Rohm and Haas Company

Dow Global Technolgoies LLC

Ddp Specialty Electronic Materials US 8, LLC

The Dow Chemical Company

Takashi Masudo

Daika Kouzaki

Kenji Takano

Yusuke Yamashita

Kaoru Ohba

Jose Antonio Trejo O'Reilly

Masonori Iida

Shinnosuke Abe

Osamu Kishizaki

Ryo Ishibashi

John David Finch

Collin Hunter Martin

Robert J Olsen

Jose Antonio Trejo

Garth Rockwood Parker, Jr

Garth R Parker

Methods for the removal of ionic contaminants from a hydrophilic organic solvent by a mixed bed of ion exchange resins are described. A mixed bed of ion exchange resins with gel-type strong-acid cationic ion exchange resin with a specific moisture holding capacity and gel-type anionic ion exchange resin is used in some embodiments of such methods.

Purification process for hydrophilic organic solvent

Provided is a resin composition comprising Also provided is a method of processing an aqueous composition using such a composition.

Resin beads and inorganic particles

Methods for the removal of ionic contaminants from hydrolysable organic solvent by ion exchange resins are described. A mixed bed of ion exchange resin with cationic ion exchange resin and weak-base anionic ion exchange resin is used in such methods.

Purification process for hydrolysable organic solvent

This invention relates to no-salt and mixed salt suspension polymerization processes for water-soluble monomers and resins and relates to catalysts produced from the same.

Mixed salt suspension polymerization process and resins and catalysts produced thereof

A method of making a plurality of resin beads comprising (a) providing a reaction mixture comprising monovinyl aromatic monomer, multivinyl aromatic monomer, and porogen, (b) performing aqueous suspension polymerization on said reaction mixture to form resin beads, and (c) sulfonating said resin beads. Also provided is a plurality of resin beads, wherein said resin beads comprise polymerized units of monovinyl aromatic monomer and polymerized units of multivinyl aromatic monomer, wherein said resin beads have BET surface area of 15 to 38 m/g and volume capacity of 0.7 or higher. Also provided is a method of making a product of the chemical reaction of one or more reactants, said method comprising reacting said one or more reactants with each other in the presence of the plurality of such resin beads.

Catalyst resin

Provided is a plurality of resin beads, wherein the resin beads comprise polymerized units of monovinyl aromatic monomer and polymerized units of multivinyl aromatic monomer, and wherein the resin beads have BET surface area of 15 to 38 m/g and volume capacity of 0.7 or higher. Also provided is a method of making a product of the chemical reaction of one or more reactants, where the method comprises reacting the reactants with each other in the presence of such resin beads.

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Natori, Japan

Takashi Masudo