Clayton Waste Heat Boilers
Clayton - Waste Heat Boilers
Clayton Waste Heat Boilers
The Clayton Waste Heat Recovery System can be used to generate steam or high temperature hot water. There are typical combinations of an exhaust gas or waste heat unit with a direct fired steam generator. A principal feature of the Clayton Waste Heat Recovery System is its unique coil design. The coil tube is wound in a spiral pattern with closely controlled spacing between turns. This provides the desired area to control the velocities of the boiler gases. This highly efficient heating surface arrangement minimizes size and weight requirements.
The Clayton Exhaust Gas Boiler (EGB) is primarily used in conjunction with a Prime Mover, such as a Turbine or Internal Combustion Engine (100 kW to 15 mW), as part of a Distributed Generation installation producing electricity or in marine/shipboard applications. The typical Clayton EGB is constructed of individual coil modules, with each module containing spirally wound layers.
The number of modules used depends upon the exhaust gas flows, allowable back pressure and on the boiler heat output requirements in steam or hot water. The Clayton EGB module is available in various sizes and configurations to meet individual requirements. Clayton EGB modules can operate at temperatures up to 650 °C and can run dry (without circulating water in the tubes) at temperatures up to 450°C. Once assembled with the appropriate coil modules, the completed Clayton EGB includes inlet and outlet cones that permit vertical or horizontal units with exhaust gas flows in any direction.
To contact O’Brien Boiler Services about Clayton Waste Heat Boilers use Get a quote.
The Clayton Waste Heat Recovery System can be used to generate steam or high temperature hot water. There are typical combinations of an exhaust gas or waste heat unit with a direct fired steam generator. A principal feature of the Clayton Waste Heat Recovery System is its unique coil design. The coil tube is wound in a spiral pattern with closely controlled spacing between turns. This provides the desired area to control the velocities of the boiler gases. This highly efficient heating surface arrangement minimizes size and weight requirements.
The Clayton Exhaust Gas Boiler (EGB) is primarily used in conjunction with a Prime Mover, such as a Turbine or Internal Combustion Engine (100 kW to 15 mW), as part of a Distributed Generation installation producing electricity or in marine/shipboard applications. The typical Clayton EGB is constructed of individual coil modules, with each module containing spirally wound layers.
The number of modules used depends upon the exhaust gas flows, allowable back pressure and on the boiler heat output requirements in steam or hot water. The Clayton EGB module is available in various sizes and configurations to meet individual requirements. Clayton EGB modules can operate at temperatures up to 650 °C and can run dry (without circulating water in the tubes) at temperatures up to 450°C. Once assembled with the appropriate coil modules, the completed Clayton EGB includes inlet and outlet cones that permit vertical or horizontal units with exhaust gas flows in any direction.
To contact O’Brien Boiler Services about Clayton Waste Heat Boilers use Get a quote.
The Clayton waste heat recovery system generates steam or high-temperature hot water from exhaust gas or other waste heat. Its spiral coil has closely spaced turns that control boiler-gas velocities, helping minimise heating-surface size and weight requirements. The exhaust gas boiler is used with turbines or internal combustion engines in distributed-generation installations and marine or shipboard applications.
- Prime movers: 100 kW to 15 mW
- Typical configurations combine exhaust-gas or waste-heat units with direct-fired steam generators
- Module count depends on exhaust flow, allowable back pressure and required heat output
- Up to 650 °C operation; dry-running without tube-water circulation up to 450 °C
- Inlet/outlet cones allow vertical or horizontal units and exhaust flow in any direction
Source: listing by O’Brien Boiler Services on IndustrySearch · Updated 31 Oct 2026
AI Overview is generated by artificial intelligence and may contain mistakes.
Written by AI from the listing by O’Brien Boiler Services on IndustrySearch. It is meant to use only what that listing says, but it can still get details wrong, so check them with the supplier before you buy.
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