The push to bring natural gas into Vermont must be viewed in the
context of what is happening throughout the world regarding energy
policy. Natural gas is being embraced as the potential savior of the
planet. Replacing supposedly dirtier-burning fossil fuels -- coal
and oil -- with the relatively cleaner-burning fossil fuel -- natural
gas -- is the present strategy of governments worldwide to reduce
greenhouse gas emissions and slow global warming. The business of
natural gas exploration, drilling, extraction, processing, distribution,
and power plant construction is booming.This project will make
large profits for its investors.
In fact, natural gas is just as dirty and destructive as oil, it is
neither benign nor abundant, and switching from oil to gas will not slow climate change.
Natural gas is 80 to 95% methane. Methane is a global warming gas 20 times worse than CO2
(Carbon Dioxide) at trapping heat in the atmosphere. Because natural gas combustion emits
less CO2 than either coal or oil, its advocates argue that it can mitigate global warming
if used as a replacement fuel for transportation and electrical generation. However, most
studies suggest that there is a 3% leakage rate from natural gas systems and extraction.
At that rate, there will be no net benefit in terms of global warming to be gained by
switching to natural gas.
Natural gas reserves are 36 to 55 years depending on whose estimate you
believe. There is less than a decade of proven natural gas reserves in the United States.
Most of the natural gas for this Vermont project would be imported from the Gulf Coast,
Canada and from increasingly remote and environmentally sensitive areas. Substituting
natural gas for coal and oil will deplete the remaining supply faster. This natural gas
project will indefinitely delay an efficient and renewable energy policy in Vermont while
contributing to global warming and polluting our environment.
Natural Gas vs. Oil
Proponents of natural gas say it is cleaner and cheaper than oil. Oil
burners available today and now used in most homes are very clean burning and emit smoke
and soot levels that are comparable to natural gas burners. A comparison of
the cost of residential heating oil and natural gas in Maine from 1983 through 1997 shows
that for 14 out of 15 years, oil prices were lower than natural gas for the same heat
content, and the 15 year average price of natural gas is 22% higher than oil.
Natural gas salesmen say natural gas is the fuel of choice when
consumers are given the option. Natural gas has been available in Portland, Maine for 40
years, yet only 1 in 10 consumers choose natural gas. The choice of fuel suppliers
currently available in Vermont means that we can shop around and choose from the dozens of
local businesses run by people who live here. The residential natural gas being promoted
would be available from only one supplier, NYSEG, a $5 billion dollar publicly held New
York utility.
Switching from oil to natural gas can result in expensive new equipment
costs, reduced efficiency of converted furnaces, and increased safety risks from carbon
monoxide and distribution pipe accidents that can cause explosions. Natural gas is a
pollutant chemical that can worsen allergy and chemical sensitivity in homes and areas
where there are fugitive emissions from venting or leakage. Vermont can reduce
dependence on fossil fuels through energy efficiency, conservation, and renewable energy.
Economic Development
The natural gas industry claims that pipelines and power plants will
bring economic development to the area. Currently no new businesses are anticipating
coming to Vermont once we have natural gas. The New England region has high energy costs
and high taxes, neither of which will decline as a result of this project. Industry goes
where costs are lower. Natural gas has been sold in Lewiston, Maine for more than 30
years, yet between 1980 and 1995, Lewiston lost 3,500 manufacturing jobs. The power
plants will detract from Vermont's image as a clean environment state and negatively
impact the tourist industry and more likely will hurt our economy.
There is no evidence to support the idea that natural gas will be
cheaper than currently available fuels. The price for natural gas in the region has
historically been higher than oil, and natural gas prices sometimes triple in winter.
Short supplies cause large users to be cut off and they enter the markets for other fuels
which drives up prices for consumers of all fuels.
The natural gas pipeline will not contribute substantially to the tax
base of our towns. Under Act 60 most of that tax money will go to the State. The power
plants will add to the tax bases of Bennington and Rutland Town, perhaps not at all to
Rutland City, but will in no way offset the costs that may be associated with the decline
in air quality and aesthetics of the area and increased health risks.
Residential Natural Gas
Last on the list of priorities is serving residential customers. 85% of
the natural gas intended to flow through the 2' pipe will be burned at the power plants.
