Steam Superheaters

Description: Designed to your special heating requirements, the Sussman Series SSH steam superheaters are suitable for the heating of saturated steam under pressurized conditions adding BTU s to increase the quality and raise the temperature of saturated steam to match your process

• Maximum Temperature: 1,000 F
• Maximum Pressure: 300 psi
• Features: ASME Certified, Superheater
• Fuel Type / Heat Source: Electric

Description: ACME Electric Steam Superheaters are available for use with steam boilers as auxiliary pieces of equipment. Our superheaters are all custom-made and built to meet the specific design requirements of each application. A superheater increases the temperature of the

• Maximum Temperature: 1,200 F
• Maximum Pressure: 800 psi
• Features: ASME Certified, Monitor / Controller, Safety Valve, Skidded / Packaged, Superheater
• Fuel Type / Heat Source: Electric

Description: ACME Steam Superheaters are available for operating pressures of up to 800 PSIG and temperatures up to 1200 deg. F. Steam flow is only limited by practical size considerations. Pressure sections are built to ASME code with National Board or CRN registration. Burners are AGA or

• Maximum Temperature: 1,200 F
• Maximum Pressure: 800 psi
• Features: ASME Certified, Monitor / Controller, Safety Valve, Skidded / Packaged, Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane)

Description: ACME Electric Steam Superheaters are available for use with steam boilers as auxiliary pieces of equipment. Our superheaters are all custom-made and built to meet the specific design requirements of each application. A superheater increases the temperature of the

• Heat Output (Capacity): 10,235.414534288639 to 133,060.3889457523 BTU/hr
• Maximum Temperature: 500 to 700 F
• Features: ASME Certified, Monitor / Controller, Safety Valve, Skidded / Packaged, Superheater
• Fuel Type / Heat Source: Electric

Description: INDICATOR, FLOW, LOW STEAM, SUPERHEATER

Description: Design and Manufacture of Water-Tube Steam Generating Plant (Including Superheaters, Reheaters and Steel Tube Economizers) Enquiry Case 3: Local Loads

Description: Design and Manufacture of Water-Tube Steam Generating Plant (Including Superheaters, Reheaters and Steel Tube Economizers) Enquiry Case 8: Ultrasonic Acceptance Criteria

Description: Design and Manufacture of Water-Tube Steam Generating Plant (Including Superheaters, Reheaters and Steel Tube Economizers) Enquiry Case 10: Use of Steel 91

Description: The Indeck Keystone series watertube steam generators are designed with the flexibility to meet unique project requirements for shop-assembled or field-erected boilers. Indeck has watertube steam generators capable of producing steam up to 1,000,000 lb/hr at design pressures

• Maximum Pressure: 150 to 2,000 psi
• Features: ASME Certified, Low Emissions, Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane), Oil, Waste Heat / Indirect
• Type: Steam

Description: accommodate addition of 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

Description: “steam dryers” and are operated without temperature control. For higher steam temperatures, the superheater is installed within the rear reversing chamber. As a result, higher steam temperatures are achieved. A superheater of this temperature level is operated with

Description: tubes are fast and easy to clean thanks to the low number and efficiency of the spiral tubes. Uniform, high steam quality The boiler’s efficient steam drier delivers a dry, saturated steam. A superheater can also be installed. Improved combustion The furnace has a

• Maximum Pressure: 435.1131 psi
• Efficiency: 91 to 95 %
• Fuel Type / Heat Source: Gas (Natural / Propane), Oil
• Orientation: Horizontal

Description: Electrode boilers utilize the conductive and resistive properties of water to carry electric current and generate steam. An A.C. current flows from an electrode to one phase to the ground using the water as the conductor. These Electrode Boilers have unlimited application possibilities

• Heat Output (Capacity): 8,529.5121119072 to 37,529.85329239167 BTU/hr
• Maximum Temperature: 392 F
• Maximum Pressure: 150 to 300 psi
• Features: Deaerator / Separator, Low Emissions, Monitor / Controller, Other, Safety Valve, Superheater, Water Treater / Conditioner

Description: offer both single- and dual-stage integral superheater systems with optional temperature control over turndown. Features: Furnace construction utilizes a welded-membrane wall design Convection or radiant superheaters Large, water-cooled, gas-tight furnace areas Boiler wall

• Maximum Temperature: 1,050 F
• Maximum Pressure: 1,500 psi
• Fuel Type / Heat Source: Gas (Natural / Propane)
• Type: Steam

Description: This document provides a set of Design Guidelines aimed at the minimization of the effects of fireside corrosion, particle impact erosion and steam-side oxidation on boiler tubing and other components of large pulverized coal-fired boilers. Particular emphasis is placed on the boiler

Description: This document provides a set of Design Guidelines aimed at the minimization of the effects of fireside corrosion, particle impact erosion and steam-side oxidation on boiler tubing and other components of large pulverized coal-fired boilers. Particular emphasis is placed on the boiler

Description: With our many years of custom energy recovery from combustors, industrial processes, and gasification processes, Cleaver-Brooks provides natural circulation designs with membrane wall construction. Our single pass designs have the steam and water drums position parallel or perpendicular to

• Maximum Pressure: 1,200 psi
• Features: Economizer, Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane), Waste Heat / Indirect
• Type: Hot Water, Steam

Description: uses steam or compressed-air soot blowers. The economizer can be used in conjunction with an oil-fi red auxiliary boiler or a separate steam drum, in both cases acting as a steam/water separator. Features and benefits of the Aalborg XW product Forced circulation exhaust gas

Description: nuclear industry where it is used for pressure vessel superheaters, steam separators and tube plates. This electrode is commonly used in cryogenic installations; chemical and petrochemical applications; and for heat treatment and case hardening industrial furnace parts. More specific