The ever-increasing world energy demand drives the need for new and sustainable renewable fuel to mitigate problems associated with greenhouse gas emissions such as climate change. This helps in the development toward decarbonisation. Thus, in recent years, hydrogen has been seen as a promising candidate in global renewable energy agendas, where the production of biohydrogen gains more attention compared with fossil-based hydrogen. In this review, biohydrogen production using organic waste materials through fermentation, biophotolysis, microbial electrolysis cell and gasification are discussed and analysed from a technological perspective. The main focus herein is to summarise and criticise through bibliometric analysis and put forward the guidelines for the potential future routes of biohydrogen production from biomass and especially organic waste materials. This research review claims that substantial efforts currently and, in the future, should focus on biohydrogen production from integrated technology of processes of (i) dark and photofermentation, (ii) microbial electrolysis cell (MEC) and (iii) gasification of combined different biowastes. Furthermore, bibliometric mapping shows that hydrogen production from biomethanol and the modelling process are growing areas in the biohydrogen research that lead to zero-carbon energy soon.

/pdf/critical-challenges-in-biohydrogen-production-processes-from-fqkb5vc166.pdf

Critical challenges in biohydrogen production processes from the organic feedstocks

Biohydrogen Production from Organic Waste – A Review

https://www.cell.com/trends/biotechnology/pdf/S0167-7799(20)30109-8.pdf

Putting Photosystem I to Work: Truly Green Energy

Hydrogen production from wastewater, storage, economy, governance and applications: a review

Improving the stability of photosystem I–based bioelectrodes for solar energy conversion

In this study, we improved the hydrogen production efficiency by combining photosystem I with an artificial light harvesting dye, Lumogen Red. In the reaction system, Lumogen Red allows light absorption and energy transfer to photosystem I by Forster resonance energy transfer; therefore, the Pt nanoparticles act as active sites for hydrogen generation.

/pdf/efficient-hydrogen-production-using-photosystem-i-enhanced-1sfereq0k5.pdf

Efficient hydrogen production using photosystem I enhanced by artificial light harvesting dye.

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Efficient hydrogen production using photosystem I enhanced by artificial light harvesting dye.