Heat Stations and Packaged Heat Exchanger Systems

Anasayfa Custom Manufacturing Systems Heat Stations and Packaged Heat Exchanger Systems

Heat Stations and Packaged Heat Exchanger Systems

Heat stations and packaged heat exchanger systems are integrated engineering solutions designed to control, distribute, and transfer energy derived from various sources to industrial processes with maximum efficiency.

Developed by MAXWOR, these systems are not merely heat exchanger assemblies; they are turnkey energy management systems that combine pumps, valves, sensors, and automation and control infrastructure onto a single platform.

By operating compatibly with diverse sources—such as steam, hot water, thermal oil, chillers, cooling tower water, and waste heat—they simultaneously ensure process safety, production continuity, and energy efficiency in industrial facilities.

Technical Specifications

These systems are custom-designed based on project-specific engineering calculations, including heat load analysis, flow rate calculations, pressure drop optimization, and heat transfer surface determination.
Within an integrated system architecture, high-efficiency heat exchangers, circulation pumps, proportional control valves, PID-controlled automation, and advanced sensor infrastructure operate together.
With ±1°C precise temperature control, fast load adaptation, and low energy loss, process stability is maximized.
In heating, cooling, and energy recovery applications, they perform critical tasks such as process water cooling, oil cooling, reactor jacket control, and equipment stabilization with high precision.
By recovering waste heat, energy savings of up to 20–30% can be achieved, while the systems offer low operating costs and short payback periods.

Design & Material

All systems are engineered based on calculations considering LMTD and NTU analysis, pressure drop calculations, pump selection, cavitation analysis, thermal expansion, and safety scenarios.
In steam systems, condensate management, water hammer analysis, and safety scenarios are specifically addressed.
Manufacturing processes are carried out in compliance with PED, CE, ASME, and EN standards; quality is ensured through certified materials, advanced welding technologies, and non-destructive testing methods.

In automation and digital integration, Industry 4.0-compatible solutions are provided through SCADA, BMS, and remote monitoring systems.
Thanks to compact, insulated, and modular design, fast on-site installation, safe operation, and long equipment service life are ensured.