KLÖPPER-THERM GMBH & CO. KG

Whether it’s for maintaining stable temperatures in storage tanks, compensating of heat loss in supply pipes, liquefying firm substances such as wax or vaporizing water or thermal oils, electrical heaters by Klöpper Therm are the answer. Our heaters provide optimised, energy efficient and reliable process control for all kinds of plants – chemical, petrochemical and pharmaceutical – as well as power plants and refineries. Based on the client’s specifications, we verify the technical feasibility for each application and transforms it into a concrete design.

Heating of all kinds of liquids and gases, especially suitable for installation in hazardous areas (ex. areas). Continuous heating by means of heat exchange between the tubular heating elements and the medium. We are experts in customizing process heaters always ensuring to deliver solutions which will be both technically and economically sound.

Klöpper Therm electric flow boilers are used for generating hot water in heating units for direct heating, storage operation or for Power to Heat systems. As an alternative to other energy types in new buildings or when converting central heating units, these boilers offer a universal range of applications radiator heating, floor heating, mixed systems or bivalent operation with other energy types. Depending on the relevant operating conditions of the energy supplier, the boilers are used for direct or storage heating by utilising free electric power during off peak times.

The energy market called for technical solutions contributing to a mains stabilization and benefiting from the potential of favourable energy prices at the same time. The warm water boilers can be delivered in a power range from 35 kW up to 1.2 MW whereas the hot water boilers are available with a capacity of max. 10 MW. By means of parallel or series connection of several systems the power range can be extended optionally. The functional principle of warm and hot water boilers relies on the direct heating of flowing water via numerous resistance heating elements. For control purposes, they are summarized in groups which are either switched in steps or triggered infinitely variable via a thyristor power controller.