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Sugar Industry Engineers

A very early application of liquid film flow in the chemical industry is mentioned in a patent of 1836 (G5) hydrogen chloride gas produced in the Leblanc soda process was absorbed by water films flowing over packings. Much later the film coolers and evaporators used in the German beet sugar industry inspired the earliest detailed theoretical and experimental studies of flow and heat transfer in falling films (CIO, N6, N7). Chemical engineering interest in film flow has increased rapidly in recent years. [Pg.152]

Saeman, J., Kinetics of wood saccharification Hydrolosis of cellulose and decomposition of sugars in dilute acid at high temperature. Industrial Engineering Chemistry 1945, 37 (1), 43-51. [Pg.1524]

Sachs, Franfois (1849-1919) Chimiste prive Pharmacist, University of Louvain 1864 Chemical engineer at Gembloux (agricultural school, or sugar industry)... [Pg.29]

Acknowledgments This study was supported by collaboration with Research Unit on System Modeling for Industry (SMI), Department of Industrial Engineering, Faculty of Engineering, Khon Kaen University, Khon Kaen, Thailand, and the assistance and facilities from staff from sugar mill. [Pg.404]

Uses Surfactant for defoaming and foam controlled detergents, dairy and brewery cleaners, prods, for chem. and engineering industries, electronics, water treatment defoamer for sugar industry dispersant as heat-transfer and hydraulic flu-... [Pg.864]

It is important that chemical engineers master an understanding of metabolic engineering, which uses genetically modified or selected organisms to manipulate the biochemical pathways in a cell to produce a new product, to eliminate unwanted reactions, or to increase the yield of a desired product. Mathematical models have the potential to enable major advances in metabolic control. An excellent example of industrial application of metabolic engineering is the DuPont process for the conversion of com sugar into 1,3-propanediol,... [Pg.930]

Engineering and Pilot Plant Data for the Commercial Production of Sucrose Esters for the Ink, Paint, and Protective Coatings Industry, Sugar Research Foundation, Inc., New York, 1963. [Pg.273]

Acetaldehyde is a natural product of combustion and photo-oxidation of hydrocarbons commonly found in the atmosphere. It is an important industrial chemical and may be released into the air or in wastewater during its production and use. It has been detected at low levels in drinking-water, surface water, rainwater, effluents, engine exhaust and ambient and indoor air samples. It is also photochemically produced in surface water. Acetaldehyde is an intermediate product in the metabolism of ethanol and sugars and therefore occurs in trace quantities in human blood. It is present in small amounts in all alcoholic beverages, such as beer, wine and spirits and in plant juices and essential oils, roasted coffee and tobacco smoke (lira et al., 1985 Hagemeyer, 1991 United States National Library of Medicine, 1998). [Pg.320]

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See also in sourсe #XX -- [ Pg.18 ]



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