Behr Process Corporation

Kpmg LLP

Chenming Xue

Ming-Ren Tarng

John Hyung Lee

James Johnson Gardner

Jinzhen Shi

Gregory Allen Williams

Ying-Chieh Yen

Gregory Alexander Vorsanger

Gregory A Williams

David Scripka

Rachel Wagner-kaiser

Martin Kaestner

Dylan Kab

Ryan Christopher Soileau

Sujan Mandal

Claudia Paola Ramirez

Sadreddin Hosseini

Mansi Sali

China Ramanaiah Beeram

Dhanashree Havele

Roanic Greydon Cantrell

The invention relates to computer-implemented systems and methods for identifying and further preventing commercial or contract leakage across multiple different procurement relationships. This may involve ingesting a contract extracting commercial terms, such as price, rates, etc. Invoices may be similarly ingested and commercial terms may be extracted on a line item basis. An embodiment of the present invention may identify various types of commercial leakage, such as rate/price discrepancies, full/partial duplication, unrealized discounts, unrealized rebates, disallowance of charges (travel expenses), etc.

System and method for implementing a commercial leakage platform

A peelable paint composition for forming a peelable coating on a substrate is provided. The peelable paint composition includes water, a polysiloxane resin, and a film-forming resin that includes a component selected from the group consisting of styrene-butadiene copolymer, polyvinyl butyral, and combinations thereof.

Water based peelable paint for architecture coatings

A paint composition with improved hiding power includes water, a film-forming polymer, pigments, and a plurality of hollow glass spheres dispersed in the paint composition. Advantageously, the hollow glass spheres encapsulate air voids in coatings formed from the paint composition.

Hiding by using air voids encapsulated in hollow glass spheres

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Tustin, CA, United States of America

Chenming Xue