Heat Exchanger and Energy Efficiency Solutions
Heat Exchanger Designs for Energy Efficiency
With our heat exchanger and energy efficiency solutions, we offer customized projects in the field of gas tanks for industrial facilities. For more details on cryogenic systems for chemical plants and the food industry, click here. Additionally, we provide services in many areas such as cryogenic tank manufacturing, cryogenic vaporizer production, cryogenic storage systems, industrial gas tank production, cryogenic equipment manufacturing, LOX tank production (Liquid Oxygen), LIN tank manufacturing (Liquid Nitrogen), LNG storage tanks, argon tank production, industrial gas systems, medical gas tanks, cryogenic gas distribution, industrial oxygen tanks, cold gas systems, cryogenic cooling solutions, gas tanks for industrial facilities, medical gas tanks for hospitals, cryogenic engineering solutions, cryogenic tank suppliers, low temperature gas storage tanks, cryogenic vaporizer technical specifications, vacuum insulated cryogenic tanks, double-walled cryogenic tank manufacturing, ASME certified cryogenic equipment, EN 13458 compliant cryogenic tanks, industrial liquid oxygen tank datasheets, argon/LIN/LOX tank technical documents, cryogenic gas distribution infrastructure, cryogenic liquid gas vaporizer systems, tank + vaporizer combination systems, gas phase conversion systems, tanks compatible with industrial gas line systems, liquid gas tanks for industrial production, cryogenic system supply for the chemical industry, medical oxygen tank purchasing, cryogenic solutions for the petrochemical sector, cold chain logistics cryogenic systems, cryogenic tank technical proposal requests, industrial gas equipment supplier companies, cost/performance focused cryogenic tank manufacturers, project-based cryogenic system solutions and cryogenic equipment supply including logistics.
- 45 MW and 60 MW Projects: Heat exchangers were produced for large-scale power plants. High-pressure resistant materials were used in these projects.
- Shell & Tube Heat Exchangers: Custom-designed shell and tube type exchangers manufactured for petrochemical facilities.
Our Heat Exchanger Types & Solutions
We design and manufacture different types of heat exchangers for heat recovery, cooling, heating and vaporization based on your process requirements. Thermal design is verified with HTRI; manufacturing conforms to TEMA, ASME VIII and PED standards.
Shell & Tube Heat Exchanger
Classic tubular heat exchangers suitable for high pressure and temperature, large capacity; available in TEMA types.
Plate Heat Exchanger
Compact, high-efficiency plate heat exchangers; easy cleaning and low footprint.
Water Bath Vaporizer
Water bath heaters for high-flow vaporization of LNG and industrial gases.
Atmospheric Vaporizer
Ambient-air aluminum-finned vaporizers; no energy input required.
Condenser
Efficient condenser solutions for condensing steam and process gases.
Reboiler / Steam Generator
Reboilers and steam generation heat exchangers for distillation columns and process lines.
Air-Cooled Heat Exchanger
Air cooler heat exchangers for sites where water resources are limited.
Standards: TEMA · ASME · PED
Design and manufacturing compliant with TEMA classification, ASME VIII Div.1 and PED 2014/68/EU.
Thermal Design & Simulation
Optimum heat transfer surface, pressure drop and efficiency via HTRI and engineering calculations.
Heat Exchanger Design and Fabrication Framework
The values below are our standard fabrication framework. If your project falls outside it, we assess it as a custom design.
What Buyers Ask Before a Quote
The questions purchasing and technical teams ask most often about the equipment on this page.
What data do you need to select an exchanger?
Media pairs, flow rates, inlet and outlet temperatures and the allowable pressure drop — those four are enough to start the thermal calculation. Adding fouling factor, design pressure and any material preference speeds the selection up.
What does calculating with HTRI mean?
HTRI is a calculation package widely used for the thermal and hydraulic design of heat exchangers. Heat transfer area, tube layout, core velocities and pressure drop are determined with it, so the exchanger delivers the expected performance on site.
How do you choose between fixed tubesheet, floating head and U-tube?
A fixed tubesheet is the most economical but the bundle cannot be cleaned mechanically. If the shell side fouls, a floating head is used; where differential thermal expansion is high, a U-tube or floating head is preferred. The decision follows the fouling tendency of the media and the temperature difference.
What is a TEMA class and which class do you build to?
TEMA is the standard that defines the types and fabrication classes of shell-and-tube exchangers. We design to TEMA and calculate pressure-retaining parts under ASME BPVC, EN 13445 and PED 2014/68/EU. The required class is settled in the specification according to the severity of the process.
What is the difference between a water bath and an atmospheric vaporiser?
The atmospheric type takes heat from ambient air and consumes no energy but depends on air temperature and run time. The water bath type works through a heated water bath and is used where vaporisation must be continuous, at high flow and independent of climate.
Are you selecting a heat exchanger?
Media pairs, flow rates, inlet and outlet temperatures and the allowable pressure drop — with those four we run the thermal calculation in HTRI and recommend the type.