Screening of high temperature tolerant strains is important for photo-fermentative hydrogen
production in natural conditions which exhibit wide temperature variations. Hence, a …

The light shielding effect of photosynthetic bacteria in photo fermentation process, which is
caused by high content of pigment, hinders their hydrogen production rates under intense …

Hydrogen generation from complex substrates composed of simple sugars has the potential
to mitigate future worldwide energy demand. The biohydrogen potential of a sequential …

Hydrogen production with photosynthetic microorganisms contributes to the protection of the
environment, not only in producing a clean fuel but also in waste treatment processes. In this …

Most of the photosynthetic bacterial strains exhibit optimum hydrogen production at neutral
initial pH, and lower initial pH resulted in a sharp decrease in hydrogen yield. Thus …

Cornstalk is a typical cellulose material, which can be used by photo-fermentative H 2
production after pretreatment. However, the pretreatment methods have different influence …

Thermal and acid hydrolysates of oil palm empty fruit bunch and other lignocellulosic
substrates contain glucose, xylose, and acetic acid as the main components. In using such …

Rhodobacter capsulatus was used for the phototrophic hydrogen production on effluent
solution derived from the thermophilic fermentation of Miscanthus hydrolysate by …

The effects of light/dark cycle, mixing pattern and partial pressure of H2 on the growth and
hydrogen production of Rhodobacter sphaeroides ZX-5 were investigated. The results from …

Interest in renewable and clean energies such as hydrogen has increased because of the
high level of polluting emissions, increasing costs associated with petroleum and the …