Adconair heat recovery sets the highest standards with the counterflow plate heat exchanger. An essential component of this function is the counterflow plate heat exchanger, in which the extract air is cooled adiabatically. The outside air is cooled by the moist-cool exhaust air in counterflow. Due to a complete separation of the air paths, there is no moisture transfer from the extract air to the supply air. The high efficiency is based on the fact that both processes, the adiabatic evaporative cooling of the extract air and the cooling of the fresh air, take place simultaneously in the heat exchanger.

The complete Adconair series are official Passive House certified components and are therefore ideally suited for use in Passive Houses and all other low-energy buildings.

A private wellness area - the dream of many people: A personal retreat for yourself, family and friends within your own four walls. For us at Menerga, the focus is on providing clean and efficient indoor air while protecting the most important thing - you. At Menerga, we have been developing innovative solutions for the ideal climate for decades.

Our application was specially developed for heat recovery from wastewater. Far too often, warm wastewater is discharged unused into the sewer system along with the energy it contains. Menerga solutions with an AquaCond heat recovery system recover much of this heat energy and transfer it to the fresh water.

For the public sector, the focus is on energy efficiency and the associated low operating costs. Units of the series Menerga NX ThermoCond achieve a very high energy efficiency, since the integrated program only adds as much air as is required for dehumidification of the pool hall air. Menerga NX ThermoCond dehumidifies exclusively with outside air. The design ensures the cleanability according to VDI 6022. The integrated counterflow plate heat exchanger reaches a real counterflow share of 80 % with highest heat recovery rates. Optionally the unit can be equipped with  a fresh water heater for an even more efficient use of the heat energy contained in the exhaust air.