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Introduction to Processing

Because of the wide differences in crude oils (see Chap. 4), we find that processing methods differ. We may safely say that no two plants are employing exactly the same processing scheme. What may be a perfect method of handling one oil may be inadequate for another. The refining of an oil is, of course, an economic problem. (1) What are the value and the accessibility of the raiw stock (2) what are the value of the products and the possibilities of marketing them (3) what yields of products are to be expected and (4) what will it cost to process the stock These. factors promote the use of many different processing plans. [Pg.215]

Refinery Products. A listing of the more important products of refining will help to show why so many different processing methods are used. [Pg.215]

Naphtha and benzene—cleaner s solvents, paint thinners, chemical solvents, and stocks for the blending of motor fuels. [Pg.215]

Distillates, diesel fuel, and gas oil (distilled products)—fuels for industrial and household furnaces, enriching agents in gas manufacture, absorbents for hydrocarbon gases, and fuels for diesel engines. [Pg.215]

Neutral oils— light or low-voscosity lubricating-oil stocks for. the compounding of motor oils and light machine oils. [Pg.215]


It is impossible to quantify the possible hazards associated with each piece of equipment. To supplement tlie brief introduction to process equipment presented in Cliapter 5, possible failures and hazards associated with typical equipment are presented below. [Pg.463]

Walt G. Health policy an introduction to process and power. London, Zed Books, 1994. [Pg.138]

Wankat, P. C. (1990) Rate Controlled Separations, Elsevier Applied Science. Weber, T. W. (1978) An Introduction to Process Dynamics and Control, Wiley-Interscience. [Pg.276]

Introduction to Process Control, Jose A. RomagnoM and Ahmet Palazoglu... [Pg.543]

Holland FA, Watson FA and Wilkinson JK (1983) Introduction to Process Economics, 2nd Edition, John Wiley, New York. [Pg.33]

Palazoglu, A. and Romagnoli, J.A. (2005) Introduction To Process Control, Marcel... [Pg.223]

This chapter is an introduction to process dynamics and control for those students who have had little or no contact or experience with real chemical engineering processes. The objective is to illustrate where process control fits into the picture and to indicate its relative importance in the operation, design, and development of a chemical engineering plant. [Pg.2]

For the present introduction to process sampling, the central SUOs will be illustrated and commented upon where appropriate. The specific aspects of the TOS from which the individual SUOs are derived are explained in the literature to any depth desired, complete with many application examples [1-7,12-14],... [Pg.52]

This chapter provides an introduction to Process Synthesis. Sections 7.1 and 7.2 discuss the components of a chemical process system and define the process synthesis problem. Section 7.3 presents the different approaches in the area of process synthesis. Section 7.4 focuses on the optimization approach and discusses modeling issues. Finally, Section 7.5 outlines application areas which are the subject of discussion in chapters 8, 9 and 10. [Pg.225]

Weber, Thomas W. "An Introduction to Process Dynamics and Control", John Wiley Sons, New York, New York, 1973. [Pg.526]

Jones, W. E and Wilson, J. A. An Introduction to Process Flexibility. 1. Heat Exchange, Chemical Engineering Education, 31, 172-177, Summer (1997). [Pg.182]

An Introduction to Process Control System Design, Longmans, Green, London(1955)... [Pg.512]


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