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Coal-to-gas anthracite's
next boom
Other coal operators, however, are looking to more traditional markets
to survive
The
Standard Speaker
Sunday,
February 3, 2002
John Rich Jr. doesn't have
much hope for the traditional anthracite industry as he knows it.
"The prospect is
bleak," he said. "The coal industry and its production is a
fraction of what it used to be. This whole industry has been depressed for
so many years."
Rich does, however, have
faith in the coal business he envisions.
"If we can turn waste
coal into something useful, we can see a whole resurgence in a sense."
In Rich's mind, that
something useful is a liquid fuel derived from excess anthracite. Rich and
two corporate partners know how to do it and claim to be closer than ever
to making the coal-to-gas process a daily routine.
As heir to the family-owned
Gilberton Coal Co. in Schuylkill County, he's witnessed first-hand the
decline of the once-strong heating market for hard coal.
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That's part of the reason he
changed his outlook on the industry in the mid-1980s. Rich turned his coal
business into Waste Management Processing Inc. and the Gilberton Power Co.
in 1987 with a plant driven by anthracite waste.
Around the same time, Rich
saw a gasifier in action, the first glimpse into his future and what he
believes is the future of anthracite.
Ever since, Rich has worked
to bring a second plant - one that would turn coal refuse into a zero-sulfur
diesel fuel - to his business in Gilberton.
Such an enterprise would
solve a number of problems facing the anthracite business and the region
that supports it, Rich believes.
Domestically produced fuel
would lessen America's dependence on foreign oil.
The coal-to-gas process
would re-energize the local anthracite industry. The effort would help
eliminate the culm and coal waste piles that dot the region.
Rich's idea gained support a
few years back from Sasol Ltd., a South African company he calls the
Wright Brothers of gasification, Chevron/Texaco, and construction firm
Bechtel Group.
His plan truly picked up
steam in 1999 when Rich earned $47 million in tax incentives from the
Pennsylvania legislature, then a $7.6 million start-up grant from the
U.S. Department of Energy.
In fact, the grant is part
of a cost-share with the federal government that will cover 65 percent of
the ongoing development cost, which could reach $400 million by project's
end.
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John Rich, Jr.,
president of Waste Management Processing, Inc., stands with byproducts
of the coal-to-gas technology his firm says is the future of
anthracite.
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The idea even caught the
attention of President Bush. Rich told the president of this plan at a function he attended in May.
As they spoke, Spencer
Abraham, U .S, secretary of energy, and Christie Todd Whitman, head of the
Environmental Protection Agency, walked over to join the conversation.
"The president said to
them 'This is the guy that wants to turn crud into fuel,' " Rich
recalls. "I told them 'You're talking about clean coal, and we've got
the epitome of clean coal technology.' " The contingent was so
interested in Rich's proposal that Whitman scheduled a visit to his
Gilberton facility.
But on the week of the planned gathering, U.S. Sen. Jim Jeffords switched to the Democratic
Party, changing the schedules of every government official in
Washington, including Whitman.
Rich has not been able to
reschedule with the EPA director, but says he doesn't need a meeting with
federal officials to follow through on the project.
It wouldn't hurt, though.
Rich remains hopeful that work on his coal-to-gas facility is only 12
months away. The project will create 1,000 initial construction jobs and 150
permanent jobs, he said.
The plant will be built
right next door to and work hand-in-hand with the Gilberton Power Co. It
will employ gasification and liquefaction, the two processes needed to
turn coal into transportation fuel.
Waste anthracite enters the
facility as a fine slurry - 65 percent coal-based carbon and 35 percent
water - that is heated to 2,500 degrees Fahrenheit and mixed with oxygen to
produce a crushed, glass-Iike material and synthetic gas.
The glass-Iike byproduct is
removed and used in concrete, mortar and plaster. The syngas, meanwhile,
continues on to a scrubber that removes fine particulates and sulfur, which
is sold to pharmaceutical companies.
Now clean, the syngas is
combined with catalysts to create a wax-like substance. A final chemical
reaction turns the wax into its liquid fuel form.
The plant will be able to
produce 5,000 barrels every day. The fuel probably will not be used
independently, but rather taken to a refinery and mixed in with an existing
product to give it a higher quality.
Rich's fuel will likely sell
at $1.10 per gallon, he said.
Others within the anthracite
industry continue to promote coal in traditional markets, but are realistic
about the chances of a resurgence by those means.
"I think it's going to
be hard for us to recapture the space heating market," Francis Curran
Jr., engineer for Coal Contractors Inc., said. "Sure we can
improve on some of that, and it would help if state and federal
institutions would consider it (as an energy source).", Curran
is also hopeful the U.S. steel industry, which uses anthracite to speed up
the melting process, can rebound. Should foreign steel continue to surge,
however, anthracite producers in China and Russia stand to benefit, and
the local hard coal industry would face "an uphill battle," he
said.
Another industry insider
exudes a more simple optimism.
"My hope is that people
begin to realize the benefits of anthracite coal," Duane Feagley, executive director of the
Pennsylvania Anthracite Council, said.
"It's not polluting the environment like many contend, like the bituminous industry."
Anthracite contains less sulfur than
its softer counterpart, therefore limiting emissions of sulfur dioxide
and nitrogen oxide.
Coal-fired plants like the
Gilberton Power Co. are up to 98 percent clean, but new technologies, like
Rich's proposed coal-to-gas facility, can help clean emissions even
further.
In Pennsylvania, there are
still 4 billion to 6 billion tons of mineable anthracite reserves. Under
current market trends, Feagley said, that would last 1,000 years or more.
Feagley and other industry
insiders hope hard coal is gone much sooner. That means market conditions
will have swung in their favor.
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