Supercritical Solvent Recovery
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Food-grade CO2 plays a significant role in food processing because of its unique properties, at a standard pressure and temperature CO2 is a colorless gas when its temperature and pressure are increased together beyond the critical point CO2 undergoes a physical change and forms a high-density, single, supercritical fluid phase, when this phase is applied to food materials, a higher extraction rate is the result.
In food processing the applications of supercritical CO2, also known as supercritical fluid extraction, are abundant, it is suitable for extracting active ingredients from natural products for use in food additives, food production, and cosmetics, some common materials that can be processed with SSE include spices and herbs, hops.
SSE also offers advantages over traditional extraction methods in the food industry such as lower solvent usage efficient energy consumption, it is easy to contain and transport as it doesn't boil and vapor down until really low temperatures, the procedure of processing plant materials with reduced temperatures can help preserve the food quality, including the retention of sensitive nutrients, unlike other heating or solvent-based extraction processes.
The conventional uses of SSE as a tool within the food industry include the production of convenience foods, extraction of all sorts of additives and food coloring, processing spices and herbs for cosmetic products, and اس اس آر possibly the future creation of vegetable meat substitutes. These products can be categorized into three types, consumer convenience foods and beverage food.
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