this goal with military zeal. Electric vehicle contacts: Toyota Prius $20K 48MPG The Prius combines a 70-horsepower, 1.5-liter four-cylinder gasoline engine with a 33-kilowatt (44-horsepower equivalent) electric motor. It is a parallel hybrid system. Power is sent to the front drive wheels via the engine, the electric motor or a combination of both, depending on vehicle speed and load. Stop-and-go urban traffic normally consumes more fuel than highway driving. Prius' non-polluting electric motor takes over in city traffic. The gas engine shuts down when the car stops for a red light or stop sign. The car restarts, using the battery, when the accelerator is depressed. The gasoline engine operates at highway speeds. The Prius cuts wasteful fuel consumption and tailpipe pollution emissions. It excels in fuel economy in the city. Prius' Manufactured Suggest Retail Price is $20,450 and gas mileage according to the 2001 EPA estimate is 52/45/48 city/highway/combined MPG. Hydrogen Fuel Cell Electric Vehicles General Motors - Autonomy No engine, no transmission, no drive train. Just choose a chasis and put it on top. We believe that a combination of hydrogen fuel cell and other types of electric vehicles should power America’s vehicles within the next 20 years. Fuel cells use stored hydrogen and oxygen from the air to create electricity, and the only emission from engines they power is water vapor. There should be a crash program to replace our current fleet (we get about 10 million vehicles replaced each year). Of course, many Automakers and Americans are going in the opposite direction and are producing and buying sports utility vehicles for their bulk and perceived safety. The Bush administration recently announced that it is promoting hydrogen-based fuel cells to power the cars of the future. Fuel cell vehicles are not expected to be on the road in significant numbers for quite some time. Establishing a fleet of vehicles that would run on fuel produced in limitless quantities at an on-site station (U.S. Postal Service) or on vehicles that can be refueled (taxi cabs) or have low range requirements could be a competitive economic investment soon. In principle, a fuel cell operates like a battery. Unlike a battery, a fuel cell does not run down or require recharging. It will produce energy in the form of electricity and heat as long as fuel is supplied. A fuel cell consists of two electrodes sandwiched around an electrolyte. Oxygen passes over one electrode and hydrogen over the other, generating electricity, water and heat. Hydrogen fuel is fed into the "anode" of the fuel cell. Oxygen (or air) enters the fuel cell through the cathode. Encouraged by a catalyst, the hydrogen atom splits into a proton and an electron, which take different paths to the cathode. The proton passes through the electrolyte. The electrons create a separate current that can be utilized before they return to the cathode, to be reunited with the hydrogen and oxygen in a molecule of water. A fuel cell system which includes a "fuel reformer" can utilize the hydrogen from any hydrocarbon fuel - from natural gas to methanol, and even gasoline. Since the fuel cell relies on chemistry and not combustion, emissions from this type of a system would still be much smaller than emissions from the cleanest fuel combustion processes. The Bush administration is turning its back on automobile fuel economy standards and does not appear to have a practical plan for the next 10 years. The auto industry has steadily resisted government-mandated increases in fuel economy. Government standards require each automaker's cars to average 27.5 miles a gallon and light trucks — including pickups, minivans and sport utility vehicles — to average 20.7 miles a gallon. The average fuel economy of cars and trucks for sale in the United States now gets the worst gas mileage in 21 years. The Bush administration decided to kill a $2 billion fuel economy program being developed by the Clinton/Gore administration. The carmakers all developed prototype vehicles that got at least 70 miles a gallon, and the project nurtured advances in aerodynamics and lighter composite materials now used in auto manufacturing. But none of the Big Three came close to commercial production of an 80-mile-a-gallon car. Fuel-cell powered vehicles, such as this prototype from Daimler Benz, may soon be providing cleaner, more energy efficient transportation. Hydrogen is the ecologically and technologically logical fuel right now for fuel cell cars, but it could take a long time to get a consumer distribution system in place. Hydrogen will require an entire new fuel distribution infrastructure. Hydrogen gas stations would require no fuel deliveries if electricity is produced from photovoltaic cells and water is converted to hydrogen to recharge their storage tanks. Hydrogen can be made from electricity and water. Hydrogen fuel can be ecologically produced in limitless quantities. Distributing and stockpiling huge amounts of highly pressurized hydrogen should not be that much different from gasoline. Hydrogen is explosive and is perceived as being dangerous. Hydrogen is stored under great pressure, 3600 and 5000 PSI in the big tanks, 7000 PSI in the smaller distribution tanks. When hydrogen burns, it leaves no trace in the air, except for a bit of water vapor. Most of the supposed problems with hydrogen are based on a public perception that it is much more dangerous that it really is. The only real problem is the pressure that's involved, and that's not a problem with proper tanking systems. Hydrogen would ignite easier than gasoline but the flame would go upwards and wouldn’t saturate and burn like gasoline. Notwithstanding the cost of building an entire fuel infrastructure for hydrogen, the biggest problem hydrogen fuel has may end up being a public perception that it is too dangerous to handle. People think of the Hindenberg and Hydrogen bombs.
