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Amoco Chemical Corporation

D. H. Meyer, H. P. Pohlmann, and C. E. Johnson, "Production of Aromatic Acids by the Amoco Chemicals Corporation," Pacific Chemical... [Pg.502]

Amoco Chemical Corporation, P.O. Box 3011, Naperville, EL 60566—7011 Consultant, 72 Evans Road, Brookline, MA 02146... [Pg.81]

Amoco Chemical Corporation, 81 Aigonne National Laboratory, 90 California Institute of Technology, 273 Centre National de la Recherche Scientifique, 58,217,262... [Pg.449]

Amoco Chemicals Corporation. Pumpability test for distillate fuels. Technical bulletin. Chicago. [Pg.315]

Research and Development Department, Amoco Chemicals Corporation, Whiting, Indiana, ZJ.S.A. [Pg.1]

Current address Amoco Chemicals Corporation, Naperville, IL 60566 Current address 3M Company, St Paul, MN 55144... [Pg.12]

Amoco Chemical Corporation Bulletin TAT-35, TORLON Engineering Polymers/Design Manual. [Pg.80]

Allied Corporation American Cyanamid Company Amoco Chemicals Corporation ARCO Chemical Company Ashland Chemical Company Borg-Warner Chemicals, Inc. [Pg.72]

Walt Partenheimer Amoco Chemical Corporation Naperville, IL 60563... [Pg.474]

Amoco Chemicals Corporation Bulletin IP-70, How Ingredients Influence Unsaturated Polyester Properties. [Pg.544]

Allied Corporation Amoco Chemicals Corporation Chevron Research Company Chiyoda Chemical Engineering Construction Co., Ltd. [Pg.862]

We gratefully acknowledge support of this work fiom the Amoco Chemical Corporation. [Pg.100]

Fig. 8 Reaction time by acid number. (1) Heated to 380°F in ly hr held at 380°F for 2 hr, lowered to 360 F, and held for properties. (2) Heated to 360 F in 1 hr and held for properties. Resin 3823 NT is similar to 3712 NT but contains TMA (244 gm), neopentyl glycol (352 gm), adipic acid (123 gm), tall oil fatty acids (362 gm). It is processed in a manner similar to resin 3712 NT. [Reprinted from Amoco TMA in Primers for Alkyd-Melamine Enamels and Acrylic Lacquers, Tech. Bull. TMA 25a. Copyright by the Amoco Chemical Corporation, Chicago, Illinois, 1974. Reprinted by permission of the copyright owner.]... Fig. 8 Reaction time by acid number. (1) Heated to 380°F in ly hr held at 380°F for 2 hr, lowered to 360 F, and held for properties. (2) Heated to 360 F in 1 hr and held for properties. Resin 3823 NT is similar to 3712 NT but contains TMA (244 gm), neopentyl glycol (352 gm), adipic acid (123 gm), tall oil fatty acids (362 gm). It is processed in a manner similar to resin 3712 NT. [Reprinted from Amoco TMA in Primers for Alkyd-Melamine Enamels and Acrylic Lacquers, Tech. Bull. TMA 25a. Copyright by the Amoco Chemical Corporation, Chicago, Illinois, 1974. Reprinted by permission of the copyright owner.]...
The viscosity versus shear rate data for PS was obtained from three different manufacturers (1) J.P. Whelan, Amoco Chemicals Corporation, Naperville, Illinois. (2) Dow Chemicals, Midland Michigan, (3) H.A. Biletech, LTDC, Polysar Inc., Massachusetts. These data [33,51,52] along with those obtained from a research paper [53] were unified [30] to form the master rheogram as shown in Fig. 4.16. A total of 112 data points were used over a very broad range of shear rate (Ihble B1 of. ipendix B). [Pg.145]

Amoco Amoco Chemicals Company, a subsidiary of Amoco Corporation, formerly Standard Oil Company (IN), is best known in the chemicals industry for its modification of the Mid-Century process for making pure terephthalic acid. /7-Xylene in acetic acid solution is oxidized with air at high temperature and pressure. Small amounts of manganese, cobalt, and bromide are used as catalysts. The modification allows the use of terephthalic acid, rather than dimethyl terephthalate, for making fiber. The process can also be used for oxidizing other methylbenzenes and methylnaphthalenes to aromatic carboxylic acids. See also Maruzen. [Pg.22]

