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Harness any fuel for optimal efficiency
In the journey towards net-zero, finding a reliable energy solution that combines efficiency with adaptability to various fuel sources is essential. Sumitomo SHI FW’s Circulating Fluidized Bed (CFB) boilers are engineered to deliver high efficiency and fuel flexibility, enabling low-carbon energy production that withstands harsh conditions and ensures reduced emissions.
Designed as a cost-effective, sustainable solution for energy producers, CFB boilers maximize both performance and return on investment by harnessing local renewable fuels and reducing reliance on fossil fuels. Learn how CFB technology can optimize your energy production and make your operations resilient to changing fuel markets.
Tabs
CFB boilers are built to ensure reliable, low-emission energy production by utilizing a flexible range of fuels. Here’s how CFB technology operates:
Step 1: Fluidized Bed Circulation
A circulating fluidized bed of particles is maintained within the boiler, allowing for even and efficient combustion of various fuel types. This bed material is recirculated through a cyclone, achieving high combustion efficiency and making even difficult-to-burn fuels viable energy sources.
Step 2: High-efficiency Combustion
Building on the fluidized bed process, high combustion efficiency is achieved by ensuring complete fuel utilization. CFB boilers support supercritical steam conditions, reaching temperatures up to 603°C and pressures up to 257 bar in large-scale plants, delivering maximum energy output.
Step 3: Emission Control and Ash Management
CFB boilers maintain low emissions through advanced combustion control and optimized ash handling systems. By operating at low combustion temperatures, they minimize NOx formation, while durable design features ensure reliable operation with renewable fuels.
Fuel Flexibility
CFB boilers can utilize a wide range of fuels, including high-moisture biomass and waste, allowing for fuel sourcing adaptability.
High Combustion Performance
By recirculating bed material through a cyclone, CFB boilers achieve complete fuel combustion at supercritical steam conditions, even with challenging fuels.
Exceptional Durability
Built to withstand corrosive gases, ash-heavy environments, and extreme operational conditions, CFB boilers minimize tube corrosion and wear, extending their lifespan and reducing maintenance requirements.
Advanced Emission Control
Low combustion temperatures reduce NOx emissions, ensuring compliance with stringent environmental standards.
Proven Reliability with Over 500 Installations
Sumitomo SHI FW’s CFB technology powers over 500 installations worldwide. Our engineering expertise ensures reliable and consistent performance.
Cost Savings with Fuel Sourcing
By allowing utilization of affordable, local fuel sources, the CFB boiler reduces dependency on costly imports and lowers transportation expenses. This adaptability also provides a safeguard against fuel price volatility, supporting stable, predictable budgeting.
Lower Maintenance Costs
Built to endure challenging operational conditions, CFB boilers require less frequent maintenance, resulting in lower operational costs and increased lifespan.
Reduced Environmental Impact
The boiler’s advanced emission control technology minimizes pollutants, contributing to lower carbon footprints and supporting sustainability goals. Its compatibility with diverse fuels enables low-carbon energy production, helping plants meet their net-zero emissions targets.
Maximized Reliability and Efficiency
Rigorous testing at our technology research center in Niihama, Japan, ensures that each boiler is carefully adjusted to work efficiently with the specific fuels our customers use. This dedication to quality leads to dependable performance and minimal downtime, maximizing the return on investment.