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Thermal Energy Interchange During Anaerobic Methane Fermentation of Waste Organic Substrates

机译：废物有机基材的厌氧甲烷发酵过程中的热能互换

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F. G. Pohland;
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年度 1968
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1. Thermal Energy Interchange During Anaerobic Methane Fermentation of Waste Organic Substrates [J] . F. G. Pohland Applied Microbiology . 1968,第10期

机译：废有机底物厌氧甲烷发酵过程中的热能交换
2. Tea powder waste as a potential co-substrate for enhancing the methane production in Anaerobic Digestion of carbon-rich organic waste [J] . Thanarasu Amudha, Periyasamy Karthik, Devaraj Kubendran, Journal of Cleaner Production . 2018,第PTa1a1130期

机译：茶粉废料可作为厌氧消化富碳有机废料中提高甲烷产量的潜在共底物
3. Two-Stage Anaerobic Digestion of Meat Processing Solid Wastes: Methane Potential Improvement with Wastewater Addition and Solid Substrate Fermentation [J] . Handous Nesrine, Gannoun Hana, Hamdi Moktar, Waste and biomass valorization . 2019,第1期

机译：肉类加工固体废物的两阶段厌氧消化：通过废水添加和固体基质发酵提高甲烷潜力
4. Hydrogen-Methane Two-Stage Fermentation (Hy-Met Process)for Anaerobic Waste Treatment [C] . Naomichi NISHIO, Yutaka NAKASHIMADA, Yutaka MITANI, Science, technology and exhibition - new trend in hydrogen and fuel cell . 2004

机译：氢甲烷两阶段发酵（Hy-Met工艺）处理厌氧废物
5. Impact of Substrate to Inoculum Ratio on Methane Production in High Solids Anaerobic Digestion (HS-AD) of Food Waste, Yard Waste, and Biosolids [D] . Dixon, Phillip James. 2018

机译：食物垃圾，庭院垃圾和生物固体中高固体厌氧消化（HS-AD）中底物与接种物比例对甲烷生产的影响
6. Thermal Energy Interchange During Anaerobic Methane Fermentation of Waste Organic Substrates [O] . F. G. Pohland 1968

机译：废弃有机底物厌氧甲烷发酵过程中的热能交换
7. New method for enhancement of bioenergy production from municipal organic wastes via regulation of anaerobic fermentation process [O] . Yinguang Chen, Hui Liu, Xiong Zheng, 2017

机译：通过调节厌氧发酵过程从城市有机废弃物增强生物能源生产的新方法
8. ENERGY RELATIONSHIPS FOR A 320-ACRE IOWA FARM:AN ATTEMPT TO INCREASE PRODUCTION OF GRAIN AND MEAT WHILE RENDERING THE FARM ENERGY SELF-SUFFICIENT BY GENERATING METHANE THROUGH ANAEROBIC FERMENTATION OF RESIDUES [R] . R. J. Smith, J. A. Miranowski, R. L. Vetter 1977

机译：320-aCRE爱荷华州农场的能源关系：通过通过厌氧发酵生产甲烷来提高农业能源的能力，从而增加粮食和肉类的生产

Thermal Energy Interchange During Anaerobic Methane Fermentation of Waste Organic Substrates

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