Harald P. Wulff - Bryn Mawr PA Paul A. Siracusa - Perkasie PA Patricia E. Bator - Secaucus NJ Barry A. Salka - Fair Lawn NJ Michael W. Counts - Ambler PA Robert A. Aleksejczyk - Hatfield PA
Assignee:
Henkel Corporation - Plymouth Meeting PA
International Classification:
C07G 300 A01N 4304 A61K 3170 C11D 100
US Classification:
536 41
Abstract:
An improved alkylpolyglycoside surfactant composition, and method of preparing same, by selecting an average chain length of the alkyl moiety of the composition and mixing two or more of at least binary components having an average alkyl chain lengths such that when mixed, the amounts thereof are effective to provide the predetermined, selected average alkyl moiety of the surfactant composition. The improved alkylpolyglycoside composition is used in a variety of end-use applications, including hard surface cleaners, laundry detergents, and personal care products, such as shampoos, soaps, facial cleansers, foam baths, toothpaste, mouthwashes, antiperspirants and the like.
Allen D. Urfer - Lansdale PA Michael Counts - Bethlehem PA
Assignee:
Henkel Corporation - Plymouth Meeting PA
International Classification:
C11D 194 C11D 322 C11D 328
US Classification:
510433
Abstract:
The present invention is directed to a process for forming a hydrotrope which effectively reduces the likelihood of phase separation in a liquid cleaning composition and simultaneously enhancing its cleaning properties by combining an alkyl polyglycoside having the formula I R. sub. 7 O(Z). sub. a (I) wherein R. sub. 7 is a monovalent organic radical having from about 6 to about 30 carbon atoms; Z is saccharide residue having 5 or 6 carbon atoms; a is a number having a value from 1 to about 6 and an amphoteric surfactant, in a percent actives ratio of about 1:1. The amphoteric surfactants to be used are preferably selected from the group consisting of N-alkyl beta-alanines, amino betaines, amido betaines, imidazoline betaines, amino oxides, as well as mixtures thereof.
Bleaching And Cleaning Compositions Containing Fragrances
The present invention is directed to a stable fragrant bleaching block which comprises (a) a bleaching agent having a reduction potential from about -0. 7 v to about +0. 4 v and (b) an organoleptic effective amount of a fragrant agent which (i) is stable to the bleaching agent, (ii) does not decompose the bleaching agent, and (iii) is not substantially hygroscopic. This invention also pertains to methods for making and employing the stable fragranced bleaching block.
Cleaning Compositions Containing A Halogen Bleaching Agent And A Sulfosuccinate Salt
Michael Wayne Counts - Bethlehem PA Michael Yao-Chi Chiang - Flemington NJ
Assignee:
Lonza Inc. - Fair Lawn NJ
International Classification:
C11D 300 C11D 728 C11D 754 C11D 000 C09K 322
US Classification:
510365
Abstract:
The present invention relates to cleaning compositions containing one or more halogen bleaching agents and a sulfosuccinate salt. It has been unexpectedly found in accordance with the present invention that the addition of a sulfosuccinate salt to a halogen bleaching agent significantly enhances the cleaning capacity of the halogen bleaching agent compared to the cleaning capacity of either compound alone. The present invention further relates to a method of treating a contaminated surface by washing the contaminated surface with a cleaning composition containing one or more halogen bleaching agents and sulfosuccinate salts. A method of removing soil or oily substances from a substrate by treating the substrate with a cleaning composition containing one or more halogen bleaching agents and sulfosuccinate salts is also provided by this invention.
Harald P. Wulff - Bryn Mawr PA Paul A. Siracusa - Perkasie PA Patricia E. Bator - Secaucus NJ Barry A. Salka - Fair Lawn NJ Michael W. Counts - Ambler PA Robert A. Aleksejczyk - Hatfield PA Patrick M. McCurry - Lansdale PA Robert S. McDaniel - Chalfont PA William G. Kozak - Hatfield PA Allen D. Urfer - Lansdale PA Gail Howell - Fort Mill SC
Assignee:
Henkel Corporation - Plymouth Meeting PA
International Classification:
C07H 100
US Classification:
536 186
Abstract:
A process for preparing high detergency or surfactant alkyl polyglycoside compositions and a purified alkyl monoglycoside and to compositions employing the polyglycosides for various end use applications. The process involves removal of a substantial portion of the monoglycoside present in a reaction product mixture containing alkyl polyglycosides resulting from the reaction of an alcohol and saccharide at elevated temperatures in the presence of an acid catalyst. Separation of the monoglycoside from the reaction product mixture may be carried out by molecular distillation.
