CHEMICAL MANUFACTURING

Brand Owner (click to sort) Address Description
ECO2 CEMVITA FACTORY, INC. 2450 Holcombe Blvd., Suite J Houston TX 77201 Chemical manufacturing; Chemical distillery services; chemical refining in the nature of converting natural gas and other feedstocks into liquid fuels and chemicals; manufacture of chemicals to the order or specification of others; development and production of diesel, gasoline, fuel additives, fuel feedstocks, paraffinic waxes, specialty chemicals; development and production of chemical additives for general industrial use and for health and safety related purposes; chemical processing services; natural gas liquefaction; production, treatment, and refinement of fuel for others; fuel refining; fuel processing; fuel treatment services; refining of metals; gas production services; industrial toxic waste treatment services; biomanufacturing for others, namely, manufacturing of chemicals using biological organisms in the manufacturing process;ECO TWO;Chemical engineering; engineering services in the field of microbiology and bioprocesses, and chemicals production, fuel blending, performance of co-products and by-products, chemical distribution; engineering services in the fields of feedstock and fuel blending, creating co-products and by-products; Design of infrastructure for refineries, petrochemical and industrial concerns; engineering services in the field of the production of diesel, gasoline, fuel additives, fuel feedstocks, paraffinic waxes, and specialty chemicals, including chemical additives for general industrial use and for health and safety related purposes;
GENOSCALER Infinome Biosciences Corporation 5500 Central Avenue, Suite 220 Boulder CO 80301 Chemical manufacturing;
SYNTECH Lawrence, Lowell J. 3475 North Castleton Way Lexington KY 40517 chemical manufacturing, process development, laboratory, research, analysis and technology licensing services;
 

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

    
Technical Examples
  1. A high purity chemical delivery system is provided that connects a high purity chemical container to a high purity chemical utilization point and that comprises three manifolds, each of the manifolds having a plurality of diaphragm valves. The inventive system enables rapid clean out and purge after the container is replaced by means of a plurality of vacuum and purge cycles, which remove residual chemical and entrapped impurities while reduced manufacturing downtimes compared with systems in the prior art.