Recent advances in microalgae to biohythane (bio-H 2 and bio-CH 4) conversion have
achieved growing attention due to their eco-friendly and energy-efficient nature. Although …

Finding a low-cost, simple technology for producing high-quality bioenergy (eg, biohythane:
bioH 2 and bioCH 4) from waste biomass is challenging. Production of cleaner energy, such …

Cultivation and harvesting of microalgal biomass are energy-intensive and expensive
processes. Hence, this study explored the effect of substituting microalgal biomass with …

Faecal sludge (FS) and drained peatlands have become the hotspots research area in
recent years, causing significant environmental pollution and greenhouse gas (GHGs) …

Abstract Globally, approximately 600–700 million tonnes/yr. of solid waste (SW) and 250–
300 million tonnes/yr. of fecal sludge (FS) are not managed in an environmentally safe …

Microalgae harvesting is an expensive and energy-intensive process. The application of
chitosan, a waste-derived natural flocculant, for microalgae harvesting and biocrude quality …

Utilizing monoalgal species for wastewater treatment is facing tremendous challenges
owing to changing wastewater complexity in terms of physico-chemical characteristic …

Wastewater treatment and reuse help emerging economies to minimize their water scarcity.
This study examines the factors influencing wastewater treatment and reuse by …

Groundwater is perceived as being less vulnerable to microbiological contamination than
surface water, given the natural filtering ability of the subsurface. But several recent studies …

Fossil fuels are unsustainable as they are non-renewable. Despite increasing consumption,
the reserves of fossil fuels remain finite, necessitating the search for alternative fuel sources …