Advantages

Reduction of energy consumption by using waste heat
Environmentally friendly by reducing the use of primary energy

Reduction of energy consumption by using waste heat
Environmentally friendly by reducing the use of primary energy
Heat exchangers are available in various sizes, types and configurations, adapted to the respective process

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ADVANTAGES

When several tube bundles are interconnected, recuperators with high efficiency can be achieved using multiple cross-current connection.

ADVANTAGES OF CIRCULAR DISCS - WT

Circular discs - WT can be ideally combined with boiler systems
Contaminated medium passes through the pipes, which are easy to clean
Only little effort is required for external channels
Compact design
With a vertical design, the chimney height is significantly reduced.

ADVANTAGES

Up to 50 % of the total heat output can be transferred through the contact of the hot ash with the ash cooler
Ash coolers are installed in the side bed so that maintenance and repairs are easy.

All Heat exchanger

Heat exchanger

For gas |gas & gas| liquid systems

Heat exchangers are widely used in many industrial applications and Industry sectors .

They enable the efficient and controlled transfer of thermal energy between media.

Special heat exchangers play a particularly important role here, as they significantly reduce the primary energy input in boiler and power plant systems by preheating the air required for combustion, thereby improving the overall efficiency of processes.

Heat is exchanged in the heat exchangers by transferring heat from the external medium through the partition walls of the tubes to the internal medium. There is no mixing of the material flows.

Evaporators and condensers are special types of heat exchangers that are used in coolers and heaters or in heat pumps. Here a phase change of the medium occurs, from liquid to gaseous (evaporation) or vice versa (condensation). These phase changes lead to high heat transfer values

Economizers are another type of heat exchanger used in heating systems and many industrial processes. They generally use exhaust heat to preheat feed water.

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Heat exchanger

Recuperators

Recuperators are used in many industrial processes and systems. They transfer heat without mixing the heat-emitting and heat-absorbing material flows.

Depending on the required efficiency, recuperators are designed as simple cross-flow heat exchangers or as multiple cross-counterflow heat exchangers.

Recuperators are characterized by the fact that the heat-emitting and heat-absorbing sides are gas-tight and separated from each other. Typically, the heat-emitting side flows around the tubes, while the heat-absorbing side flows through the tubes.

Heat exchanger

Air preheater for boiler systems

Air preheaters have the task of preheating the combustion air during combustion processes in order to reduce the energy required for combustion.

Depending on the type of combustion system, different designs of air preheaters are used. So-called circular disk heat exchangers have proven to be advantageous in heat transfer oil boilers, and recuperators with multiple cross-flow have proven to be advantageous in biomass combustion plants.