Waste Heat Recovery Steam Boilers

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MOQ : 1 Unit

Waste Heat Recovery Steam Boilers Specification

Temperature
Saturated Steam Temp: 184 C

Style
Horizontal

Voltage
380 V

Life Span
15-20 years

Output
Steam

Condition
New

Fuel Type
Exhaust Gas / Waste Heat

Fuel Consumption
Waste heat source No fuel consumed

Capacity
1000 kg/hr

Heat Efficiency
Above 80%

Pressure
10.54 kg/cm (g)

Material
Mild Steel

Part Type
Boiler

Dimension (L*W*H)
2500 mm x 1200 mm x 1600 mm

Function
Waste Heat Recovery for Steam Generation

Control System
Automatic, PLC-based control panel

Insulation
Mineral Wool, Glass Wool Insulation

Mounting
Packaged, skid-mounted or field-assembled

Corrosion Resistance
High-grade corrosion resistant materials

Application
Cement, Steel Plants, Glass, Power, Chemical Industries

Flue Gas Inlet Temperature
170C 950C

Waste Heat Recovery Steam Boilers Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
Unit

Delivery Time
Days

Sample Available
Yes

Main Domestic Market
All India

Certifications
ISO 9001:2008

About Waste Heat Recovery Steam Boilers

Having immense knowledge of this domain, we have been engaged in manufacturing and supplying quality approved Waste Heat Recovery Steam Boilers. These boilers are mainly used for recovering heat from hot streams with potential high energy content. Provided boilers are also used to recover wastewater from different cooling processes such as steel cooling. These boilers are important devices that find their usefulness in industrial places. Moreover, offered Waste Heat Recovery Steam Boilers are safely packed to prevent damage during transit.

Key Points:

Free from defect
Longer service life
Low power consumption

Industry Versatility for Maximum Impact

Our Waste Heat Recovery Steam Boiler is meticulously engineered to serve an array of industries, including cement, steel, glass, power generation, and chemical manufacturing. By adapting to the unique needs of each sector, it provides optimal steam generation solutions, driving operational efficiency and reducing overall energy costs.

Advanced Design with Reliable Performance

Utilizing advanced materials for superior corrosion resistance, our boilers are available in multiple mounting options to suit diverse site requirements. The inclusion of mineral wool or glass wool insulation ensures minimal heat loss, while automated PLC controls deliver precise and dependable operations, fostering long-term reliability.

Sustainable Steam Generation and Cost-Efficiency

Designed to recover waste heat from exhaust gases, our steam boiler eliminates additional fuel consumption, contributing to lower operational costs and a reduced carbon footprint. Achieving heat efficiency above 80%, it offers a sustainable way to maximize steam production without compromising on output or quality.

FAQs of Waste Heat Recovery Steam Boilers:

Q: How does a waste heat recovery steam boiler operate?

A: A waste heat recovery steam boiler captures high-temperature exhaust gases from industrial processes and uses this thermal energy to generate steam, offering efficient and sustainable steam production without consuming additional fuel.

Q: What industries can benefit most from these boilers?

A: These boilers are ideal for cement, steel plants, glass manufacturing, power generation, and chemical industries, where significant amounts of waste heat are produced during operation.

Q: When is the installation of this boiler recommended?

A: Installation is recommended when a facility has continuous or high-volume exhaust streams at temperatures between 170C and 950C, ensuring adequate waste heat is available for efficient steam generation.

Q: Where can the boiler be installed in an industrial facility?

A: The boiler can be packaged, skid-mounted for flexible locations, or field-assembled to fit plant-specific requirements, making it suitable for both new facilities and retrofit projects within industrial plants.

Q: What is the process for integrating the boiler into an existing plant?

A: Integration involves assessing exhaust gas sources, selecting the proper mounting type, connecting the boiler to the process stream, and configuring the PLC-based control system for seamless automation and monitoring.

Q: What are the operational benefits of using a waste heat recovery steam boiler?

A: Key benefits include reduced energy costs, improved thermal efficiency, no additional fuel consumption, high corrosion resistance for longevity, and reliable steam supply with automated control for minimal manual supervision.

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