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<h3>Adapting Johnson-Su Composting Bioreactors for </h3>

Adapting Johnson-Su Composting Bioreactors for

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<h3>进一步探索</h3>

进一步探索

2021/5/24/ · Food waste biorefinery is a process by which a broader ranges of food wastes are converted into biofuels, platform chemicals and bio-based materials. For food waste valorization, it is essential to know the compositions, the interaction of its

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<h3>Effect of organic loading rate on continuous hydrogen production </h3>

Effect of organic loading rate on continuous hydrogen production

2014/10/13/ · As shown in Fig. 1, the food wastes were loaded into the bioreactor after only once-per-week mechanical pretreatment using a circulation pump and a cutting apparatus. Food waste slurry (FWS, 4.5%, TS) was prepared by crushing with a cutting pump at a vacuum liquid circulation of 100 l/min and dilution with tap water (Zenoah,

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<h3>2 COMPOSTING BIOREACTORS - Cornell University</h3>

2 COMPOSTING BIOREACTORS - Cornell University

Using a drill, make 15 to 20 holes (1–2.5 cm diameter) through the bottom of the 20-gal can. Drill five 1–2.5 cm holes just below the rim of the larger garbage can, and cover them on the inside with pieces of nylon window screen. Design and build a spigot at the bottom of the larger can for draining leachate.

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<h3>Continuous recovery and enhanced yields of volatile</h3>

Continuous recovery and enhanced yields of volatile

2021/3/1/ · The food waste was then automatically fed into the bioreactor at a rate of 1.67 L every 4 h resulting in a 10 day hydraulic retention time. The feedstock was stored in continuously stirred, 200 L stainless steel drums (Drum Systems, Birmingham, UK) and refrigerated to 4 °C ± 0.5 °C by external cooling jackets (PBICE55, Powerblanket, Salt

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<h3>Impact of sandwich-type composite anodic membrane on</h3>

Impact of sandwich-type composite anodic membrane on

2023/8/1/ · Impact of sandwich-type composite anodic membrane on membrane fouling and methane recovery from sewage sludge and food waste via electrochemical anaerobic membrane bioreactor. Author links open overlay panel Yule Han a, Teng Cai a, Jian Yin a, Wanjiang Li a, Siqin Li a, Boran Qiu a, Xueqin Lu a b c, Yan Zhou d, Guangyin Zhen a b c

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<h3>Bacterial community composition in a two-stage  - ScienceDirect</h3>

Bacterial community composition in a two-stage - ScienceDirect

2024/1/1/ · This study investigated the microbial community of a two-stage anaerobic membrane bioreactor (2S-AnMBR) co-digesting food waste and food court wastewater. The hydrolysis reactor (HR) was dominated by Bacteroidetes and Firmicutes phylum, with genus Lactobacillus enriched due to food waste fermentation.

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<h3>Enhanced digestion of sludge via co-digestion with food waste in </h3>

Enhanced digestion of sludge via co-digestion with food waste in

2023/11/15/ · Food waste and sewage sludge are two typical components of organic waste with large quantities, Long-term acclimatization of sludge microbiome for treatment of high-strength organic solid waste in anaerobic membrane bioreactor. Biochem. Eng. J., 154 (2020), Article 107461, 10.1016/j.bej.2019.107461.

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<h3>The Bioreactor Revolution: Transforming Food Processing and </h3>

The Bioreactor Revolution: Transforming Food Processing and

Bioreactors have a heating and cooling system to control temperature, piping to deliver nutrients and oxygen and remove waste products, and sensor systems to monitor the environment and to measure things like pH and oxygen. Inside the bioreactor, cells are duplicated and fed with growth media and oxygen to help them multiply.

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<h3>Optimization of food waste compost with the use of biochar</h3>

Optimization of food waste compost with the use of biochar

2018/6/15/ · Biochar was applied to food waste compost at rates of 10 and 15% of the feedstock. was aimed to produce biochar through pyrolysis (350 and 450 °C) and apply at the rate of 10 and 15% (w/w) to the food waste compost bioreactor. It was observed that biochar produced from lawn waste had a positive effect on food waste composting. The

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<h3>Antibiotic resistance genes fate during food waste management </h3>

Antibiotic resistance genes fate during food waste management

2023/11/1/ · The fate of eight different antibiotic resistance genes (ARGs) in food waste (sul1, sul2, tetO, tetW, ermF, ermB, ampC, oxa-1), intI1, and rpoB were monitored during thermal treatment (pyrolysis and incineration), hyperthermophilic composting, and anaerobic membrane bioreactor (AnMBR) treatment.

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<h3>Bioreactor: Design, Principle, Parts, Types, Uses, Diagram</h3>

Bioreactor: Design, Principle, Parts, Types, Uses, Diagram

2024/5/23/ · Bioreactor: Design, Principle, Parts, Types, Uses, Diagram. A bioreactor is a type of fermentation vessel that is used for the production of various chemicals and biological reactions. It is a closed container with adequate arrangement for aeration, agitation, temperature and pH control, and drain or overflow vent to remove the waste

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<h3>Bioreactor-scale production of rhamnolipids from food waste </h3>

Bioreactor-scale production of rhamnolipids from food waste

2022/9/1/ · As shown in Fig. 1 a, the highest biomass growth of OD 3.5 and rhamnolipids concentration of 3.46 g/L was supported by food waste digestate from the EPD facility. This rhamnolipids production was 41.2% higher than the rhamnolipids produced using synthetic medium. The increase was statistically significant (p-value < 0.005) and

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<h3>Anaerobic Fermentation of Food Waste: Comparison of two Bioreactor </h3>

Anaerobic Fermentation of Food Waste: Comparison of two Bioreactor

2012/10/1/ · Food waste decomposition to sub-zero level using advanced techniques fabricates food waste into bio-based products like bioactive compounds (antioxidants, pigments, polysaccharides, polyphenols

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<h3>Biological wastewater treatment and bioreactor design: a review</h3>

Biological wastewater treatment and bioreactor design: a review

2019/12/11/ · Various processes that have been successfully developed for wastewater treatment (treatment of industrial wastes/effluents) have been surveyed with special reference to biological treatment including design of bioreactors. Limitations of each process, design and performance characteristics of different kinds of bioreactors

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