- Gas Turbine Size: 25 MW - 60 MW
- Type: HRSG
- Exhaust Gas Flows (lb/hr): From 500,000
- Steam Flows (lb/hr): 500,000+
- Steam Temperature: Up to 1,050 deg F
- Duct Firing Temperature: Up to 2,800 deg F
- Assembly: Field Erected
- Circulation: Natural Circulation
- Construction: Vertical Tube with Steam Drum
- Maximizes shop assembly and minimizes field work
- Custom designed to recover heat from 25 to 60 MW gas turbine-generators
- Turbine exhaust gas flows from 500,000 to 1,000,000 lbs/hr
- Supplemental Firing
- Steam generation to 500,000+ lbs/hr
- Design pressure up to 2,300 psig and superheater outlet temperature of 1,050°F
- Stack emissions available to less than 2 ppm NOx with SCR
- Strict emission compliance with CO and SCR catalyst integration
- Unique cold end corrosion mitigation solutions
Cleaver-Brooks strives to provide the maximum amount of shop assembly for our Modular HRSG system. Our Modular HRSG is available in single or multiple pressure levels to optimize cycle efficiency. This robust design benefits from more than 90 years of experience in the industry and incorporates design features proven across all product lines.
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- Maximum shop assembly minimizes field erection costs.
- Vertical tube natural circulation design.
- Accommodation for addition of steam superheater.
- Large separate steam drums with high efficiency drum internals.
- Hydraulically matched system of downcomers and risers
- Ductwork, stacks, and platforms & ladders
- Supplemental firing systems designed to fire natural gas, #2 oil, process gas, digester gas, and landfill gas
- CO / NOx selective catalytic reduction (SCR) systems
- Single source supplier for integrated boiler, burner, and controls solutions, selective catalytic reduction (SCR) and CO catalyst.
Cleaver-Brooks Modular HRSGs are designed to accommodate exhaust flows from 500,000 to 1,000,000 lbs/hr. The Modular HRSG is designed for maximum shop assembly which minimizes field erection time and costs. We offer natural circulation designs for minimal parasitic power consumption and reduced maintenance of rotating equipment. Our expert engineering teams review every aspect of the design and incorporate proven design features across all product lines.
BYU replaced coal boilers with two O-type watertube boilers, a CBEX Elite firetube boiler and a HRSG, and pursued independence from local electrical grid.
The increased efficiency in the HRSG allows this plant to reduce energy costs.
- Process Steam
- Industrial Process
- Power and Utilities
- Refineries and Petrochemical