Regional Transmission Organizations RTOs are just what the name implies: a fusion of organizations that control regional transmission of electricity. RTOs are a spin off of electricity deregulation. It will be interesting to see how RTOs develop and operate now that deregulation has stalled or is dead. It is complex. Many utilities divested their generating assets to get deregulation. Many utilities also formed subsidiaries and placed their generating assets there. They can probably reintegrate generating back into their corporate structure without much effort. If states, cities and regions return to the monopoly model, it will defeat the very idea of regional transmision organizations. RTOs were intended to make the distribution of electricity more effective and efficient in a national deregulated electricity market. Last summer, following a Federal Energy Regulatory Commission (FERC) directive, the formation of five Regional Transmission Organizations (RTOs) covering the entire United States including one that would merge Philadelphia, New Jersey and Maryland (PJM) with the Independent System Operators (ISOs) serving New York and New England were eagerly anticipated by some and feared by others. * PJM successfully expanded to include PJM West on April 1, 2002. * The Northeast RTO proposal imploded, the result of real issues and unreal idiocy. On April 1, 2002, PJM West became operational when Allegheny Power was incorporated into PJM operations. PJM now manages the APS transmission system and the dispatch of generation within the APS control area. the PJM market has been expanded to include the APS areas in Pennsylvania and large portions of West Virginia, Maryland, Ohio and Virginia. The area of northern NJ controlled by Orange and Rockland transferred from NYISO to PJM as well, so all of NJ is in PJM.
It's also the first time that an integrated energy market and congestion management system has operated under a single governance structure across different North American Electric Reliability Council areas. The single, larger energy market has a common transmission tariff, business practices and market rules, eliminating seams issues between APS and PJM. While PJM West includes only the APS system at this time, it was developed to accommodate the inclusion of other control areas in the future. The next to join PJM West is expected to be Duquesne Light, serving the Pittsburgh region. When FERC released Order 2000, the Commission envisioned a single Northeast RTO, or NERTO, as a result of combining ISO New England (ISO-NE), New York ISO (NYISO), and PJM. FERC sponsored a 45-day-long marathon of talks in Washington, D.C. with representatives from each of the ISOs as well as market participants from each area. The plan was to identify best practices from each ISO, then meld them together into one organization. The effort imploded. What was at stake? A study commissioned by Mirant Energy subsequently estimated that a combined NERTO would have offered yearly savings in the vicinity of $440 million, largely the result of cheaper generation from areas like western PA being made more readily available to load located on the coast, particularly places like NYC, where the cost of generation is higher. Another study later done by PJM itself came up with more detailed numbers. PJM's study looked at differing scenarios, but the chart in the attached document offers numbers based what PJM thought would be the most likely outcome of a combined Northeast RTO. By PJM's best estimate, load (i.e. consumers) across the three regions combined would save approximately $299 million. However, this savings would not be evenly spread across the regions. In fact, while New York consumers would save $432 million, New England consumers would actually pay $62 million more and PJM consumers would pay approximately $71 million more. Generation owners in PJM and New England would see increased operation costs of $252 million and $166 million respectively, but they would also respectively see a $511 million and $324 million increase in revenues, or about twice the increase in their costs. So, if you combine the numbers for the three areas, there is a net benefit The ISO-NE/NY/PJM process fizzled for a few reasons. PJM felt that in order to properly implement the systems they would need to maintain a degree of control over the board and wanted at least half of all board members to be from PJM (the proposal was five PJM board members, three from NYISO, and two from ISO-NE). The other ISOs wanted equal board representation. Also, the FERC directive that PJM be used as the baseline while incorporating best practices from NY and ISO-NE resulted in numerous disagreements about what represents best practices.
Additionally, the NYISO transmission owners were concerned about PJM's ability to effectively model the NYISO system for reliability purposes and the possible economic impact of the merger. The initial savings analysis performed by LECG (The lead consultant for the NYISO) showed limited savings through the merger and higher costs in the NYISO. Perhaps less conclusively, it appears difficult to ignore the table above. Among consumers, New Yorkers would gain big time. Among generators, New York generators would lose big time. Anyone participating in the talks could also palpably assess fears about job security in the NY and ISO-NE organizations. Apart from the merger itself and the intentional administrative efficiency of the larger system, there was little love lost between the ISO personnel, and there was a reasonable fear that a number of staff would be shown the door had PJM taken control. But PJM is hardly willing to play the jilted partner. PJM has bid to run the SeTrans control area that covers the southeastern portion of the country, and of far greater import, PJM is in serious discussions with the Midwest ISO (MISO) and the Southwest Power Pool (SPP) which were already in the process of merging with each other. They envisioned the creation of a common, centrally dispatched market that would cover a huge portion of the US, reaching in places to the Atlantic, the Rockies, Canada, and towards Mexico. Under the PJM/MISO/SPP proposal, the yet-to-be named MISO/SPP organization would remain a separate organization from PJM with its own governance, ancillary markets, and tariff, although the MISO/SPP tariff and PJM's tariff would be very similar. The common portion would, at minimum, constitute shared energy and transmission rights markets. These common markets would then operate under one centralized dispatch. Implementation of these common markets would occur in three stages: 1) Midwest ISO and the Southwest Power Pool will complete their merger and launch real-time energy markets as well as congestion management markets (i.e. FTR markets). PJM would develop a spinning reserve market. Achieved by second quarter, 2003. 2) The combined MISO/SPP would add day-ahead energy and ancillary services markets. A shared interface would be created, facilitating data sharing and interactive functions and allowing market participants to deal in either the MISO/SPP or PJM markets. Each area would still maintain separate tariffs and the LMP and FTR engines remain separate. Achieved by second quarter, 2004.
