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首页> 外文期刊>Journal of food engineering >More efficient mushroom canning through pinch and exergy analysis
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More efficient mushroom canning through pinch and exergy analysis

机译:通过捏和火用分析更有效的蘑菇罐头

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Conventional production of canned mushrooms involves multiple processing steps as vacuum hydration, blanching, sterilization, etc. that are intensive in energy and water usage. We analyzed the current mushroom processing technique plus three alternative scenarios via pinch and exergy analysis. The product yield, utility use, exergy loss, and water use are used as sustainability indicators. Whilst rearrangement of the production process could maximally save up to 28% of the heat input and up to 25% of the water usage, the most important improvement is obtained by re-using blanch water, which improves the overall yield of the preservation and canning process by 9%, also saving water and exergy use in the production. (C) 2016 Published by Elsevier Ltd.
机译:蘑菇罐头的常规生产涉及多个处理步骤,例如真空水合,热烫,灭菌等,这些步骤消耗大量的能量和水。我们通过捏和火用分析来分析当前的蘑菇加工技术以及三种替代方案。产品的产量,公用事业用途,火用损失和用水被用作可持续性指标。虽然生产过程的重新安排可以最大程度地节省多达28%的热量输入和多达25%的用水量,但最重要的改进是回用白水,从而提高了保鲜和罐装的总产量流程减少了9%,还节省了生产用水和火用。 (C)2016由Elsevier Ltd.出版

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