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The integrated biohydrogen reactor clarifier system (IBRCS): setup, performance, and application

机译:集成式生物氢反应器净化器系统(IBRCS):设置,性能和应用

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1. Decoupling of SRT from HRT in biohydrogen production systems validated the promise of using a gravity settler after a CSTR 2. IBRCS decreased biomass washout by maintaining a high biomass retention time 3. IBRCS showed stable performance over a period of 100 days using glucose as a synthetic waste & corn syrup as a real waste 4. Average yields of > 3 mol/mol_(hexose) was achieved 5. Headspace CO_2 sequestration increased H_2 yield by 23% to 3.1 mol/mol_(hexose) & decreased buffer consumption 6. CO_2 sequestration had a significant impact on the microbial culture.
机译:1.在生物制氢系统中,SRT与HRT脱钩,证实了在CSTR之后使用重力沉降器的前景2. IBRCS通过保持较高的生物质保留时间降低了生物质冲刷3. IBRCS在100天内使用葡萄糖作为稳定剂,表现出稳定的性能合成废料和玉米糖浆作为真正的废料。4.平均产量> 3 mol / mol_(己糖)。5.顶空二氧化碳封存使H_2的产量增加了23%,达到3.1 mol / mol_(己糖)并减少了缓冲液的消耗6。固存的CO_2对微生物的培养有重要影响。

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