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Ⅰ. Scale and Potential Market
1. A list of 90 thermal power plants
2. 62 upgrading target plants
3. 3 projects in the first section
(all with agreements, 2 with approval, 1 waiting for approval)
4. 5 projects with letters of intent in the second section
5. 12 projects with investigation record in the third section
Ⅱ. Plants upgrading models
1. Upgrading contents for 120MW units: tearing down three coal-fired boilers; replacing existing 60MW coal-fired thermal power units with 90MW gas generation units and 30MW waste heat generation units; establishing international leading clean plant with cogeneration and low emission.
2. Upgrading contents for 200MW units: tearing down six coal-fired boilers; replacing existing 120MW coal-fired thermal power units with 130MW gas generation units and 70MW waste heat generation units; establishing international leading clean plant with cogeneration and low emission.
3. Upgrading contents for 300MW units: tearing down nine coal-fired boilers; replacing existing 150MW coal-fired thermal power units with 200MW gas generation units and 100MW waste heat generation units; establishing international leading clean plant with cogeneration and low emission.
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| Economy Development and Energy of Northern China |
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What is IGCC? IGCC, which stands for Integrated Gasification Combined Cycle, is an advanced power gene
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History of IGCC IGCC, which stands for Integrated Gasification Combined Cycle, is an advanced power gene
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| Economy Development and Energy of Shandong, China |
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IGCC Main Features 1. Solid coal gasification provides precondition for clean production and high efficient
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IGCC Development Perspectives Electricity power is high-qualified secondary energy, which plays important role in huma
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