3) The MISO/SPP and PJM markets would be integrated with one LMP engine and one FTR engine. Integrated web-based user interface would be created. Regional planning and ancillary services markets and tariffs would remain separate. Former Alliance members would be included as part of the market. Achieved by second quarter, 2005. A full cost/benefit analysis of this venture has not yet been done, although one similar to the PJM study for NERTO is being planned. There are several reasons why the large RTO may work in the west while it died in the east. First and foremost, while PJM is an up-and-running RTO, MISO is just getting started. There are no existing systems for centralized dispatch in either the SPP or MISO. Limited staffs manage RTO-type activities in these regions. The fear of job loss is minimal. The power of "our way is better" reality or hubris is weak. The cost for transmission owners to build a new management system in MISO and SPP would be very high, and PJM is willing to provide a good deal of the system costs. The costs and benefits for regions and interests are likely to be more balanced in the west than in the NERTO proposal. In particular, generation owners appear to see expanding liquidity and new markets and are not focusing just on modeling price differentials and protecting existing markets. Power marketers may have some reduced opportunity to arbitrage markets, but in general have supported more consistent rules that this merger will provide. There are, however, pitfalls. In NERTO, it took only a few state regulators to stake out claims. The PJM/MISO/SPP proposal covers many, many states. State regulators will lose some of the influence they have had to date in generation planning and rates. PJM could insist on the continuation of installed capacity costs or impose them to the west, even though these regions have done fine on reliability without ICAP. In the end, although following a different course, the RTO effort is still going strong. The effort was given a further boost by the FERC-sponsored "Economic Assessment of RTO Policy," released on February 26, 2002 by ICF Consulting. The study concluded that the net benefit of RTO formation to the nation would be anywhere from $1 billion to $10 billion per year, depending on the number of RTOs that ultimately form, and other factors, including the degree of demand response enabled by RTOs.
--------------------------------------------- Source: E-Cubed is available for reprint in newspapers and other publications. PennFuture (http://www.pennfuture.org), with offices in Harrisburg, Philadelphia and Pittsburgh, is a statewide public interest membership organization, which advances policies to protect and improve the state's environment and economy. April 10, 2002, Vol. 4, No. 7
Sediment Sampling Program Completed for the Season
Field crews working for the General Electric Company (GE) started the process of collecting approximately 30,000 sediment samples from the Upper Hudson in early October. The two-year sediment sampling program will provide information needed to design the cleanup plan for the Hudson River PCBs Superfund site. Data from the sediment sampling program is necessary to determine the precise areas of the Upper Hudson between Fort Edward and the Troy Dam that require dredging.
Between October 3 and November 1, more than 5,500 samples were collected from approximately 1,000 locations. This represents approximately 20% of the total sample locations. Core tubes are used to collect sediment samples. On October 31, core collection was suspended for the season due to safety concerns associated with cold weather conditions. EPA, the U.S. Army Corps of Engineers (USACE) and its contractors, and the New York State Department of Environmental Conservation (NYS DEC) oversaw the sediment sampling operations.
GE will begin to collect the remainder of the 30,000 samples in the Spring. The analysis of samples collected during October 2002 is on-going. The results of the 2002 sampling will be available in the Spring.
Boat Trips for Media Conducted during Sediment Sampling: On October 9th EPA conducted a boat tour of the Upper Hudson sediment sampling effort for members of the media. Television stations representing major network affiliates and print reporters attended. The participants were taken to several sediment sampling (coring) locations on the river where coring boats were taking samples from the river bottom. Television cameras and print photographers were able to get closeups of the coring process while EPA, USACE and GE representatives provided a play-by-play description. Sediment Processing/Transfer Facility Siting Process Initiated EPA's cleanup plan for the Hudson River PCBs Superfund site calls for the dredging and removal of approximately 2.65 million cubic yards of PCB-contaminated sediments from the Upper Hudson River. Specialized facilities (sediment processing/transfer facilities) that will be used to dewater, process and transfer the dredged sediments are a crucial part of the cleanup. Sediment Processing/Transfer Facilities Will Perform Several Major Functions:
o Transferring sediment from the edge of the river to the processing area; o Sediment processing, including the removal of water (dewatering) and stabilization; o Treating the removed water, and o Transferring stabilized sediment to trains or barges for transport to licensed, off-site disposal facilities or for beneficial use. EPA has retained Ecology & Environment, Inc. (E&E), headquartered in New York State, to assist the Agency in identifying potential sites for sediment processing/transfer facilities. As an initial step, E&E prepared the Hudson River PCBs Superfund Site Facility Siting Concept Document, December 2002. The Concept Document identifies the criteria and process that will be used in selecting the sediment processing/transfer facility locations. THE FACILITY SITING PROCESS:
o Development of criteria for guiding the facility siting and decision-making process; o Process established for identifying, screening, recommending, and selecting locations; o Public input solicited; o Identification of preliminary candidate sites using engineering criteria; o List of preliminary candidate sites released to the public for input; o Identification of final candidate sites by screening and evaluating preliminary sites using engineering criteria and additional environmental and quality of life considerations; o List of final candidate sites released to the public for input; o Site-specific field evaluations (environmental and engineering feasibility investigations) conducted on each of the final candidate sites; o Preparation of field investigation reports; o Announcement of recommended site(s) to the public; o Public meetings and comment period; o Final site(s) selected; and o Report issued documenting the facility siting process, rationale used to screen and evaluate preliminary and final candidate sites, identification of selected site(s), and reasons for the decision. Details of the facility siting process and criteria can be found in the Concept Document and in the Project Update: Facility Siting, December 2002, both of which are available on-line at www.epa.gov/hudson or by contacting EPA at (518) 747-4389 and requesting a copy. E&E also is developing a base Geographical Information System (GIS) map of the facility siting study area to be used in the siting process. This map will include information from federal and state databases (e.g., roads, railways, hazardous waste listings, and endangered species listings) and local land use and tax parcel data from the four Upper Hudson counties within the facility siting study area (Washington, Saratoga, Rensselaer, and Albany Counties). Engineering Performance Standards: The ROD calls for peer review by independent scientists of the dredging resuspension, residuals, and production rate performance standards and the attendant monitoring program, and a second peer review of the report prepared after the end of the first phase of dredging; it will evaluate the dredging with respect to these performance standards. The dredging will be conducted in two phases. The first phase will be the first construction season of dredging. The dredging during that year will be implemented initially at less than full scale operation. It will include a monitoring program of all dredging operations. During the second phase of dredging, conducted at full- scale, EPA will continue to monitor, evaluate performance data and make necessary adjustments.