The remaining 15% is available for all the industrial, commercial, and residential
customers between Bennington and, eventually, Middlebury and Killington. Serving the power
plants is the first priority. Second is serving the largest industrial users. Third is
signing up businesses, schools, and hospitals. Residential service is 7 to 10 years in the
future, at best. No one along more than half the length of the pipeline route will ever
get natural gas.
At the Arlington, Vermont Selectboard meeting June 1, 1999 a board
member asked Bruce Roloson of NYSEG, "is that 15% that's left enough to serve all the
rest of the region, and what happens if it's not?" The answer was, "if a big new
user comes in, it may not be enough. In that case, we would put in another pipeline."
The Power Plants
Deregulation of the power industry has led to an explosion in proposals
to construct power plants. Former Public Service Board Chairman Richard Cowart compares
the number of natural gas power plant proposals to the Oklahoma Land Rush. There
are 58 natural gas power plants proposed for New England with the potential to produce
more than 30,000 mw., all by the year 2001. 12 more plants are proposed for New York. Peak
load for the region is 20,000 mw. Vermont Commissioner of Public Service Richard Sedano
says there is a need for 4000 - 8000 mw to replace older plants that will go off line. It
is a "mad dash" for cash to see who can get theirs built first. Not all these
plants will be built. 10 have already been withdrawn. State and town resources are going
to be consumed by this risky project for the next 2 years even though there may not be
room for the power from these Vermont plants on the New England power grid.
The theory is that new natural gas power plants will operate more
efficiently and thereby produce electricity at a lower cost than older, less efficient
coal and oil plants. The reality is that since deregulation, generation of electricity
from coal-fired plants is up 1% over last year. Receipts of petroleum at electric
utilities were at the highest level since 1991 due to the decrease in the price of
petroleum. Many electric plants burn either oil or natural gas and the lower cost of
oil resulted in fuel switching from natural gas to oil. Last year natural gas and
hydroelectric generating decreased, while nuclear generation increased 26% in New England.
There is no mechanism to force a coal, oil, or nuclear plant to shut down when a natural
gas plant comes on line, and there are no coal or oil plants in Vermont to replace.
Vermont Yankee Nuclear plant has 12 years left on its license. Older plants are being
purchased and run for less than the cost of building new plants, and the theory that
natural gas plants will produce cheaper electricity is in dispute.
Electricity from the proposed Vermont power plants cannot be sold in
Vermont. The present system is a regulated monopoly. It will be several years after the
passage of deregulation legislation before Vermonters can choose their electricity source.
Vermont's peak usage of 1000 mw and average of 650 mw can be met through conservation and
renewable energy.
Large transmission lines will emanate from the power plants, greatly
increasing electromagnetic fields with their controversial health effects. This is of
special concern in Bennington where the site is located next to the high school and a
trailer park.
Power Plant Emissions
Tom Macaulay says these plants will make our air cleaner. Together,
these two power plants will emit 1000 tons of pollutants. That is 2 million
pounds. These huge plants will produce large quantities of Carbon Dioxide which is a
greenhouse gas that contributes to global warming. Emissions will also include Sulfur
Oxides-SO2, Particulate Matter-PM-10, Carbon Monoxide-CO, Volatile Organic Compounds-VOCs,
Methane- CH4, Nitrous Oxides-N20 and Nitrogen Oxides NOx.
Vermont ranks 2nd lowest in the nation in Nitrogen Oxides and we have
some of the cleanest air in the nation. Vt.'s Department of Public Service says
"natural gas electric utility uses produce one of the highest amounts of Nitrogen
Oxides per unit of energy used compared to other fossil fuel sources." Nitrogen
Oxides combine with water vapor to cause acid rain, and mix with Volatile Organic
Compounds to cause ground-level ozone. Bennington has had several days each year since
1994 that have exceeded healthy ozone levels. Natural gas contains radon which causes
radioactive contamination of equipment, the pipeline, and leads to low-level radioactive
emissions. Natural gas contains toxic contaminants that are released through system
leakage & venting.
