Ecolab Inc.

Cathy M Paquette

Richard K Staub

Francis Lawrence Richter

Scott P Bennett

Richard O Ruhr

Richard V Mullen

Gerald Wichman

David R Strehlow

Steve E Pasek

Tim Gutzman

Donald R Vegoe

The mastitis control teat dip composition of the invention provides rapid initial kill, a useful highly pseudoplastic rheology, a barrier/film-forming capacity, a unique antimicrobial composition that is stable over an extended period of time, and unexpected long term microbial control when compared to the prior art materials disclosed in patents and used in the marketplace. The compositions of the invention are made by combining an aqueous thickened liquid composition containing the organic components which can be combined with a simple aqueous solution of a salt of chlorous acid, preferably an alkali metal chlorite. The materials can be combined, blended into a smooth viscous material and can be immediately contacted with the target animals. The compositions of the invention provide rapid initial kill, consistent long term kill and chemical and rheological stability.

Acidic aqueous chlorite teat dip providing shelf life, sanitizing capacity and tissue protection

A lubricant concentrate comprising an effective lubricating amount of at least one sulfo methyl ester, and methods of using the same. The lubricant concentrate may diluted with water prior to use.

Conveyor lubricants for use in the food and beverage industries

The mastitis control teat dip composition of the invention provides rapid initial kill, a useful highly pseudoplastic rheology, a barrier/film-forming capacity, a unique antimicrobial composition that is stable over an extended period of time, and unexpected long term microbial control when compared to the prior art materials disclosed in patents and used in the marketplace. The compositions of the invention are made by combining an aqueous thickened liquid composition containing the organic components which can be combined with a simple aqueous solution of a salt of chlorous acid, preferably an alkali metal chlorite. The materials can be combined, blended into a smooth viscous material and can be immediately contacted with the target animals. The .compositions of the invention provide rapid initial kill, consistent long term kill and chemical and rheological stability.

Acidic aqueous chlorite teat dip providing shelf life sanitizing capacity and tissue protection

The mastitis control teat dip composition of the invention provides a softening, soothing, smoothing, relaxing property, a rapid initial kill, a useful highly pseudoplastic rheology, a barrier/film-forming capacity, a unique antimicrobial composition that is stable over an extended period of time, and unexpected long term microbial control when compared to the prior art materials disclosed in patents and used in the marketplace. The compositions of the invention are made by combining an aqueous thickened liquid composition containing the organic components which can be combined with a simple aqueous solution of a salt of chlorous acid, preferably an alkali metal chlorite. The materials can be combined, blended into a smooth viscous material containing an emollient package and can be immediately contacted with the target animals. The compositions of the invention provide rapid initial kill, consistent long term kill and chemical and rheological stability.

Acidic aqueous chlorite teat dip with improved emollient providing shelf life, sanitizing capacity and tissue protection

An automatic dispensing method and apparatus for transporting separate concentrated chemicals to the site of use and then dispensing the concentrated chemicals into a storage container to create a final or intermediate composition. The automatic dispensing apparatus includes a computer program that calculates the appropriate formulation and then interfaces with a controller to cause the appropriate chemical concentrates and the appropriate volumes of those concentrates to be dispensed. A method of generating a desired formulation is also disclosed and claimed.

Growing community of inventors

Coon Rapids, MN, United States of America

Cathy M Paquette