Engineering Performance Standards:
Resuspension Performance Standard: Intended to guide the monitoring and control of PCB releases during dredging operations.
Residuals Performance Standard: Will provide a basis to assess compliance with the target PCB concentration for the dredged river bottom following completion of dredging.
Productivity Performance Standard: Will propose a reasonable and achievable production rate and/or volume for the dredging of contaminated sediments from the Upper Hudson River.
DEVELOPING ENGINEERING PERFORMANCE STANDARDS:
o Development of preliminary draft engineering performance standards; o Preparation of a document describing each preliminary draft engineering performance standard; o Submittal of the preliminary draft engineering performance standards document for public review and comment; o Development of revised draft engineering performance standards, taking public input into consideration; o Revised draft engineering performance standards submitted to an independent peer review panel; o Peer review panel meeting and evaluation of revised draft engineering performance standards; o Peer review panel conclusions and recommendations submitted to EPA; o Final engineering performance standards developed, taking into consideration the conclusions and recommendations of the peer review panel; o EPA review and, as necessary, adjustment of the final engineering performance standards prior to commencement of Phase 1 dredging operations; o Implementation of Phase 1 dredging operations and attendant monitoring program; o At the end of Phase 1 dredging, preparation of a report evaluating the dredging based on the final engineering performance standards; o Release of Phase 1 monitoring data and submittal of Phase 1 report to the public and peer review panel; o Peer review panel report containing conclusions and recommendations; o If necessary, EPA revision of final Phase 1 engineering performance standards; and o Final Phase 2 engineering performance standards issued by EPA.
DEVELOPING QUALITY OF LIFE PERFORMANCE STANDARDS:
o Approach for development of quality of life performance standards defined by EPA; o Fact sheet on quality of life performance standards submitted to the public for input; o Development of draft quality of life performance standards; o Public input on draft quality of life performance standards; o Final quality of life performance standards for Phase 1 dredging operations developed, taking into consideration public input on the draft standards; o Implementation of Phase 1 dredging operations and attendant monitoring program; o Public input on Phase 1 dredging operations and monitoring data; o If necessary, EPA revision of final Phase 1 quality of life performance standards; and o Final Phase 2 quality of life performance standards issued. Draft Community Involvement Plan Under Development
EPA is being assisted in developing a new community involvement plan for the Hudson River PCBs site by Marasco Newton Group, Ltd. (MNG), an independent firm hired by EPA. Input from community interviews and community workshops conducted by MNG was used in its development of recommendations for the new community involvement plan. These recommendations are presented in the Stage 2 Report and Recommendations, December 2002, which was issued by MNG on December 16, 2002 and is available by contacting EPA at (518) 747-4389 and requesting a copy.
Marasco Newton's Stage 2 Report and Recommendations presents three types of recommendations on community involvement:
- Principles of rigorous and meaningful public participation for guiding community involvement activities; - Key Elements for a community involvement program that define the important activities to be implemented through EPA's Community Involvement Plan; and - Recommended Approaches to implement the key elements of community involvement.
A draft Community Involvement Plan (CIP) is in the final stage of development. The CIP will serve as the blueprint for public participation throughout design and dredging operations and will be released by EPA for public review and comment quite soon. A 30-day comment period on the draft CIP will be held, during which we will hold public meetings and availability sessions to discuss the draft CIP, answer questions and listen to the community's comments.
Contacts & Feedback:
If you have comments on this progress report, or have suggestions for future progress reports, please contact David Kluesner, Community Involvement Coordinator, U.S. EPA, Region 2, at (212) 637-3653 or e-mail at kluesner.dave@epa.gov.
