Ikelic - Alliance Digital Repository
Ikelic - Alliance Digital Repository
Ikelic - Alliance Digital Repository
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COAL<br />
expected to become a partner in the project and<br />
to assist in plant construction and operation.<br />
Feedstock coal for the plant will come from the<br />
Uangjia Mine located near Longkou Harbor.<br />
In full operation the plant, called China One,<br />
would be expected to annually produce more<br />
than 1 million tonnes of low-sulfur clean coal and<br />
1.5 million barrels of oil.<br />
SGI and MHI expect to complete the engineering<br />
and economic feasibility work for China One in<br />
the first half of 1995. A new venture, China Clean<br />
Coal Refineries Ltd. (CCCR), is planned to carry<br />
out LFC plant development activities in China.<br />
CCCR would receive, for due consideration, an<br />
exclusive territorial LFC technology license for<br />
China.<br />
####<br />
BUGGENUM STARTUP DETAILED<br />
At the 13th EPRI Conference on Gasification<br />
Power Plants, held in October in San Francisco,<br />
California a paper by H. de Winter and<br />
W. Willeboer presented a review of the design,<br />
construction and startup of Demkolec's 250megawatt<br />
IGCC plant in Buggenum, The Nether<br />
lands.<br />
In 1989, the Dutch Electricity Generating Board,<br />
N.V. Sep, announced plans for a 250 megawatt<br />
Integrated Gasification Combined Cycle (IGCC)<br />
demonstration plant. The plant was built and is<br />
operated by Demkolec B.V., a fully owned<br />
development partnership of N.V. Sep. The plant,<br />
officially was<br />
constructed at the existing power station site in<br />
Buggenum, municipality of Haelen, and was<br />
started up early 1994. The demonstration period<br />
is defined as a 3-year period, after which the<br />
named "Willem-Alexander Centrale,"<br />
plant will be used as a commercial production<br />
unit for the rest of its lifetime.<br />
Project Description<br />
The plant consists of the following main sections:<br />
4-3<br />
- 2,000<br />
- Gas<br />
- Air<br />
- Combined<br />
- Water<br />
tons coal per day gasification unit,<br />
a single Shell gasifier with syn<br />
including<br />
gas cooling and solids removal facilities<br />
treating<br />
the coal gas<br />
unit for the desulfurization of<br />
separation plant of approximately<br />
1,700 tons per day oxygen production<br />
capacity (purity 95 percent)<br />
cycle unit, including one<br />
Siemens V94.2 gas turbine<br />
(156 megawatts) mounted on one shaft<br />
with the steam turbine (128 megawatts)<br />
treatment unit, designed for zero<br />
effluent discharge<br />
The project also comprises additional plant sec<br />
tions for utilities, infrastructure, control systems<br />
and power distribution. For the existing conven<br />
tional power station at Buggenum only the coal<br />
storage and handling facilities and cooling water<br />
intake and outlet facilities could be used.<br />
Total capital investment<br />
HFL 850 million (1989 basis).<br />
required was<br />
Proven technology was selected to the largest<br />
possible extent. This applies, for instance, to the<br />
gas turbine, steam turbine and waste heat boiler<br />
unit, the air separation plant and the gas and<br />
water treatment systems. Consequently, the net<br />
efficiency of the plant, 43 percent, is not the<br />
highest figure one can calculate today. On the<br />
other hand, after demonstrating the integration<br />
concept at this scale, further improvements by<br />
new generation components can be<br />
applying<br />
achieved without fundamental uncertainties.<br />
Environmental Aspects<br />
The environmental aspects of the plant can be<br />
summarized as follows:<br />
- Overall<br />
desulfurization efficiency: better<br />
than 97.85 percent<br />
THE SYNTHETIC FUELS REPORT, JANUARY 1995