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2012) cultivation. This strongly suggests the application of T. neapolitana in an advanced bioreactor system exploiting self-aggregation or biofilm formation to counteract low biomass concentrations. Such systems not only increase the biomass concentration, but generally allow lower HRTs resulting in higher HPRs, At a constant reactor volume and substrate removal efficiency, a decrease of the HRT Such growth limitation is common for hyperthermophilic suspended cultures, 2010. ,
, Conclusion ? HY decreased from 3.4 (± 0.1) to 2.0 (± 0.0) mol H2/mol glucose when decreasing the HRT from 24 to 7 h, contrast, the HPR increased, p.277
, mL/L/h at an HRT of 5 h including GaR
, Each HRT reduction induced a shift from the AA to the LA pathway, a drop of the HY and an impaired glucose consumption at an HRT of 10 and 7 h. However, a prolonged cultivation at constant HRT allowed T. neapolitana to acclimatize, as indicated by an increase of HY
, ? The H2aq positively correlated with the HPR reaching, vol.15
, ? The use of GaR effectively prevented the supersaturation of H2aq, allowing a complete glucose consumption by T. neapolitana at a HRT as low as 5 h. Funding: This work was supported by the Marie Sk?odowska-Curie European Joint Doctorate (EJD) in Advanced Biological Waste-To-Energy Technologies (ABWET) funded by Horizon
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