The invention is a method for attracting mosquitoes by producing a volatilized acid by combining an acid precursor with water to produce the humidified vapor acid attractant, preferably hydrogen chloride. The humidified volatilized acid can be further combined with carbon dioxide, or carbon dioxide can be simultaneously produced to attract mosquitoes. The acid precursor can be a hydrate of ferric chloride, such as ferric chloride hexahydrate. The acid precursor can be impregnated in a carrier, and can be combined with water through exposure to water vapor in the atmosphere, the intentional addition of water, or water produced by a chemical reaction.
Composition And Method For Producing Carbon Dioxide
The invention is a method and composition for producing carbon dioxide that is based on the reaction or activation of at least one carbon-containing compound with protons. The carbon-containing compound can be in the form of a powder, an impregnated carrier (e. g. zeolite crystals) or an aqueous solution and is preferably selected from the group consisting of carbonates, bicarbonates or sesquicarbonates. The protons are preferably provided by a proton-generating species such as an acid or metal salt. The method and composition can further include a water-retaining substance and/or a chlorine dioxide-producing compound in accordance with the invention.
Method And Composition For Attracting Arthropods By Volatilizing An Acid
Joel TENNEY - Marietta GA, US Tom Isaac - Newnan GA, US William Ernst - Roswell GA, US
International Classification:
A01N 59/00 A01N 25/34 A01N 59/08
US Classification:
424409, 424 84
Abstract:
The invention is a method for attracting mosquitoes by producing a volatilized acid by combining an acid precursor with water to produce the humidified vapor acid attractant, preferably hydrogen chloride. The humidified volatilized acid can be further combined with carbon dioxide, or carbon dioxide can be simultaneously produced to attract mosquitoes. The acid precursor can be a hydrate of ferric chloride, such as ferric chloride hexahydrate. The acid precursor can be impregnated in a carrier, and can be combined with water through exposure to water vapor in the atmosphere, the intentional addition of water, or water produced by a chemical reaction.
Michael S. Chen - Zionsville PA Thomas J. Edwards - Allentown PA William R. Ernst - Roswell GA
Assignee:
Air Products and Chemicals, Inc. - Allentown PA
International Classification:
C01B 1700
US Classification:
423243
Abstract:
Hydrolysis of COS in gas streams to H. sub. 2 S and CO. sub. 2 can be improved by using certain bicyclo tertiary amine catalysts. Bicyclo tertiary amine catalysts can enhance COS hydrolysis in an acid gas removal solvent in the liquid phase or on a solid support system in the gas phase.
Allan S. Myerson - Marietta GA William R. Ernst - Roswell GA
Assignee:
Georgia Tech Research Institute - Atlanta GA
International Classification:
B01J 2394 B01J 2120 C22B 300 C12D 1300
US Classification:
502 25
Abstract:
Spent catalysts containing metal impurities are treated by a process comprising treating the spent catalyst with a solution containing oxidizing ferric ion and/or oxidizing bacteria, thereby freeing said spent catalyst of said metal impurities.
Catalytic Hydrolysis Of Cos In Acid Gas Removal Solvents
Michael S. Chen - Zionsville PA James T. Edwards - Allentown PA William R. Ernst - Roswell GA
Assignee:
Air Products and Chemicals, Inc. - Allentown PA
International Classification:
C01B 1700
US Classification:
423243
Abstract:
Hydrolysis of COS in gas streams to H. sub. 2 S and CO. sub. 2 can be improved by the addition of certain bicyclo amine catalysts to acid gas removal solvents.
Allan S. Myerson - Brooklyn NY William R. Ernst - Roswell GA
Assignee:
Georgia Tech Research Corporation - Atlanta GA
International Classification:
B01J 2394 B01J 2120 B01J 3864 C10G 4508
US Classification:
502 25
Abstract:
Regeneration of HDS catalysts by sulfiding under controlled conditions and leaching the sulfided catalyst with an acidic aqueous ferric ion containing solution to remove contaminating nickel and vanadium compounds and recovering catalyst of increased BET surface area and pore diameter.
William Ernst (1977-1981), Marie Wroblewski (1961-1965), Kelly Kirby (1996-2000), Phil Dizonno (1973-1977), Leann Krull (1972-1976), Joshua Smok (1994-1998)