Ventilation system with thermal energy recovery

Gas separation – With remote fan or pump and unconfined flow to separator

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55475, 55499, B01D 5304

Patent

active

040494047

ABSTRACT:
A high performance ventilation system with means for recovering a high percentage of sensible and latent thermal energy from the exhausted air for return via the supply air. Two matrices of thermally absorbent, expanded honeycomb material are respectively alternately interconnected with fan-driven supply and exhaust paths via a valve device to store energy in one matrix while retrieving energy from the other. Constant air flow direction is maintained in the ventilated area. The valve may be thermostat controlled. The matrices are preferably formed of a fibrous organic material such as paper, in an expandable honeycomb configuration, and resin impregnated for durability and strength. A degree of residual flexibility is desired whereby the matrices may be adjusted for fitting, air control and cleaning purposes.

REFERENCES:
patent: 1872783 (1932-08-01), Miller
patent: 2344384 (1944-03-01), Altenkirch
patent: 2561441 (1951-07-01), Lou
patent: 2949976 (1960-08-01), Tuthill
patent: 3397793 (1968-08-01), MacDonnell
patent: 3594986 (1971-07-01), Schmid
patent: 3782081 (1974-01-01), Munters

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