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

• Features: ASME Certified, Superheater
• Fuel Type / Heat Source: Electric
• Maximum Pressure: 300 psi
• Maximum Temperature: 1000 F

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

• Features: ASME Certified, Monitor / Controller, Safety Valve, Skidded / Packaged, Superheater
• Fuel Type / Heat Source: Electric
• Maximum Pressure: 800 psi
• Maximum Temperature: 1200 F

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

• Features: ASME Certified, Monitor / Controller, Safety Valve, Skidded / Packaged, Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane)
• Maximum Pressure: 800 psi
• Maximum Temperature: 1200 F

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

• Features: ASME Certified, Monitor / Controller, Safety Valve, Skidded / Packaged, Superheater
• Fuel Type / Heat Source: Electric
• Heat Output (Capacity): 10235 to 133060 BTU/hr
• Maximum Temperature: 500 to 700 F

Description: INDICATOR, FLOW, LOW STEAM, SUPERHEATER

Description: natural circulation design Can 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

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

• Features: ASME Certified, Low Emissions, Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane), Oil, Waste Heat / Indirect
• Maximum Pressure: 150 to 2000 psi
• Technology: Water Tube

Description: The Cleaver-Brooks Max-Fire boiler incorporates an integral furnace in a single shop-assembled package heat recovery steam generator (HRSG) that combines a furnace and evaporator and superheater, if applicable, with a natural circulation design. Capable of steam flows up to

Description: Indeck "D" Series watertube boilers are designed to reduce overall project cycle time and to lower steam generating equipment costs. Capacity Range The "D" Series watertube steam generator is capable of producing up to 500,000 Ib steam/hr at design pressures up to 2,000 PSIG

• Features: ASME Certified, Low Emissions, Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane), Oil, Waste Heat / Indirect
• Maximum Pressure: 150 to 2000 psi
• Technology: Water Tube

Description: SPECIFICATION FOR DESIGN AND MANUFACTURE OF WATER-TUBE STEAM GENERATING PLANT (INCLUDING SUPERHEATERS, REHEATERS AND STEEL TUBEECONOMIZERS) * INCLUDES CORRIGENDUM

Description: drier delivers a dry, saturated steam. A superheater can also be installed. Improved combustion The furnace has a comparatively low heat release ratio and provides ample space for the flame. This improves combustion and limits flue gas emissions.

• Efficiency: 91 to 95 %
• Fuel Type / Heat Source: Gas (Natural / Propane), Oil
• Maximum Pressure: 435 psi
• Orientation: Horizontal

Description: DESIGN AND MANUFACTURE OF WATER-TUBE STEAM GENERATING PLANT (INCLUDING SUPERHEATERS, REHEATERS AND STEEL TUBE ECONOMIZERS) ENQUIRY CASE 3: LOCAL LOADS

Description: superheated steam. We 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

• Features: Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane)
• Maximum Pressure: 1500 psi
• Maximum Temperature: 1050 F

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

• Features: Deaerator / Separator, Low Emissions, Monitor / Controller, Safety Valve, Superheater, Water Treater / Conditioner
• Fuel Type / Heat Source: Electric
• Heat Output (Capacity): 8530 to 37530 BTU/hr
• Maximum Pressure: 150 to 300 psi

Description: provide superheated steam. We offer both single- and dual-stage integral superheater systems with optional temperature control over turndown. Features: Minimal field assembly Faster, more cost-effective delivery time versus field erect boilers Reduced gas

• Features: Superheater
• Fuel Type / Heat Source: Gas (Natural / Propane)
• Maximum Pressure: 1500 psi
• Maximum Temperature: 1050 F

Description: DESIGN AND MANUFACTURE OF WATER-TUBE STEAM GENERATING PLANT (INCLUDING SUPERHEATERS, REHEATERS AND STEEL TUBE ECONOMIZERS) ENQUIRY CASE 1: EDDY CURRENT TESTING IN LIEU OF HYDRAULIC TESTING

Description: In order to generate superheated steam, SCHNEIDER-Three Pass Boilers can be equipped with different superheater systems. For lower steam temperatures (superheating by 40 to 60 K), the superheater is installed within the front reversing chamber..This arrangement does not

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: from the most compact unit Efficient, well-proven cleaning system with steam or air soot blowers Superheater and preheater as an option Design data Steam capacity: 0.2 - 17 t/h Heat capacity: 0.1 - 21 MW Steam pressure: 12 - 22 bar

Description: . Applications More common used of Washington Alloy 112 include the 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

Description: 100,000 copies of the BPVC are in use in 100 countries around the world. Product Scope / Abstract This Section provides requirements for all methods of construction of power, electric, and miniature boilers; high temperature water boilers, heat recovery steam generators, and

Description: 100,000 copies of the BPVC are in use in 100 countries around the world. Product Scope / Abstract This Section provides requirements for all methods of construction of power, electric, and miniature boilers; high temperature water boilers, heat recovery steam generators, and