EPA Hudson River Field Office: 421 Lower Main Street, Hudson Falls, NY 12839 (518) 747-4389 Business Hours: Monday - Friday 8:00 AM - 4:30 PM (evening hours by appointment) hrfo@capital.net
N.G. Kaul, Director, Hudson River Field Office Leo Rosales, Community Involvement Coordinator Danielle Adams, Office Manager (Ecology & Environment) Mary Harrington, Administrative Assistant (Ecology & Environment)
Hudson River PCB Removal SEDIMENT SAMPLING PROGRAM
The sediment sampling program conducted by the General Electric Company (GE) for the Hudson River PCBs Site remedy is coming to an end for this season. The results of the 2002 sampling and the report summarizing that work will be available next Spring 2003. SEDIMENT PROCESSING/TRANSFER FACILITIES
The U.S. EPA (EPA) has retained Ecology & Environment, Inc. (E&E) to assist EPA in identifying potential sites for sediment processing/transfer facilities. E&E is preparing a report for EPA that identifies the criteria and process that will be used in selecting the sediment processing/transfer facility locations. This report will be made widely available to the public. In the coming weeks, EPA will schedule public sessions in the Upper Hudson to explain and answer questions about the selection process and engineering criteria. COMMUNITY INVOLVEMENT PLAN (CIP)
Marasco Newton Group, Ltd. (MNG) an independent firm hired by EPA, is developing a Stage 2 report based on interviews conducted with a wide range of stakeholders that will contain recommendations on community involvement and outreach. We expect this report to be submitted to EPA and made available to the public by late November. Based on this report, a draft Community Involvement Plan (CIP) will be prepared by MNG and submitted to EPA. Shortly thereafter, EPA will release the Draft CIP for public review. The Agency will accept public comments on the plan for 30 days following its release. EPA will conduct public availability sessions during the comment period.
August 27 Community Workshop on Developing the Hudson River PCBs Site (Dredging Project) Community Involvement Plan The Marasco Newton Group, under contract with EPA, has initiated the second of three stages involved in preparation of a draft Community Involvement Plan for the Hudson River PCBs site. Stage One consisted of community interviews - the Stage One summary report on community interviews is available at www.epa.gov/hudson. Stage Two consists of facilitated community workshops. The first community workshop, which was held on July 15, 2002 in Schuylerville, New York, focused on principles for community participation and communication, input, and information methods - the workshop summary is available at www.marasconewton.com/hudsonriver. Please contact the Marasco Newton Group at 1-800-480-9058 or send an e-mail to: stage1comments@marasconewton.com if you are interested in participating in the August 27 workshop. If you have any questions or concerns, please contact EPA's Hudson River Field Office at (518) 747-4389. EPA's HUDSON RIVER PCBs SITE FIELD OFFICE OPENS JUNE 4, 2002 EPA has opened its Hudson River Field Office located in Fort Edward, New York. The field office will serve as a base for Upper Hudson community involvement activities, providing the public the opportunity to regularly interact with an on-site EPA senior manager and other staff and to get information and provide input on the design and cleanup plans for the site. N.G. Kaul serves as EPA's Director of the Hudson River Field Office. Kaul will be assisted full- time in the field office by Leo Rosales, EPA's Fort Edward-based community involvement coordinator who is joining our Hudson River team on June 17. Members of the public are invited to stop by during business hours, no appointment necessary, or write, fax, or send e-mails to the field office director at kaul.ng@epa.gov Address/Phone/Fax/Business Hours: U.S. Environmental Protection Agency Hudson River Field Office 421 Lower Main Street Hudson Falls, NY 12839 General Business Hours (unless otherwise noted): Monday through Friday 8:00 AM - 4:30 PM Phone: (518) 747-4389 Fax: (518) 747-8149 E-Mail: kaul.ng@epa.gov Developing a Community Involvement Plan: Stage One - Community Interviews & Summary (Nearly Complete): As we announced several months ago, EPA has hired Marasco Newton Group (MNG) to develop a new community involvement process for the design and cleanup of the Hudson River PCBs site. Adam Diamond serves as the overall project manager for MNG. Douglas Sarno, with The Perspectives Group, a subcontractor to MNG, assists Adam as the public participation manager.
By the end of May, approximately 120 interviews with stakeholders were conducted by MNG to assess priority concerns and solicit suggestions for a new public participation process. The information gathered during these interviews will be used as a basis for consensus-building work sessions involving EPA and groups and individuals representing key stakeholder groups. The Stage One report summarizing the interviews is currently being prepared by MNG and will soon be made available to the public.
Stage Two - Consensus-Building Work Sessions and Summary: MNG will bring together EPA and representative stakeholders in a series of facilitated work sessions, using the results of Stage One community interviews to develop consensus on what should be contained in the new Community Involvement Plan. Stage Two work sessions should be completed in July. A report on Stage Two results will be made available to the public.
Stage Three - Preparation of the Draft and Final Community Involvement Plans: Information from the Stage One interviews and Stage Two consensus development work sessions will be used to prepare a draft Community Involvement Plan, which will be submitted to the public for comment. The final Community Involvement Plan will serve as the blueprint for public participation throughout the design and cleanup and may periodically be updated, as needed, to meet the changing needs of the public. The Community Involvement Plan is scheduled to be final by the end of August 2002.
