CATALYSTS OXIDATION PROCESSES

Brand Owner (click to sort) Address Description
AZADOL NISSAN CHEMICAL CORPORATION 5-1, Nihonbashi 2-chome, Chuo-ku, Tokyo 103-6119 Japan catalysts for oxidation processes;
EMPOWERED DAIRY DRINKING WATER EAU TECHNOLOGIES, INC. 1890 cobb international blvd nw kennesaw GA 30152 Catalysts for oxidation processes; Chemical preparations for cleaning purposes in the food and food processing industries; Chemical preparations in the nature of filtering materials in dairy drinking water;
ENVIRO PLUS Enviro Petroleum Corporation 5401 S. Kirkman Rd, Suite 310 Orlando FL 32819 Catalysts for oxidation processes;
FELT OMG AMERICAS, INC. 811 SHARON DRIVE WESTLAKE OH 44145 Catalysts for oxidation processes;
FELT OM Group Inc. 127 Public Tower, 1500 Key Tower Cleveland OH 44114 Catalysts for oxidation processes;
PERCO Chemical Products Industries, Inc. 7649 SW 34th Street Oklahoma City OK 73179 Catalysts for oxidation processes;
PHENOX O-PC New Iridium Inc Brent Cutcliffe PO BOX 271082 566 S McCaslin Blvd Superior CO 800275019 Catalysts for oxidation processes; Catalysts for use in the manufacture of industrial chemicals; Catalysts for use in the manufacture of synthetics, rubbers and polymers; Photocatalysts;
REFFER REFFER NEW MATERIAL INC 1635 N OGDEN ST DENVER CO 80218 Catalysts for oxidation processes; Detergents for industrial use; Emulsifiers for industrial purposes; Industrial chemicals; Polyurethanes; Surfactants for use in the manufacture of synthetic detergents; Asphalt release agent; Biochemical catalysts; Chemical additives for accelerating hardening of concrete; Plastic adhesives for industrial purposes; Unprocessed silicone resins;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention provides an exhaust gas treatment method including oxidation treatment for converting metallic mercury contained in combustion exhaust gas into mercury chloride; and mercury removal treatment for removing mercury from the combustion exhaust gas by dissolving the mercury chloride in water, wherein a plurality of oxidation catalysts for performing the oxidation treatment are provided, and during the time when the oxidation treatment is performed, at least one of the oxidation catalysts performs catalyst performance restoration treatment without performing oxidation treatment. According to the present invention, the deterioration in mercury removal performance can be restrained even in continuous operation on condition that mercury is oxidized in a low temperature region not higher than 300° C.