食品工业废弃物生物降解性评价

D. Samešová, Juraj Poništ, H. Hybská, Darina Veverková
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引用次数: 1

摘要

生产过程中产生的有机废物是可再生能源生产中未利用的潜力。本文研究了食品工业(乳制品和酿酒厂)中选定的废物在产生沼气时的厌氧降解条件。这两种有机废物的pH值都很低。利用城市焚烧产生的灰作为处理垃圾pH值的材料。除了在厌氧降解过程中pH值升高外,灰渣还可以作为接种微生物的常量元素来源。观察了压力变化对有机物厌氧生物消化动力学的影响,以及输入样品灰分添加量(pH值变化)对沼气产量的影响。除上述试验外,还通过限制生物降解比、BR和降解比速度、q来评估废物的可降解性,并根据不同的灰分量(0.5;1.8;2.7 g/g有机质干物质)。研究结果证实,最佳灰分投加量对有机物的厌氧降解具有积极作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of Biological Degradability of the Waste Produced by Food Industry
Abstract Organic waste from production processes is unutilised potential for the production of energy from renewable sources. The submitted paper studies the conditions of anaerobic degradation of selected waste from food industry (diary and distillery) when biogas is produced. Both types of organic waste have low pH values. Ash form municipal incineration as a material for the treatment of pH of waste was used. Except for the pH increase during anaerobic degradation, ash also serves as a source of macroelements for inoculum microorganisms. Kinetics of anaerobic biological digestion of organic material based on the change of pressure and biogas production depending on the ash addition (change of pH) of input samples was observed. Beside these tests, degradability of the waste was assessed by limiting biologically degradable ratio, BR and specific speed of degradability, q. pH values were adjusted with different amounts of ash (0.5; 1.8; 2.7 g/g of dry matter of organic material). Results of the research confirmed that the addition of optimum amount of ash has a positive effect on anaerobic degradation of organic materials.
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