Ongoing Community Involvement Activities:
o Concurrent with MNG's work toward development of the Community Involvement Plan, EPA will continue its community outreach work, keeping the public informed of and involved in site activities. o EPA representatives will continue to attend local meetings to provide information and answer questions about site activities. Meetings attended by EPA in May included the Washington County Board of Town Supervisors, Saratoga County Board of Town Supervisors, Hudson River Task Force and Town of Fort Edward Board; o Public availability sessions are planned for the community. Two public availability sessions to discuss activities at the site are tentatively scheduled to be held in Fort Edward and in the Poughkeepsie area later in June. Details on the locations, dates and time are currently under development and will be announced soon. Remedial Design Work: Since Design & Cleanup Progress Report Number 1 was issued on April 23, 2002, aerial photography flyovers in the Upper Hudson area have been completed. The results of the aerial photography and associated ground surveys are currently being used to generate base maps of the river shoreline. Field crews will be in the upper Hudson this summer to collect thousands of sediment core samples in and along the river. The results of this sampling program will serve to verify and further refine the dredging locations. Before sampling begins EPA will prepare and distribute fact sheets that discuss sampling details, and there will also be public availability sessions. The inter-laboratory comparison evaluation study required the collection of what are referred to as performance evaluation samples. GE collected these samples from the Hudson River in three locations north of the Thompson Island Dam, between Snook Kill and Moses Kill. The resulting data and data packages will be compared between laboratories for consistency and adherence to the packaging requirements. Contacts & Feedback: If you have comments on this progress report, or have suggestions on future progress reports or fact sheets, please contact David Kluesner, Community Involvement Coordinator at (212) 637- 3653 kluesner.dave@epa.gov or N.G. Kaul, Director of the Hudson River Field Office at (518) 747-4389 kaul.ng@epa.gov
CAFE Dec 2002 The Bush administration endorsed a National Highway Traffic Safety Administration (NHTSA) proposal for increasing the mileage fuel economy standards (corporate average fuel economy or CAFE) for light trucks by 1.5 miles per gallon over three years. The requirement, covering sport-utility vehicles, minivans and pickup trucks, will begin with the 2005 model year and increase the average standard for such trucks to 22.2 miles per gallon in the 2007 model year. NHTSA believes it will save 2.5 billion gallons of gasoline. The average standard for other passenger cars is 27.5 miles per gallon and 20.7 for light trucks, SUVs, and minivans across a manufacturer's product line. The change will take effect after a 60-day comment period. Congress has routinely imposed a freeze on CAFE rulemaking. Last year, Congress, at the request of the Bush administration lifted the freeze, enabling NHTSA's proposal. Utility Industry Status Circa 2002 Allegheny Energy Inc. in Hagerstown, Md., didn't have the funds to meet collateral demands on its trading operations and defaulted on some contracts. That put the company in technical default on major bank loans and now the company is in do-or-die negotiations with its lenders to refinance $1.3 billion in secured debt and $700 million in working capital. Led by Enron, most of the industry adopted "fair value" or "mark-to-market" accounting rules, which permitted them to use current energy prices to record the value of long-term energy supply contracts as current income. That worked handsomely for the traders when energy prices spiked in 2000, but not since power prices fell in the summer of 2001. Now the accounting industry has decided to bar the practice for energy supply contracts. Companies can record income only when power is delivered. The change will further weaken the financial position of some companies that traded heavily, creating a greater risk of loan defaults. Southern Co. in Atlanta, Consolidated Edison in New York, FirstEnergy Corp. based in Akron, Ohio, and Exelon Corp. in Chicagoare long-established energy companies that have kept large transmission networks, low-cost generating plants or both. As power distributors to multi-state franchises of households and businesses, they are assured of a steady stream of customers' cash -- enough to comfortably manage dividend payments. The Washington area's biggest power supplier, Potomac Electric Power Co., sold its generating plants in preparation for electricity deregulation in the capital region, and its business also rests on a large distribution franchise. Constellation Energy, which owns generating plants and the Baltimore Gas & Electric Co. distribution network, has climbed back to within 25 percent of its 2002 high mark. In the middle group are AEP and Duke Energy in Charlotte -- diversified power companies with solid franchises that also dove into the power-trading business. AEP and Duke's shares are still down by more than 40 percent from 2002 peak levels. At the bottom of the Dow utility index are two companies, TXU Corp. in Dallas and AES Corp. in Arlington, hit hard because their investments in foreign power operations have gone bad. They are down more than 75 percent from 2002 stock price peaks. Just yesterday, Standard & Poor's warned that if AES is unsuccessful at refinancing $2.1 billion in debt by Dec. 15 it could be forced into a bankruptcy reorganization. A third group of companies -- Southern's spinoff Mirant Corp. in Atlanta; Reliant Resources Inc. in Houston, and Williams Cos. in Tulsa -- took the biggest gambles on deregulation, buying power plants and launching costly trading operations. With their revenue withered and big debts coming due, the companies are struggling to survive. Source: Washington Post, Nov 12, 2002 FERC Lacks Legal Authority According to the investigative arm of Congress, the General Accounting Office (GAO), the Federal Energy Regulatory Commission (FERC) doesn't have the staff or authority to effectively oversee the transition of our nation's regulated energy markets to competitive markets. From Enron to the California energy crisis of 2001, FERC has been outmanned and outgunned. According to the GAO report, FERC is constrained--having to divide its limited resources between its traditional cost-of-service regulation and the emerging competitive markets. FERC regulates interstate energy sales. The report notes that FERC has not adequately revised its