Mario F Cabrera

US Patent:

62639005, Jul 24, 2001

Filed:

Feb 17, 2000

Appl. No.:

9/506154

Inventors:

Mario D. Cabrera - Towaco NJ
Gregory Stockinger - Pompton Plains NJ
Albert Van Grouw - North Haledon NJ

Assignee:

United States Filter Corporation - Palm Desert GA

International Classification:

F16K 11044

US Classification:

137113

Abstract:

A gas feed system for supplying a gas such as chlorine to a water system for chlorinating the water. The gas feed system includes multiple containers and provides for automatic switch over from one container to a second container once the first container is empty and such that the first containers can be completely emptied. The invention also includes a gas feed regulator for controlling the supply of gas from a container such as a chlorine cylinder, the regulator having a simplified construction.

US Patent:

61055980, Aug 22, 2000

Filed:

Apr 3, 1998

Appl. No.:

8/981242

Inventors:

Mario D. Cabrera - Towaco NJ
Gregory Stockinger - Pompton Plains NJ
Albert Van Grouw - North Haledon NJ

Assignee:

United States Filter Corporation - Palm Desert CA

International Classification:

F16K 1120

US Classification:

137113

Abstract:

A gas feed system is disclosed for supplying a gas such as chlorine to a water system for chlorinating the water. The gas feed system includes multiple containers and provides for automatic switching over from one container to a second container once the first container is empty and such that the first container can be completely emptied. The invention also includes a gas feed regulator for controlling the supply of gas from a container such as a chlorine cylinder, the regulator having a simplified construction.

US Patent:

20140332399, Nov 13, 2014

Filed:

May 8, 2013

Appl. No.:

13/889742

Inventors:

Mario D. Cabrera - Towaco NJ, US

International Classification:

C02F 1/467

US Classification:

205335, 205351

Abstract:

A Low Capacity Sodium Hypochlorite Generation (LCHG) system uses batching rather than the conventional continuous flow method in the production of sodium hypochlorite. Batching eliminates the need for metering pumps for brine and dilution water, as well as their associated controls and maintenance/servicing demands. Batching also precisely controls the ratio of brine to dilution water in the electrolyzer to produce a consistent strength sodium hypochlorite solution. Consequently, the LCHG system has fewer components, greater reliability and simpler maintenance than the continuous-flow on-site electrolytic chlorination systems.