Food waste biorefineries for the production of biofuels, platform chemicals and other bio-
based materials can significantly reduce a huge environmental burden and provide …

Photo-fermentation seems to be an attractive hydrogen production pathway. However, the
light conversion efficiency and photo-hydrogen production of purple non-sulphur bacteria …

Aviation industry has a vital role in the economic growth and social development of the
world. But, it shows negative impacts on the environment and thus this industry is looking for …

Temperature is a critical parameter for bioprocess performance, requiring careful
optimisation for peak efficiency. Green biohydrogen production via photofermentation by …

Oil palm fronds (OPFs) are generally cast off as solid waste, which comprise of unused
valuable product, fermentable sugars that can be utilised for biohydrogen generation. The …

Strategy to improve single-stage photofermentative hydrogen productivity of photosynthetic
bacteria (PSB) by efficient use a formulated lignocellulosic substrate through suitable …

With the use of biotechnology, hydrogen can be produced from wastewater rich in short-
chain fatty acids. A previous study revealed the ability of Rhodobacter sphaeroides KKU …

The biohydrogen production is promising for the alternative green hydrogen. The two-stage
of the dark and photo-fermentation system increases the hydrogen production yield. In this …

Purple non-sulphur bacteria can only capture up to 10% light spectra and only 1–5% of light
is converted efficiently for biohydrogen production. To enhance light capture and conversion …

Enhancement strategies of single-stage photofermentative hydrogen production from
lignocellulosic residue by photosynthetic bacteria (PSB) were explored in this study …