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Boston Transit's Bus Decision
A
reply to A Boston Herald editorial
of
Monday, October 14, 2002
Over the past decade, I have personally surveyed many of the nation’s
critical energy infrastructure in support of the
President’s
Homeland Security Effort.
In the early 1970’s, we examined critical facilities and their ability
to withstand a nuclear blast (U.S. Corps of Engineers – National
Fallout Survey for Critical Facilities). In recent years we have
prepared
“Energy Emergency Response Plans”
for the states (New Hampshire, Delaware, Arkansas,
Kansas, Colorado, and
Wyoming) and the cities (Cheyenne, WY, Greenwood Village CO, Manhattan
KS, and Topeka KS). Energy emergency response plans include all energy
sources: natural gas, propane, coal, petroleum, and electricity. When
shortages of petroleum imports into the U.S. occur, these plans are
activated along with the state and city Emergency Operations Centers
(EOCs) to respond to emergency situations. During most
disaster/emergency response actions there are two failures: (1).
communication (radio-telephone) between agencies, and (2). fuel supply
for the emergency vehicles and emergency generators (including buses
for emergency transportation of responders). Also, several states and
cities have assigned regional transportation agencies the job of
transporting victims and responders making their job even more
critical. Many of the energy emergency plans encourage citizens to use
bus transportation vs. autos to conserve fuel. In most cases, the
delivery of diesel fuel to the bus fueling station is hampered by
demands for diesel from emergency ambulances and fire trucks. Natural
gas buses are able to overcome this by using a reliable-piped (in the
ground) fuel source. Therefore, we have concluded that natural gas is
the best reliable North American energy source for bus transportation
in our National Security Effort and the Nation’s Homeland Defense.
The
reason for our conclusion is: Over 85 percent of the natural gas
consumed in the United States is produced domestically from the
nation's extensive gas resource base. In comparison, close to 60
percent of the oil used in the United States is imported from foreign
countries, some of which are politically unstable. The system
is safe: the safest way to transport energy, according to
the U.S. Department of Transportation. Furthermore, natural gas is a
reliable source of fuel not only because most of the supply is
domestic, but also because the pipeline delivery system is underground
and protected from weather-related disruptions and terrorist attacks.
This reliability is one of the reasons businesses that cannot afford
power disruptions find gas-fired distributed electricity generation so
attractive. For instance, McDonald's and other food chains are testing
gas-based distributed generation because they cannot afford power
outages that could destroy their food products. During times of extreme
emergency in this country we want to depend on reliable transportation
with a secure fuel supply such as CNG buses.
On the other hand,
we have concluded that diesel fuel is highly dependent on delivery
trucks, storage facilities, and above ground storage tanks. These above
ground storage tanks and delivery vehicles are highly susceptible to
leaks, accidents, and delivery problems due to weather.
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Boston Globe Article
Bob Kistner, President and CEO of Green Alert Technologies,
has over 40-years of emergency planning, disaster mitigation
and recovery experience serving federal, state, local
governments, and private organizations throughout the country.
His career in emergency management includes over 30-years with the
U.S. Army Corps of Engineers, the Federal Emergency
Management Agency (FEMA), and state and local governments. He
assisted the Town of Estes Park, Colorado in the recovery from
the dam failure disaster. He has also served as a disaster
recovery manager for Utah, Colorado, and Tucker County, West
Virginia.
Bob
has written over 50 books and articles on emergency and
disaster recovery topics. He “wrote the book” on
disaster damage assessment, prepared numerous hazard
mitigation plans for communities, and emergency response plans
for cities and counties. He also serves as adjunct faculty
member at the University of Colorado (CS) and the Federal
Emergency Management Agency (FEMA) National Emergency
Management Training Center in Emmitsburg, Maryland.
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