This article explores the modeling, simulation and optimization of a biophotolytic cyclic
process for enhanced hydrogen production from microalgae, employing the sulfur …

Microalgal H 2 photoproduction has the potential of being an affordable method for
producing this alternative fuel; however extreme sensitivity of hydrogenase enzyme to …

The green alga Chlamydomonas reinhardtii has the ability to produce clean and renewable
molecular hydrogen through the biophotolysis of water. Hydrogen production takes place …

Diversification of biofuel sources has become an important energy issue. Bio-hydrogen
production from microalgae has received much attention recently. However, commercial …

Biological hydrogen production by the green alga Chlamydomonas reinhardtii under sulfur‐
deprived conditions has attracted great interest due to the fundamental and practical …

Sulfides play an important role in the photobiological production of H 2 from microalgae.
Apart from the conventional sulfur deprivation strategy, the addition of sulfides is also found …

This article explores the possibility of demonstrating sustainable photohydrogen production
using Chlamydomonas reinhardtii when grown in sulfur deprived photoautotrophic …

The green alga Chlamydomonas reinhardtii has the ability to produce molecular hydrogen
(H2), a clean and renewable fuel, through the biophotolysis of water under sulphur-deprived …

In the present study, the design and fabrication of a micro-photobioreactor to produce the bio-
hydrogen are aimed. Furthermore, the optimization of variables affecting hydrogen …

Production of photobiological hydrogen by microorganisms has been an active field of
research for many years. The experimental process for generating photobiological hydrogen …