Zeno W. Wicks, Jr., Consultant, Las Cruces, NM, Drying Oils Pieter R, Wiederhold. General Eastern Instruments Corporation. Water-town. MA, Hygrometry and Psychrometry Paul Wight, Seneca Specialties. Manchester, U.K. Xanthene Dyes E. Williams, Cobalt Information Centre, Londtm. UK, Cobait Richard A Wilsak, Amoco Chemical Company. Naperville. IL Butylenes Richard A. Wilson, International Flavors Fragrances. Union Beach, NJ. http //www.ifT.coni/. Benzyl Alcohol and /j-Phenethyl Alcohol Oils, Essential... [Pg.1844]

Advanced Micro Devices, 429 Amoco Chemical Company, 67 AT T Bell Laboratories, 57,101,127,192,220 BP A (Technology and Management) Ltd., 470 Dexter Corporation, 375 Dow Chemical Company, 199,397,405 Dow Corning Corporation, 230,275 E. I. du Pont de Nemours and Company, 93 Eastman Kodak Company, 1 Emerson Cuming/W. R. Grace and Company, 268 Ford Motor Company, 249,321,337 Foster-Miller, Inc., 446 General Electric Company, 1,140,386... [Pg.477]

MAJOR PRODUCERS AND/OR SUPPLIERS Dow Chemical USA Huntsman Chemical Corporation BASF Corporation Fina Oil and Chemical Company American Polymers, Inc. American Polystyrene Corporation Amoco Chemicals Arco Chemical Company Bayer Corporation Chevron Chemical Company StyroChem International, Inc. [Pg.829]

There are three commercial suppHers that manufacture polysulfones Amoco Corporation ia the United States, BASF Corporation ia Germany, and Sumitomo Chemical Company ia Japan. A listing of the resias suppHed by each of these companies along with the trade names particular to each of these suppHers is shown ia Table 9. AH three companies supply a polyethersulfone-type product. Polysulfone, on the other hand, is suppHed by Amoco and BASF, and Amoco is the sole suppHer of polyphenylsulfone. [Pg.470]

The chairman of the CCPS Equipment Reliability Data Subconunittee was S. Barry Gibson, E.I. du Pont de Nemours Co., Inc. The subcommittee members were Harold W Thomas, Air Products and Chemicals, Inc. William H. Ciolek, Amoco Corporation Joseph C. Sweeney, ARCO Chemical Company Brian D. Berkey, Hercules Incorporated Gary R. Van Sciver, Rohm and Haas Company and William K. Lutz, Union Carbide Corporation. Thomas W. Carmody and Lester H. Wittenberg of the Center for Chemical Process Safety were responsible for the overall administration and coordination of this project. [Pg.284]

Alberta Research Council, 327 American Cyanamid Company, 102 Amoco Production Company, 560 Baker Performance Chemicals, 577 Chung Yuan Christian University, 596 Dowell Schlumberger, 608,637 Exxon Chemical Company (ECTD), 366 Halliburton Services, 55,660 Heriot-Watt University, 520 ICI Chemicals and Polymers Ltd., 520 IMOD Processes Ltd., 520 Institut Charles Sadron, CRM-EAHP, CNRS-ULP, 111,124 Institut Fran9ais du Pdtrole, 224,276,410 Mayco Wellchem, 622 Mobile Research and Development Corporation, 137... [Pg.679]

Wenkat Venkatasubramanian is a professor of chemical engineering at Purdue University. He has been a consultant to several major global corporations and institutions, such as Air Products, Arthur D. Little, Amoco, Caterpillar, DowAgro Sciences, Exxon, Lubrizol, United Nations (UNIDO and UNDP), Indian Oil, ICI (U.K.), Nova Chemicals, and G.D. Searle. [Pg.83]

Finally, financial support that made it possible for many foreign speakers to participate in the symposium is most gratefiilly acknowledged. Substantial contributions were made by the following Amoco Production Company, Arco Oil and Gas Company, Conoco Inc., Consolidation Coal Company, Mobil Research and Development Corporation, Unocal Corporation, and the American Chemical Society Petroleum Research Fund. [Pg.7]

ARS [Advanced Recovery System] An integrated set of engineering modifications for upgrading catalytic crackers for making ethylene, developed jointly by Mobil Chemical Company and Stone and Webster Engineering Corporation. The first plant was planned for an AMOCO plant in South Korea for completion in 1994. Stone and Webster was acquired by The Shaw Group in 2000, and currently offers the ARS. [Pg.25]


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