Harald P. Wulff - Bryn Mawr PA Paul A. Siracusa - Perkasie PA Patricia E. Bator - Secaucus NJ Barry A. Salka - Fair Lawn NJ Michael W. Counts - Ambler PA Robert A. Aleksejczyk - Hatfield PA Patrick M. McCurry - Lansdale PA Robert S. McDaniel - Chalfont PA William G. Kozak - Hatfield PA Allen D. Urfer - Lansdale PA Gail Howell - Fort Mill SC
Assignee:
Henkel Corporation - Plymouth Meeting PA
International Classification:
C07H 106 C07H 1504 C07H 1500 C07G 300 C08B 3700
US Classification:
536 186
Abstract:
A process for preparing high detergency or surfactant alkyl polyglycoside compositions and a purified alkyl monoglycoside and to compositions employing the polyglycosides for various end use applications. The process involves removal of a substantial portion of the monoglycoside present in a reaction product mixture containing alkyl polyglycosides resulting from the reaction of an alcohol and saccharide at elevated temperatures in the presence of an acid catalyst. Separation of the monoglycoside from the reaction product mixture may be carried out by molecular distillation.
Bleaching And Cleaning Compositions Containing Fragrances
The present invention is directed to a stable fragrant bleaching block which comprises (a) a bleaching agent having a reduction potential from about -0. 7 v to about +0. 4 v and (b) an organoleptic effective amount of a fragrant agent which (i) is stable to the bleaching agent, (ii) does not decompose the bleaching agent, and (iii) is not substantially hygroscopic. This invention also pertains to methods for making and employing the stable fragranced bleaching block.
Preparation Of Alkylpolyglycosides And Cleaning Compositions Comprising Same
Harald P. Wulff - Bryn Mawr PA Paul A. Siracusa - Perkasie PA Patricia E. Bator - Secaucus NJ Barry A. Salka - Fair Lawn NJ Michael W. Counts - Ambler PA Robert A. Aleksejczyk - Hatfield PA Patrick M. McCurry - Lansdale PA Robert S. McDaniel - Chalfont PA William G. Kozak - Hatfield PA Allen D. Urfer - Lansdale PA Gail Howell - Fort Mill SC
Assignee:
Henkel Corporation - Gulph Mills PA
International Classification:
C11D 322 C07G 300 C07H 100 C08B 3700
US Classification:
510470
Abstract:
A process for preparing high detergency or surfactant alkyl polyglycoside compositions and a purified alkyl monoglycoside and to compositions employing the polyglycosides for various end use applications. The process involves removal of a substantial portion of the monoglycoside present in a reaction product mixture containing alkyl polyglycosides resulting from the reaction of an alcohol and saccharide at elevated temperatures in the presence of an acid catalyst. Separation of the monoglycoside from the reaction product mixture may be carried out by molecular distillation.
Isbn (Books And Publications)
Coming Home: The Soldier's Return in Twentieth-Century American Drama
CO David Hearn frequently picked up the product on behalf of inmates Michael Counts and Travis Gie from a P.O. box inPrincess Anne, according to federal records. Counts is serving 30 years in prison on a second-degree murder conviction, while Gie is serving 15 years in prison on a narcotics rap.
Date: Oct 07, 2016
Category: U.S.
Source: Google
80 people indicted in racketeering scheme at Maryland's largest prison
Someones got to go and get the key, says creator and director Michael Counts, one of the early pioneers of immersive theater, during a backstage tour. Use your imagination to figure it out.
Date: Mar 24, 2016
Category: Entertainment
Source: Google
Youtube
Michael Says Prime Numbers for 3 Hours
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