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Heating, Steam, HVAC & Utility Equipment

Thermal and building-service systems supporting process plants and industrial facilities. Site climate, utility conditions and operating duty define the enquiry.

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Thermal and building-service systems supporting process plants and industrial facilities. Site climate, utility conditions and operating duty define the enquiry.

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Understanding heating, steam, hvac & utility equipment

Compare the functions and applications in this category, then use the catalogue filters to narrow your requirement. Each topic includes detailed selection information and an enquiry form.

Fired heaters, furnaces and burners

Fired heaters and furnaces transfer heat from combustion to a process duty. Burners introduce fuel and support a specified combustion arrangement, with controls and materials selected for the equipment design.

Refining, petrochemical and industrial heating applications use different heater configurations. Fuel properties and the process heat requirement are central inputs.

Boilers and waste heat recovery

Boilers generate steam or provide a specified heating duty. Waste-heat recovery equipment uses an available hot stream to recover useful thermal energy within an engineered process arrangement.

Industrial steam systems and energy-recovery projects use boilers, economizers and heat-recovery assemblies. Demand and available heat establish the duty.

Steam traps and condensate systems

Steam traps discharge condensate according to their operating principle within a steam system. Condensate equipment collects and returns the resulting liquid through an arrangement matched to pressure and flow conditions.

Steam distribution and process heating use these components to support thermal-system operation. Condensate loads vary between startup and normal duty.

Heat tracing and industrial heaters

Heat tracing adds heat along piping or equipment to maintain a required temperature. Industrial heaters provide selected direct or indirect heating duties through an arrangement compatible with the fluid and installation.

Process-temperature maintenance, frost protection and tank heating use different systems. Insulation and ambient conditions affect thermal requirements.

Industrial HVAC and refrigeration

Industrial HVAC controls ventilation and indoor thermal conditions, while refrigeration provides specified cooling duties. Equipment must suit the heat load, air quality and environmental conditions of the installation.

Control buildings, electrical rooms, shelters and process-support areas use these systems. Redundancy and air-treatment requirements differ by facility.

Cooling towers and utility air dryers

Cooling towers reject heat from a water circuit, while compressed-air dryers reduce moisture in an air stream. They support different industrial utilities and need independently defined performance requirements.

Plant cooling-water networks and instrument or utility-air systems use these equipment families. Ambient conditions influence both duties.

Refractory, insulation and fireproofing materials

Refractory materials serve defined high-temperature lining duties, insulation manages heat transfer and fireproofing provides specified passive protection. These material systems have distinct functions and qualification requirements.

Heaters, vessels, structures and piping use selected protection or thermal materials. Exposure, substrate and installation method affect suitability.