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Petrochemical Industry Overview

The petrochemical industry is a network of highly integrated production processes. [Pg.11]

The products of one plant may have an end use but may also represent raw materials for another process. Most chemicals can be produced by many different sequences of reactions and production processes. This multiplicity of production schemes offers the opportunity for switching between production methods and raw materials utilization. [Pg.11]

Propylene Ethylene Oxide Ethylene Dichloride Ethyl Benzene Ethyl Alcholni Acetaldehyde normal alcohols alpha olefins Ethyl Chloride Copolymers [Pg.11]

Solvent Beverages Acetaldehyde Acetic Acid H Hi ethyl Filter Ethyl Acetate Glycol Ether [Pg.11]

Arctic Acid Acetic Anhydride J Pyridine Acetal dot Paraldehyde [Pg.11]


In this chapter, we will give an overview of the process configurations of petroleum refining and the petrochemical industry. We will also discuss the key classifications of petrochemical industry feedstock from petroleum products and explain and propose possible synergies between the petroleum refinery and the petrochemical industry. [Pg.5]

A number of keynote speakers, carefully selected from high ranking officials, policy makers, and multinational company representatives, were also invited to address the conference. The keynote presentations, which are published as a separate volume by the Kuwait Institute for Scientific Research, provided the participants with an overview of the directions the petroleum and petrochemical industries will lake over the next decade. [Pg.610]

This book aims at presenting all the scientific and technological information regarding methane and its derivatives, and at providing an overview of the petrochemical industries that are (or could be) based on methane or natural... [Pg.464]

The use of renewable feedstocks (i.e., biomass) in the production of fuels and value-added chemicals has attracted major interest from researchers and governments because of the anticipated shortages of traditional petrochemical industrial feedstocks [199]. An excellent overview of the milestones relating to the use of bioderived alcohols in the synthesis of higher value chemicals was recently presented by Hutchings et al. [200]. In this area as well, particle size effects can be identified yet care must be taken, as illustrated by a recent paper by Simakova et al. [201], which showed a bimodal Au particle size effect in the catalytic activity of Au-TiOj system in the gas-phase oxidation of ethanol. [Pg.271]

CIER s Industrial Data Book, Central Institute of Economic Research, Department of Chemicals and Petrochemicals, Government of India, New Delhi, India, 1991. Ray, P.K., An overview of the safety and control of pollutants and toxic chemicals in India , A National Status Report submitted to WHO, 1989. [Pg.124]

This book is directed to a technically oriented audience. Engineers, chemists, technical managers, students, and others interested in the chemical process industry will find it useful in understanding the role that industrial gases play in producing primary petrochemicals. It provides an overview of commercial industrial gas applications in petrochemicals and describes the factors that influence these uses. [Pg.310]

The introduction of bio catalysis in the synthesis of industrial chemicals, in particular fine-chemicals, can be seen as a first step in the integration of organic synthesis and biosynthesis. Nowadays, a large number of bio catalysts are being applied in industry and an overview of the specific types is given in Fig. 1. The onset of this development is due to the need to replace traditional stoichiometric processes by catalytic processes with improved product-to-waste ratios [2]. The cumbersome translation of petrochemical catalysis to catalysis for the more complex fine-chemical molecules has favoured the fast acceptance of biocatalysis and biotransformations. [Pg.73]

The objective of this book is to give academics, research scientists, research scholars, science and engineering students and industry professionals an overview of the technologies, modelling and simulation and mechanism in the petrochemical research domain. This book gives an overview of the technical aspects, mechanism, modelling and simulation and remediation and safety measures. [Pg.327]

See alsa Distillation. Elemental Speciation Waters, Sediments, and Soils. Fuels Gaseous. Gas Chromatography Petrochemical Applications. Infrared Spectroscopy Near-Infrared Industrial Applications. Nuclear Magnetic Resonance Spectroscopy Overview. Sulfur. Supercritical Fluid Chromatography Applications. X-Ray Fluorescence and Emission Wavelength Dispersive X-Ray Fluorescence Energy Dispersive X-Ray Fluorescence. [Pg.1785]


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