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9786 factory generator for sales

Plants use existing ordinary way for the steam 9786 factory generator for sales steam solutions for problems: 1, big waste of energy: pipeline transport long distance, large energy loss. Steam from the steam boiler plant to have many points have become a condensate. Especially at night discontinuous steam plant, each with steam before the need to discharge large amounts of condensate, resulting in waste of energy. 2, managers and more: Boilermakers need to arrange several on duty holder, increased labor costs. 3, beautiful plant has been greatly affected. Henan fast boiler recommended method: point - point steam supply way, needs to be placed side by side Henan steam boiler plant or equipment fast steam boiler, with the open with the use. Complete cancellation of the factory steam pipe network. And highlight the advantages of a conventional steam boiler: 1, Energy saving: Due to put an end to the pipeline transmission losses, energy-efficient way than conventional steam supply energy by 30-50%. 2, management is simple: Henan fast boiler steam generator boiler does not belong to the range of pressure that can be placed directly on the shop floor, without making a separate boiler room. When steam required by the plant workers can boot. 3, the plant more beautiful.

Hot water 9786 factory generator for sales is the essential equipment of our hotel, one of the parties to provide fast condensing pressure hot water boiler immediate operational effect. Our demand for environmentally friendly and out of the hotel itself, very high environmental performance requirements for boilers, party fast products fully meet our needs, the index after testing are in line with the relevant provisions of the State; with the outside atmospheric pressure remains stable sufficiently improved security index boiler, eliminating our worries. --customer feedback

CFBC 9786 factory generator for saless are generally more economical than AFBC boilers for industrial application requiring more than 75 – 100 T/hr of steam. For large units, the taller furnace characteristics of CFBC boilers offers better space utilization, greater fuel particle and sorbent residence time for efficient combustion and SO2 capture, and easier application of staged combustion techniques for NOx control than AFBC steam generators.

The corresponding relationship between the power generation capacity MW and the 9786 factory generator for sales capacity of tonnage is as follows.

1. Medium pressure boiler; boiler evaporation: 75t/h; main steam parameter 3.82MPa/450°C. Supporting steam turbine generator set capacity 12MW

2. Medium pressure boiler; boiler evaporation: 130t/h; main steam parameter 3.82MPa/450°C. Supporting steam turbine generator set capacity 25MW

3. High-pressure boiler; boiler evaporation: 220t/h; main steam parameter 5.4MPa/540°C. Supporting steam turbine generator set capacity 50MW

4. High-pressure boiler; boiler evaporation: 260t/h; main steam parameter 5.4MPa/540°C. Supporting steam turbine generator set capacity 60MW

5. High-pressure boiler; boiler evaporation: 410t/h; main steam parameter 5.4MPa/540°C. Supporting steam turbine generator set capacity 100MW

6. Ultra-high pressure boiler; boiler evaporation: 440t/h; main steam parameter 13.7MPa/540°C. Supporting steam turbine generator set capacity 135MW

7. Subcritical boiler; boiler evaporation: 1025t/h; main steam parameter 14.7MPa/540°C. Supporting steam turbine generator set capacity 300MW

8. Supercritical boiler; boiler evaporation: 1900t/h; main steam parameter 26.2MPa/566°C. Supporting steam turbine generator set capacity 600MW

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