Plant husbandry – Process
Patent
1995-08-14
1997-11-04
Fox, David T.
Plant husbandry
Process
47 14, 47DIG10, A01G 702, A01G 100
Patent
active
056827091
ABSTRACT:
A method of recycling carbon dioxide for enhancing plant growth. The method comprising the steps of collecting carbon dioxide-containing gas, depositing the carbon dioxide-containing gas into an underground void which is substantially free of methane, storing the carbon dioxide-containing gas in the underground void until it cools to a less than ambient daytime temperature, and distributing the stored carbon dioxide-containing gas to plants within a contiguous tract of plants under field conditions.
REFERENCES:
patent: 1908164 (1933-05-01), Minor
patent: 3385786 (1968-05-01), Klock
patent: 3577678 (1971-05-01), Burton
patent: 4073089 (1978-02-01), Maginnes et al.
patent: 5300226 (1994-04-01), Erickson
Pearce, "The High Cost of Carbon Dioxide" New Scientist, vol. 130, No. 1882, 17 Jul. 1993, pp. 26-29.
Pruschek, "Retention and Disposing of CO2", Proceedings of the VDI-GET Conference: Influence of Man on Climate III, 2 Nov. 1992, Dusseldorf (DE), pp. 71-88.
Fulkerson et al., "Stabilizing Atmosphere CO2 Concentration by Reducing Emissions from Fossil Fuel Comsumption: Where do we Really Stand?", Technologies for a Greenhouse-Constrained Society, 13 Jun. 1995, Oak Ridge, TN, pp. 307-323.
Greenhouse Tomatoes, Lettuce and Cucumbers, "Cultural Requirements", pp. 190-203, S. Honma and S.H. Wittwer (1979).
Energy Sence (Spring 1985), "Business--Energy in the Future", pp. 20-22.
Bell Kent L.
Fox David T.
Parker Paul T.
The Agricultural Gas Company
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