Gas-liquid Heat Exchangers – Evolution Series

Evolution gas-liquid heat exchanger

With the Evolution series of gas-liquid heat exchangers, CALORPLAST sets the standard for efficient heat recovery in aggressive and polluted exhaust air environments.
Thanks to consistent further development and the use of modern materials and technologies, it has been possible to further increase the efficiency of the gas-liquid heat exchangers in a smaller installation space and to adapt them to current requirements.

The modular CALORPLAST concept allows seamless scalability of capacity and performance and can be flexibly adapted to a wide range of requirements. By varying the width and number of heat exchanger elements in height and air direction, both capacity (up to 80,000 m³/h exhaust air volume in one exhaust air line) and performance can be varied and determined according to customer requirements.

When used in heat recovery from aggressive or polluted exhaust air in conjunction with a closed-circuit system (CCS), e.g. in surface technology, chemicals, the electronics industry, laboratories in schools, universities, research facilities and similar institutions, the CALORPLAST Evolution heat exchanger achieves heat recovery coefficients that fulfil the Ecodesign Directive 1253/2014 (ErP 2018).

The Calorplast Evolution series heat exchanger is integrated into the customer’s AHU as an individual coil, but can also be designed as a ready-to-install component with housing, cleaning device and droplet separator.

The Evolution series is characterised not only by its high efficiency and small installation space. The modular design of the individual heat exchangers consisting of discrete block units and the implementation of consistent lightweight construction greatly simplify handling, installation and operation.
Individual heat exchanger blocks can be transported, installed and assembled on site by a small team. The small space requirement means that both stand-alone heat exchanger units and integration into complete AHU systems are possible.

Decades of experience in the field of exhaust air and waste gas treatment, as well as heat recovery, enable us to advise you exactly according to your needs. With the help of computer-aided simulation, our engineers determine flow conditions, heat transfer and performance in such a way that the most cost-effective and efficient solution for all your requirements is achieved in every case.