regulatory and oversight process to respond to the new market structure. The report continues that "FERC is attempting to develop an approach for competitive markets using legal authorities that were enacted primarily when the energy industries were regulated monopolies." FERC cannot levy significant civil penalties to punish rule violations or to discourage noncompetititive behavior. Senator Feinstein has introduced legislation to empower FERC to levy fines of up to $1 million on traders manipulating electricity prices. This authority is much higher than current fines. The legislation also gives FERC authority to hire more accountants, lawyers and other professionals to oversee complex trading practices. Finally, new regional transmission organizations (RTOs) will have to establish independent units to assist FERC with monitoring their activities. Energy Traitors and Energy Traders Power-trading companies like Enron, Dynegy, the Williams Companies, El Paso Corporation and Reliant Resources Inc. have threatened the viability of electricity deregulation and general energy trading. This is unfortunate because appropriate deregulation and trading will be very good for the American way of life. Fortunately, the market has disciplined these companies through investor devaluation of their portfolios and credit rating agencies have lowered their ratings. Unfortunately, many of these companies are now viewed as having heavy debt burdens and weak cash flows. Until recently, power trading produced big profits on paper, but the profits were imaginary because revenue from power contracts 10 or 20 years in the future were credited immediately under creative mark-to-market accounting used by the industry. The harsh disciplining of creative companies should motivate future energy traders to operate more accurately and openly. Trading should be standardized, predictable, and understandable and trading companies should be readily transparent. The future of power companies’ stocks is now at the mercy of decisions by the credit rating agencies and the Federal Energy Regulatory Commission. FERC is now demanding that power traders file information about trading prices, volumes and dates of transactions each quarter. The increased scrutiny of the power industry has already fostered greater disclosure among the companies. More power traders are turning to the New York Mercantile Exchange to use its clearing services for trades. Because the exchange, unlike online trading platforms, is regulated by the federal government, companies there have to provide more information about their deal-making and must agree to be monitored daily by an oversight unit at the exchange. It remains unclear what, if anything, regulators and the industry authorities can do to return credibility to power trading. Congress is deadlocked in a partisan fight over post-Enron changes. Fortunately, the marketplace is a harsh disciplinarian. Traitors will be executed.
Senate Energy Committee Passes Energy Bill The Senate Energy & Natural Resources Committee approved S.14, comprehensive energy legislation (The Energy Policy Act of 2003) by a vote of 13-10 on April 30, 2003. Consideration now moves to the Senate Floor. Upon passage, a House/Senate conference committe will reconcile the legislation. House Approves Energy Bill The U.S. House of Representatives voted 247-175 to pass H.R.6, the Energy Policy Act of 2003, on Friday, April 11, 2003. The energy plan increases domestic energy supplies; renews and enhances the energy delivery infrastructure; increases energy efficiency and conservation efforts; and provides energy assistance to America's most poor families (a provision making available to the Low Income Home Energy Assistance Program (LIHEAP) the expected $2.1 billion in revenue from ANWR). - An amendment that would have required higher fuel economy standards for cars and light trucks was defeated.
- An amendment (Markey Amendment) that would have prevented energy exploration and production in Alaska's Arctic National Wildlife Refuge was also defeated (By a vote of 197-228). The U.S. Geological Survey estimates there are up to 16 billion barrels of recoverable oil present.
- Amendments aimed at stripping from the bill important provisions to increase domestic energy production.
- By a vote of 226-202, the House approved further environmental protections on ANWR, limiting any development to 2000 acres, roughly half the size of Washington Dulles Airport.
The Senate must now approve a bill. The Senate Energy and Natural Resources Committee passed an energy bill that includes $30 billion in subsidies for nuclear,and $7.2 billion in various tax incentives for energy efficiency, renewable fuels (wind and solar power) and for research into a hydrogen-powered fuel-cell car. The bill does not include automobile fuel-efficiency improvements—an effective way to reduce America's dependence on imported oil. According to the Environmental Protection Agency, average fuel economy of the nation's cars and trucks dropped in 2002 to its lowest level in 22 years because of increasing sales of sport utility vehicles. The Senate Finance Committee approved more than $15 billion in energy tax incentives last week. The package includes incentives for the purchase of energy efficiency appliances and alternative fuel vehicles, clean coal technology, and oil and gas production. Energy Derivatives The Senate Agriculture Committee is considering a proposal (not included in the energy bill) that would 1) restrain energy derivatives trading, 2) allow federal regulators to track large transactions and 3) respond faster to illegal activity in the market. The Agriculture Committee has jurisdiction over the Commodity Futures Trading Commission (CFTC), an agency that regulates energy, metals, agricultural, and financial futures contracts traded on U.S. exchanges. The Senate is considering repealing a congressional exemption that frees buyers and sellers of energy commodities from disclosing information on those deals to the CFTC. Energy futures contracts bought and sold on the New York Mercantile Exchange are already regulated by the CFTC. The U.S. Chamber of Commerce, Electric Power Supply Association and the American Bankers Association oppose the proposal. CECE supports the proposal. House Passes Energy Bill (2002) By a vote of 240 to 189 approving $33.5 billion in tax breaks over 10 years for renewable energy, conservation and energy production. The 511-page bill would open up 2,000 acres (down from the 1.5 million acres in the president's energy proposal) of the Arctic National Wildlife Refuge in Alaska to oil and gas exploration. [Passed Thurs, Aug 2, 2001] The bill includes $300 million in tax credits for energy-efficient