This study was conducted to investigate the properties of hydrolysates obtained from acid
and alkali hydrolysis and to evaluate the feasibility of employing them for bio-hydrogen …

Acid treated rice straw hydrolysate was used as a substrate hydrogen production.
Concentrated sulphuric acid (55%) was used to completely dissolve the rice straw cellulose …

An integration process to produce biohydrogen by rice straw hydrolysate and anaerobic
fermentation was proposed in this study. The rice straw was used as the raw material to …

Rice straw (RS) is one of the major lignocellulosic wastes in the world and an abundant
feedstock for producing biofuels and chemicals. However, RS is difficult to decompose. In …

This study examined the effect of sequential dilute acid hydrolysis and enzyme
saccharification conditions of rice husk on hydrogen (H 2) fermentation. The rice husk was …

Thermal acid hydrolysis is the most common pretreatment method used to deal with waste
lignocellulosic biomass. However, furan derivatives (5‑hydroxy-methylfurfural (5-HMF) and …

This research aimed to study the fermentative production of hydrogen using de-oiled rice
bran (DRB) as renewable biomass. DRB was obtained by the extraction of oil content of rice …

Xylan and rice straw were used to produce H2 via a two-stage approach combining
feedstock pretreatment/hydrolysis and dark H2 fermentation. Acinetobacter junii F6-02 was …

Treated ricebran hydrolysate was fermented anaerobically using Clostridium
saccharoperbutylacetonicum N1-4 at an initial pH of 6±0.2 and an operating temperature of …

Biohydrogen production from agro waste biomass through combinative pretreatments is an
emerging cost effective, alternative energy technology. The present study aimed to ascertain …