Vt.'s DPS says that natural gas power plants will cause emission
impacts to worsen considerably and carbon dioxide emissions will worsen dramatically. With
only 15% of the natural gas in the pipe available to replace all the oil in the region,
the huge volume of natural gas to be burned at the power plants will result in a net gain
in pollutants leading to more smog and toxic emissions. The site plan for the Rutland
plant shows oil tanks to be used for back-up fuel. There will be costs to decommission the
plants when they are shut down. Waste heat from the plants will cause temperature
inversions, trapping unhealthy air in the cities.
Water Resources
The proponents intend to use water from the Rutland Sewage Treatment
plant for cooling. But the discrepancy in available water from the treatment plant and
power plant requirements could deplete the region's water supplies. The proposed Rutland
plant could require as much as 7.5 million gallons of water a day; while the sewage
treatment plant has a low of 2.5 million. The list of potential water sources to deplete
includes an on-site well, the city water supply, the Otter Creek, the Chittenden
reservoir, the Cold River, an Old Reservoir, or a new Reservoir could be built. If water
supplies are low, will the plant shut down?
Aesthetics & the Image of Vermont
A large industrial site containing huge, ugly power plants spewing smog
will be the first thing visitors see upon entering Rutland from the south and west. During
winter months, a white plume will hang over the cooling towers of the plant; it may appear
brown to people who know where the water comes from. To tourists entering Vermont,
this scene will be a new image and very different from the Vermont Life Magazine covers
which they are used to seeing.
Safety
Natural Gas pipeline accidents caused $47,350,836 worth of property
damage nationwide in 1998. There were 17 fatalities.
The Pipelines
A 2' natural gas high pressure (1400 psi) pipeline is a very large
pipeline. This is a huge project and the potential for damage is enormous. Crossing
rivers, wetlands, going up over mountains and through ledge, the preferred route will
disturb fish habitat, wildlife, farmland, sensitive ecological areas, and forested areas.
To get through Danby with all its ledge will take many tons of dynamite. Public and
private water supplies all along the route will be impacted. Venting degrades air quality
and increases health risks such as asthma, allergy and chemical sensitivity.
This pipeline route will become a "utility corridor". Other
companies are already expressing an interest in burying other pipes and wires in the
trench. The power lines to be used as routes do not currently connect up to the New
England power grid. Once the pipeline route is established, power line upgrades are not
out of the question, and a new pipe can be added at any time in the future. The corridor
will become a snowmobile highway. Loggers will face severe restrictions about crossings.
Residents and their privacy will be negatively impacted. People are already talking about
moving away.
Property Rights
Affected property owners have very few rights, but they can deny
pipeline and State officials access to their land. NYSEG employees who need access to
private property in order to find a route have summoned property owners to private
meetings. State agency officials and NYSEG employees want to walk the route even before
anything has been filed. Serving state agencies and gas companies with Notices
Against Trespass denies them legal access to private property.
Property owners will be offered a one-time payment of a few hundred
dollars for easements. If they refuse, once the State issues a Certificate of
Public Good, the land will be taken by eminent domain. The tactics of NYSEG, asking for
waivers from Planning Commissions, private meetings with property owners, and letters of
support from Selectboards before any public discussion, have undermined any trust they
might otherwise have earned. Property owners will not be compensated for the devaluation
of their land or the disruption to their lives. NYSEG & Iroquois will not acknowledge
any responsibility for potential damage to property and will not be required to post bond.
Property owners will still be responsible for all property taxes.
The Alternative
Vermonters for a Clean Environment recognizes that people look to
Vermont for leadership on environmental issues. We believe that Vermont should lead the
nation in clean, renewable energy independence. This project will destroy that chance for
Vermont to pursue an energy policy that serves as an example and truly benefits Vermont
and Vermonters in the 21st century.
The Legacy of this Project -- the Price of "Progress"
Air Quality Degrade
Tourism Loss
Increased Health Risks & Costs
Regional Resources Consumed
Acid Rain Increase
Local Fire & Rescue Demands
Water Supply Damage
Damage to other Fuel Suppliers
Contribute to Global Warming
Those Moving Away
Environmental Damage
Industrial Blight
Sprawl
Property Devaluation
Big Business over Small Business
Loss of Clean Energy Policy
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