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Process fermentative

With the proper ratio of nutrients and oxygen feed, a water-soluble polymer is produced and accompanied by growth in the microorganism population. Both contribute to the viscosity of the medium and this limits the production process. Fermentation processes require more strenuous mixing and control conditions. [Pg.314]

Biological—Biochemical Processes. Fermentation is a biological process in which a water slurry or solution of raw material interacts with microorganisms and is enzymatically converted to other products. Biomass can be subjected to fermentation conditions to form a variety of products. Two of the most common fermentation processes yield methane and ethanol. Biochemical processes include those that occur naturally within the biomass. [Pg.17]

Biocatalysts Ltd. is an independent company that since 1980 has been devoted to the manufacture and sales enzymes. Since it is not part of a larger chemical, food ingredients or pharmaceutical company, instead of producing large volumes of commodity enzymes, it produces enzymes tailored to customer needs. Their services include working together with customers to industrialize their processes or to produce specific required enzymes. Usually, these customer sectors do not require single enzyme entities, but enzyme complexes where the ratios of each of the components are crucial to the efficacy of the whole enzyme-biocatalyst product and to the customer s process. Fermentation requirements for the manufacture of enzyme products are sub-contracted out. [Pg.250]

Upstream processing (fermentation) and downstream processing (purification and formulation) are physically separated, by being undertaken in separate buildings. Fermentation is generally undertaken in specially designed 42 000 1 stainless steel vessels. After recovery of the product from the cells, a number of chromatographic purification steps are undertaken, essentially within... [Pg.226]

Although common electronic noses are generally not suitable for odour assessment, they can be successfully used in applications where the main components in the headspace are directly correlated with the property to be determined (e.g. quality of spice mixtures) or in cases where substances are formed and released into the headspace, for example owing to oxidation processes, fermentation, microbial contamination, thermal treatment, etc. [Pg.336]

Fermentation gives rise to at least a two-phase system including the fermentation liquid mixture and the solid microorganisms that catalyze the fermentation process. Fermentation can also have three phases such as for aerobic fermentation where gaseous oxygen is bubbled through the fermentor. And immobilized packed-bed aerobic fermen-... [Pg.327]

Information concerning the method of manufacture may be presented in the form of a flow chart. Supply a brief description of the methods of isolation (e.g., synthetic process, fermentation, extraction, recombinant deoxyribonucleic acid [DNA] procedure) and purification (solvent recrystallization, column chromatography, distillation). Include all synthetic pathways that have been adequately characterized during the investigational stages of drug development. [Pg.192]

The final process fermentation development standardised parameters such as temperature exposure, operating parameters, cleaning and passivation to overcome the corrosive effect of saline fermentation and was performed in 500-1500 L industrial-scale stainless steel fermenters. This, together with careful design of the timing and method for introducing the resin to the production fermenter, resulted in production titres of 250-300 mg/L in 500-1500 L industrial fermenters. [Pg.365]

Starch products, paper and wood pulp, textiles, plastics, food processing fermentation. [Pg.44]

Some science historians will cite that the origins of biotechnology go back 4000-8000 years to the Sumerian, Egyptian, and Chinese cultures. Fermentation is an age-old, basic biologic process whereby a living organism, a yeast, will react with carbohydrate materials, such as wheat, in a vessel to produce alcohol. This Sumerian product was beer. This basic biotechnology process (fermentation) was employed also in the preparation of bread and cheese, food staples, and later wine over the millennia. ... [Pg.259]

Small organisms or living things, called microbes change the sugars in the fruit. They change them into carbon dioxide and either water or alcohol. Scientists call this chemical process fermentation. [Pg.58]

Lactic acid (2-hydroxypropionic acid) is a naturally occurring multifunctional organic acid that is found in many food products, particularly in those which involve natural or processed fermented food preparations. Currently, more than 70% of lactic acid is used as acidulents, food preservatives, and feedstock for the manufacture of calcium stearoyl-2-lactylates in the baking industry. The consumption of lactic acid is estimated to be around 30 million lb in the US with an estimated increase of 6% per year. Therefore, lactic acid is an intermediate-volume specialty chemical used chiefly for food processing. [Pg.245]

