Sentence examples for heat pretreated from inspiring English sources

In ethanol plants, the heat pretreated biomass is hydrolysed and all sugars are potential substrates for ethanol production (recently reviewed by (Alvira et al. 2010)).

Subsequently, for recycling of CH4 fermented effluent from the UASBr (MFEUASBr) as diluting water in DFHP, the tap water and MFEUASBr mixing ratio (T/M ratio) was optimized (a T/M ratio of 5 5) in a batch test using heat pretreated MFEUASBr at 90 °C for 20 min, resulting in the best performance.

On the other hand, anaerobic sludge (both, heat pretreated and not) exhibited inactivation after a few transfers in batch conditions, probably due to the presence of high concentration of lipidic compounds.

In the second step, the pretreated biomass was again heat-pretreated with 1%% (w/w) sulfuric acid at 12.5 % (w/w) solid loading applying a rapid steam-driven heating ramp to 180 °C and a holding time of 4 min.

In brief, 3-µm-thick whole tissue sections mounted on glass slides were deparaffinized and heat-pretreated in a temperature-controlled microwave oven.

After incubation in 0.2 M HCl at room temperature for 20 minutes they were heat-pretreated in citrate buffer (2 × SSC, pH 6.0) at 80°C for 1 to 1.5 hours.

In the first step, the biomass was heat-pretreated with 0.5%% (w/w) sulfuric acid at 12.5 % (w/w) solid loading applying a rapid steam-driven heating ramp to 158 °C and a holding time of 20 min.

Biomass inactivated by heat and pretreated by ethanol was used in determination of optimum conditions.

Maximum gaseous energy recovered using heat shock pretreated acidogenic culture was found to be higher (26.21%) as compared to others.

Substrate conversion efficiency using heat shock pretreated inoculum was high (85.8%) as compared to other acidogenic cultures.

Further statistical methodology was considered for optimization of process parameters to maximize the hydrogen production using heat shock pretreated inoculum.