appliances, which will pay manufacturers $50 or $100 per clothes washer or refrigerator for meeting efficiency standards. The bulk of the credits and breaks — $27 billion, go to traditional energy producers, both to drill for more oil and gas, develop nuclear energy and produce cleaner coal ($3.3 billion for clean-coal technology). One measure helps several electric companies avoid an estimated $2 billion in taxes by allowing utilities to transfer control of their power lines to independents tax-free, if they are required to do by federal regulators. Click HERE for full text of legislation [SAFE Act of 2001, H.R.4] Click HERE & See Legislation & Legislative Calendar Senate Democrats Intro Alternative to Republican Energy Plan (2002) The Democrat's energy bill was introduced by Senate Energy and Natural Resources Committee Chairman Jeff Bingaman (D-N.M.) and Majority Leader Thomas A. Daschle (D-S.D.). The Daschle-Bingaman bill : 1) excludes drilling for oil in the Alaska's Arctic National Wildlife Refuge, 2) recommends increased conservation, efficiency and development of new resources, 3) creates incentives for the use and development of renewable energy sources, 4) expands use of renewable fuels and introduces more competition into the electricity market, 5) clears barriers to production in areas already open to exploration, 6) streamlines procedures for pipeline certification and relicensing of hydroelectric dams, 7) funds research on breakthrough technologies to curb global warming, and 8) creates a national database to track major sources of greenhouse gases. The Republican controlled House, which already passed an energy bill, and the Democrat controlled Senate, which Republicans accuse of blocking a vote on the House version of the energy bill, disagree on how the nation should proceed on energy policy. Senate Republicans are accusing Democrats of shutting them out of drafting the Senate bill. SUV Guzzles CAFE The National Highway Traffic Safety Administration (NHTSA) regulates our nation’s automobile and light truck gas mileage (Corporate Average Fuel Economy--CAFE) standards. NHTSA has decided against raising gas mileage because automakers are against it. AAEA supports a 50-mile per gallon standard for cars and trucks for the 2004 model year. AAEA is also working to convert our nation to zero emission electric and fuel celled vehicles. Congress voted last year to lift a ban that had prevented NHTSA from raising fuel efficiency for light trucks. The new law requires NHTSA to issue a fuel-economy standard for the 2004 model year for light trucks, pickup trucks, minivans and sport-utility vehicles (SUVs) by April 1, 2002. NHTSA wants to continue with the current standard, which requires light trucks to average 20.7 miles per gallon. (See Latest Development) SUVs, minivans and pickup trucks now account for more than half of new vehicle sales in the United States. Profits on light trucks can run as high as $17,000 a vehicle, according to some industry officials. Our nation will increase on its 18 million barrels of daily oil consumption and we will continue to be vulnerable to world events due to getting half of that oil from imports. Texas Deregulates Electricity Starting on January 1, 2002, Texans can choose their electricity providers. The ultimate goal of deregulation is to enhance our current effective and efficient electricity delivery system with a better, more competitive system that will produce increased efficiencies and low prices. There hasn't been a big rush by residential customers to switch to other suppliers. Deregulation has been slow to provide choice in areas where it has already been enacted. And the California debacle has frightened the public. Deregulation will come however. Unlike California, Texas deregulated the wholesale electrical market in 1995, providing a time buffer to work out any problems before introducing retail deregulation this year. And also unlike California, which did not build any new power plants for ten years, Texas has built about 30 power plants in the state in the last six years. Officials say the state's electrical supply exceeds demand by 23 percent. Nor does the state's plan mandate the sort of retail price caps that crippled the California utilities. California kept controls on retail prices while eliminating controls on wholesale prices. That isn't deregulation. Hopefully, the Texas model will work. Back to Top
 | OIL | Oct 26, '07 2:58 PM by Norris for everyone |
OIL Petroleum Will Dominate Energy News in 2003 Crude oil prices enter 2003 at their highest level in two years. This will not help an already weakened economy. A near-term recovery appears unlikely in 2003. The price of crude oil has risen to almost $33.00 a barrel (42 gallons). A decent price for today's crude oil is $20-30. This price range is enough to keep the oil companies happy and the economy greased. Unfortunately, world events are inserting uncertainty into the oil picture. A general strike in Venezuela against the government of President Hugo Ch찼vez has halted nearly all oil production. Venezuela is the fourth-largest exporter of oil to the United States, accounting for 14 percent of crude oil imports. A possible war between the United States and Iraq will further complicate the oil situation. This could trigger additional delivery complications from the Persian Gulf. Korea has threatened to nuclear bomb us if we do not provide them with oil. Remember that the U.S. entered World War II because Japan bombed Pearl Harbor over U.S. refusal to deliver oil. If unrest continues in Venezuela, the U.S. is engagd in wars with Iraq and Korea and Muslim countries get made for fundamentalist reasons, the oil situation in America could get very precarious. We use about 20 million barrels of oil every single day. And we WILL, like other countries, go to war for oil. This is why AAEA promotes the aggressive conversion to an electric economy: especially combining nuclear power with electric, hybrid and hydrogen vehicles. We should not HAVE to go to war over oil.
| ENVIRONMENT GOP Leaders of the Past: Led the Environmental Movement The Republican Party has a grand history of environmental protection. The GOP fought to: 1) save natural treasures, 2) signed landmark environmental-protection laws, and 3) established many of the policies we take for granted today. Teddy Roosevelt: established our unmatched system of wildlife refuges and national parks, including the Grand Canyon. President Richard M. Nixon signed: the Clean Air Act, the Clean Water Act, the Endangered Species Act, the National Environmental Policy Act, and also established the Environmental Protection Agency. See Council of Republicans for Environmental Advocacy
|
| |