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GEA Flex

Kelvion K°Flex Fully Welded Plate Heat Exchangers

GBX Series

Kelvion GBX Series Copper Brazed Heat Exchangers

Kelvion REKULUVO and REKUGAVO Air Pre-Heater & Gas Pre-Heater for Gaseous Media

The names "REKULUVO" (recuperative air pre-heater) and "REKUGAVO" (recuperative gas pre-heater) describe two highly efficient, fully welded plate heat exchangers for gaseous products, working according to the countercurrent principle. This system achieves very high heat recovery rates.

The heat transfer surfaces consist of profiled plates with a high specific capacity which are welded together into self-supporting packs. Both gases flow through the plates in countercurrent and are separated from each other without leakage. Mixing of the two gas streams is thus almost completely excluded.

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Availability: In stock
SKU
GE05200W

The GEA solution for gaseous media

The names "REKULUVO" (recuperative air pre-heater) and "REKUGAVO" (recuperative gas pre-heater) describe two highly efficient, fully welded plate heat exchangers for gaseous products, working according to the countercurrent principle. This system achieves very high heat recovery rates.

The heat transfer surfaces consist of profiled plates with a high specific capacity which are welded together into self-supporting packs. Both gases flow through the plates in countercurrent and are separated from each other without leakage. Mixing of the two gas streams is thus almost completely excluded.

Fields of application

The REKULUVO is particularly suitable for pre-heating the combustion air in petrochemical plants (fired heaters) or in methanol and ammonia plants.
The REKUGAVO is the perfect heat exchanger for heating up flue gas to the catalyst reaction temperature, e.g. in denitration units of refuse incinerating plants.

Technical data

The capacities are between 3,000 and 1,177,000 SCFM (5,000 and 2,000,000 Nm³/h). Air and flue gas in these volumes at up to a temperature of 1100°F (600°C) can be circulated without any problems, and the recovery rate is up to 97 %