Separation of microorganisms and their fragments when processing fermentation products such as bakers yeast, single cell proteins, vaccines, amino acids and enzymes... [Pg.571]

Manufacturing Process Synthetic chemical process Fermentation or rDNA technology. Generally expensive to produce, often only produced in small batches, production site transfers are difficult... [Pg.356]


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ABE fermentation processes

Acetone-butanol fermentation Weizmann process

Alcoholic fermentation metabolic processes

Alcoholic fermentation process

Antibiotics optimizing fermentation processes

Batch processes antibiotic fermentations

Biocatalysis fermentation processes

Cell factory fermentation process

Detergent enzymes fermentation processes

Downstream processing phenylalanine from fermentation

Excipient fermentation processes

Fermentation Principles, Processes, and Products

Fermentation Processing

Fermentation Processing

Fermentation biochemical/processing aspects

Fermentation continuous process

Fermentation downstream processing

Fermentation formulation process

Fermentation process

Fermentation process

Fermentation process biotechnology

Fermentation process conditions

Fermentation process development

Fermentation process development for

Fermentation process diagram

Fermentation process flavoring from

Fermentation process industrial-scale

Fermentation process mineral compounds

Fermentation process model

Fermentation process products

Fermentation process recipe

Fermentation process saccharides

Fermentation process types

Fermentation process yeasts

Fermentation process, microbial

Fermentation process, microbial sensors

Fermentation processes batch

Fermentation processes classification

Fermentation processes continuous, very large

Fermentation processes design

Fermentation processes enzyme culturing

Fermentation processes growth kinetics

Fermentation processes immobilized-cell

Fermentation processes large-scale

Fermentation processes optimization

Fermentation processes penicillin recovery

Fermentation processes problems

Fermentation processes reactor types

Fermentation processes scale

Fermentation processes, characteristics

Fermentation processes, extractive

Fermentation processes, extractive bioconversions, product

Fermentation processes, extractive inhibition

Fermentation processes, modes

Fermentation processes, modes operation

Fermentation processes, plant

Fermentation processes, plant production

Fermentation recovery process

Fermention processes

Fermention processes

Fermention processes fermentation

Fermention processes fermentation

Fermention processes process separate enzymatic

Food waste processing fermentation industry

From initial fermentation process

Glucose fermentation processes

Glucose sensors fermentation process

Glycolic acid Fermentation Process

Green chemistry fermentation processes

Harvest and Pre-fermentation Processing

Heat Production in Fermentation Processes

Industrial-scale fermentation process development

Inhibition, fermentation processes

Inhibition, fermentation processes extractive bioconversions

Inhibition, fermentation processes product

Japan fermentation processes

Lactic acid Fermentation Process

Liquid Fermentation Process

Membrane processes fermentation broths

New Two-Step Fermentation Process

New Two-Step Fermentation Process-Based Attempts

Nutritional Requirements in Fermentation Processes

Optimizing fermentation processes

POST-FERMENTATION PROCESSING

Phenylalanine, downstream processing from fermentation broth

Plant Cell Fermentation Process

Post-fermentation processes

Post-fermentation processes yeasts

Pre-fermentation processes

Product inhibition, fermentation processes, extractive

Production of L-AA by a One-Step Fermentation Process

Production of l-AA by a Two-Step Fermentation Process

Root processes fermentation

Scale-up Fermentation and Process Control of Bioisoprene

Solid-state fermentation process

Starch fermentation process

Starter culture fermentation process

The Acetone-Butanol-Ethanol (ABE) Fermentation Process

The Spontaneous Three-phase Cocoa Bean Fermentation Process

Vitamin fermentation process

Weizmann fermentation process

Wine fermentation winemaking process

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