Hydrogen as a clean energy that is conducive to energy and environmental sustainability,
playing a significant role in the alleviation of global climate change and energy crisis …

Global urbanization has resulted in amplified energy and material consumption with
simultaneous waste generation. Current energy demand is mostly fulfilled by finite fossil …

Addressing the ever-increasing global demand and limiting the dependency on exhaustible
fossil fuels led to the foundation for renewable energy research. Biomass obtained from …

Microalgae have been developed as promising candidates for bioenergy production,
coupled with answering challenges related to water pollution and global warming. When …

The use of microalgae–bacteria consortia (MBC) for wastewater treatment has garnered
attention as their interactions impart greater environmental adaptability and stability …

The depletion of fossil fuel reserves has resulted from their application in the industrial and
energy sectors. As a result, substantial efforts have been dedicated to fostering the shift from …

Algae (especially microalgae and cyanobacteria) are potentially diverse, ubiquitous, and
dominant group of photosynthetic organisms in nature. The dominance and diversity of …

The biohydrogen production from algal biomass could ensure hydrogen's sustainability as a
fuel option at the industrial level. However, some bottlenecks still need to be overcome to …

The upcoming global climate change as a result of anthropogenic action is now increasingly
attracting the attention of scientific communities. Over the past three decades, researchers …

Metabolic cross-feeding is a pervasive microbial interaction type that affects community
stability and functioning and directs carbon and energy flows. The mechanisms that underlie …