The high powered Clayton Steam generator is the world's most compact, efficient, responsive and safest way of producing high quality steam. The Clayton Steam generator has been continually developed since 1930 and is very different from the traditional firetube boiler design that is the familiar steam train boiler image of the past. In a firetube boiler a large amount of water and steel is
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A steam generator is a type of boiler used to produce steam for climate control and potable water heating in railroad passenger cars.The output of a railroad steam generator is low pressure, saturated steam that is passed through a system of pipes and conduits throughout the length of the train. Steam generators were developed when diesel locomotives started to replace steam locomotives on
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The high powered Clayton Steam generator is the world's most compact, efficient, responsive and safest way of producing high quality steam. The Clayton Steam generator has been continually developed since 1930 and is very different from the traditional firetube boiler design that is the familiar steam train boiler image of the past. In a firetube boiler a large amount of water and steel is
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FIG. 3 is a schematic of a hazardous waste steam generator of this invention describing the various sections that would go to make up a boiler to operate in accordance with the invention to accomplish destruction of POHC's or converting POHC's to non-hazardous products of combustion. The alphabetic letters therein correspond to the plot of FIG. 1.
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The degree of hazard and the type of protection required depends on the boiler type and steam conditions at the inlet to the turbine. When a drum boiler is used to supply superheated steam, turbine protection may not be necessary, providing loss of boiler firing is adequately detected and alarmed so that the operator can take the necessary
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