Titlebook: Integration of Membrane Processes into Bioconversions; Katalin Bélafi-Bakó,László Gubicza,Marcel Mulder Book 2000 Springer Science+Busines

insurgent

Pertraction through liquid and polymeric membraneseared in 1967.,.. If two miscible fluids are separated by a liquid, which is immiscible with them, but enables a mass transport between the fluids, a liquid membrane is formed. However, only the invention of new methods of contacting three liquid phases and new types of liquid membranes have led to

indecipherable

Enzyme catalysed reactionsd demonstrated that enzymes are biological catalysts. Im 1894 E. Fischer proposed his famous “Lock-and key” concept of enzymes specificity, as he wrote: “I would say that the enzyme and the glucoside must fit each other like a lock and key, in order to effect a chemical reaction on each other”. The

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Bioreactor design using living cells or organismsres or so and using controlled water addition to maintain correct rates of biodegradation and methane generation. Within this range the most commonly used bioreactors are simple stirred vessels equipped with agitators, cooling jackets or coils, air sparging and sized in the range of 1 L to 100 m.. T

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挫敗

Application of membrane processes in food technologiesgaseous components, aqueous effluents containing heavy loads of biodegradable organics (high BOD values), and solid or pasty residues of different compositions frequently are attendant phenomena of food production lines. Until now, in the overwhelming majority of process units, end-of-pipe technolog

過渡時期

中和

Membrane bioreactorsrations. The two main areas of membrane reactors are identified by the type of catalyst used, inorganic or organic (in particular from biological origin), which dictates also the operating conditions. Hence, inorganic membrane reactors working at high temperature and pressure or membrane bioreactors

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