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Aker-Kvaerner

Figvre 2021. Aduktic Nitrobenzene Prediction Process (Reprodicedby permission of Chemetics, a division of Aker Kvaerner Canada Inc.)... [Pg.369]

Although cyclohexane oxidation dominates the market, because of cheaper raw materials, the hydrogenation of phenol remains competitive, offering better selectivity with fewer environmental and safety problems. In addition, this process allows efficient valorization of phenol-rich wastes from coal industries. Recently built plants make use of this technology, as reported by the engineering group Aker-Kvaerner (www.kvaerner.com, 2004). The availability of low-price phenol is the most important element for profitability. Besides the well-known cumene process, a promising route is the selective oxidation of benzene with N20 on iron-modified ZSM-5 catalyst [12]. In this way, the price of phenol may become independent of the market of acetone. [Pg.131]

Fig. 18.27. Isooctane—Lyondell Chemical and Aker Kvaerner. Includes dimerization section and hydrogenation section. (Source Hydrocarbon Processing, 2004 Refining Process Handbook. CD-ROM. September 2004 copyright 2004 by Gulf Publishing Co., all rights reserved.)... Fig. 18.27. Isooctane—Lyondell Chemical and Aker Kvaerner. Includes dimerization section and hydrogenation section. (Source Hydrocarbon Processing, 2004 Refining Process Handbook. CD-ROM. September 2004 copyright 2004 by Gulf Publishing Co., all rights reserved.)...
Licensor One Synergy, a consortium of Davy Process Technology, Johnson Matthey Catalysts, and Aker Kvaerner. [Pg.105]

METEOR A process for making ethylene glycol from ethylene oxide. Developed by Union Carbide, first operated in 1994, and now offered by Dow Chemical Company and Aker Kvaerner. Two licenses for China were announced in 2006. [Pg.234]

The membrane contactor for CO2 removal deserves special attention. It can be used for natural gas treatment, dehydration, and removal of CO2 from flue gas (see Section 4.4.4). A contactor (see Figure 4.22) patented and developed for this purpose by Aker Kvaerner— pUots have been installed and tested both in Norway (at Karstp) and at a gas terminal in Scotland. This module is based on PTFE membranes. A different commercial contactor based on polyimide membranes was recently installed at Santos Gas Plant in Queensland, Australia (December 2003). Santos is the largest gas producer in Australia. [Pg.97]

Leonid Shnayder / Aker Kvaerner Pharmaceuticals, Bridgewater, New Jersey, U.S.A. [Pg.4324]

David Nadel, P.E., M.S. Senior Principal Mechanical Engineer, Aker Kvaerner, Inc. Registered Professional Engineer (Pressure Vessels)... [Pg.1034]

Kenneth L Walter, Ph.D. Process Manager—Technology, Aker Kvaerner, Inc. Senior Member, American Institute of Chemical Engineers, Sigma Xi, Tau Beta Pi (Storage and Process Vessels)... [Pg.1034]

M. Wass, Practical guidelines for practical guidelines and procedure for SIL ranking under lEC 61508/61511, AK EHS Risk, Aker Kvaerner Engineering Services Ltd, in Symposium Series No 150, IChemE, 2004. [Pg.383]

Kvaerner The engineering company Kvaerner ASA became Aker Kvaerner ASA in 2004. It engineered the LP 0X0 process for making 0X0 alcohols using technology from Davy Process Technology, and Dow Chemical Co. Plants have been built in several countries. [Pg.197]

Aker Solutions—from Herzog and Pedersen Kvaerner W.L. Gore Co. Gas terminal pilot plant (Aberdeen, Scotland) State oil gas terminal, Norway Removal of exhaust gas GORE-TEX ePTFE membrane/aqueous MDEA GORE-TEX ePTFE Pressure regulation (problem for high pressure of natural gas). Exhaust gas flow rate 2610 kg/h, 85% (195 kg/h) of COj separated from exhaust gas Pressure 88 bar(g), gas flow rate 5000 Nm /h, liquid flow rate 5 m /h, CO2 content reduced 6% to 3.5% ... [Pg.306]


See other pages where Aker-Kvaerner is mentioned: [Pg.12]    [Pg.334]    [Pg.4039]    [Pg.167]    [Pg.665]    [Pg.316]    [Pg.12]    [Pg.334]    [Pg.4039]    [Pg.167]    [Pg.665]    [Pg.316]    [Pg.350]    [Pg.351]    [Pg.169]   
See also in sourсe #XX -- [ Pg.268 ]




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