F-23

Keywords

Y3

equipment or facility

Z1/3

solid fuels/natural gas

E25

general-purpose machinery
Kawasaki Heavy Industries, Ltd.

Steam Turbine Facilities for Environment-oriented Power GenerationFeatures
S For Waste Heat Recovery Power Generation
Using the steam generated by waste heat recovery equipment, energy
efficiency can be improved.
- By using the steam from Coke Dry Quenching (CDQ) equipment in
the Steel Plant,- By using the steam from Gas Turbine Combined Cycle Power Plant(CCPP)- By using the steam from Cement Waste Heat Recovery Power Plant,etcS For Incineration Plant and Waste Material Fired Power Plant
Using the steam generated by garbage incinerator and waste material
fired boiler, energy can be used effectively.
- By using the steam from Garbage Incinerator- By using the steam from Refuse-Derived Fuel (RDF) Fired Boiler, etc
S For Biomass Fired Power Plant
Using the steam generated by Biomass Fuel Fired Boiler,
Environmental load can be decreased.
- By using the steam from Wood-chip Fired Boiler- By using the steam from Baggase Fired Boiler, etc
S For Effective Utilization of Surplus SteamUsing surplus steam generated in the factory process, surplus energy
can be used effectively.
- Mixing steam turbine for Gas Turbine Combined Cycle, etc(Which has main inlet steam port and intermediate inlet steam port)

Basic Concept or Summary
S Steam is generated by Cokes Quenching Device, and it can be used for Steam Turbine Generator.
LiftChamber

BoilerPower generation
facilities

Coke bucket
Dust catcher
Coolingchamber

High-pressure steam
TurbineGenerator

Circulation
fanCooling water
Air bleed

Coke carriage

Conveyor

Cooled coke

S Steam is generated by waste heat recovery boiler added to exhaust piping of a gas turbine, and it canbe used for Steam Turbine Generator.

S Steam is generated by waste heat recovery boiler added to cement manufacturing process, and it canbe used for Steam Turbine Generator.

S Waste heat which used to be cast out in the past can be converted into electric energy, and eventuallyenergy efficiency can be greatly improved and great energy-saving effect can be expected.
Effects or Remarks
S Developed by Kawasaki’s original own technology and have been improved by investigating andintroducing the latest technologies to improve the efficiency.
S Each Steam Turbine can be designed and optimized for each individual steam condition.
S Wide power range covering 2 to 100MW according to the steam condition

Steam turbine for CDQ

Mixed-gas turbine

Installation in Practice or Schedule
Domestic

Steam turbines for CDQ: 4 units
Steam turbines for CCPP: 14 units
Steam turbines for cement waste heat recovery equipment: 9 units
Steam turbines for incineration: 30 units
Steam turbines for biomass power generation: 6 units

Overseas

Steam turbines for CDQ: 14 units
Steam turbines for CCPP: 12 units
Steam turbines for cement waste heat recovery equipment: 16 units
Steam turbines for incineration: 4 units
Steam turbines for biomass power generation: 19 units

Contact:

Kawasaki Heavy Industries, Ltd.,
Section 1, Power Plant Sales Department
Marketing & Sales Division
Energy Solution & Marine Engineering Company
Tel: +81-3-3435-2267 Fax: +81-3-3435-6601
URL: http://global.kawasaki.com/F-23