首页> 外文会议>TechConnect World Innovation Conference Expo;National Innovation Summit and Showcase;National SBIR/STTR Conference;Nanotech Conference Expo >THE EFFECT OF INTERMEDIATE OZONATION PROCESS ON IMPROVING BIOGAS PRODUCTION FROM CO-DIGESTION OF AGRICULTURAL WASTE AND MANURE
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THE EFFECT OF INTERMEDIATE OZONATION PROCESS ON IMPROVING BIOGAS PRODUCTION FROM CO-DIGESTION OF AGRICULTURAL WASTE AND MANURE

机译:中间臭氧化方法对农业垃圾和粪肥共同消化改善沼气产量的影响

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Anaerobic co-digestion of agricultural solid waste, wastewater, and manure was evaluated in batch reactor. The performance of anaerobic digestion (AD) was monitored by assessing the methane production potential, maximum methane production rate and methane production lag time. An intermediate advanced oxidation processes by ozone was used to increase in the amount of methane produced and reduce the AD time. The production of methane from pure substrate (cow manure and wheat straw) was found to be 325 and 130 L/kg VS, mixed substrate of wheat straw, cattle manure and wastewater generated more than 368 L/kg VS. An intermediate ozonation process between two AD processes increased the% methane recovery form the ultimate value 60-85%, and reduce the total AD time to 20 days.
机译:在批量反应器中评估了农业固体废物,废水和粪肥的厌氧共消化。 通过评估甲烷生产电位,最大甲烷的生产率和甲烷生产滞后时间来监测厌氧消化(AD)的性能。 通过臭氧的中间氧化方法用于增加产生的甲烷量并减少广告时间。 发现来自纯基质(牛粪和小麦秸秆)的甲烷的生产是325和130L / kg VS,麦秸的混合衬底,牛粪和废水产生超过368升/千/千克。 两种AD过程之间的中间臭氧处理增加了甲烷恢复的%甲烷恢复,形成最终值60-85%,并将总广告时间减少至20天。

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