Biohythane consisting of biohydrogen and biomethane via two-stage fermentation is a
promising energy carrier for vehicle use. In this study, one-stage biomethane system using …

Biohythane production through anaerobic digestion of organic waste in a single reactor is a
potentially more cost-effective process compared to the traditional two-stage scheme. In this …

Recently, the bio-transformation of organic wastes to value-added products has gained
huge interest due to problems related to waste disposal and fossil fuel depletion. Gaseous …

Background Biohythane production via two-stage fermentation is a promising direction for
sustainable energy recovery from lignocellulosic biomass. However, the utilization of …

This study demonstrates the continuous biohythane production in a single-stage anaerobic
digester using a biomass mixture of separately entrapped hydrogenic and methanogenic …

The combination of biohydrogen and biomethane production from organic wastes via two-
stage anaerobic fermentation could yield a biohythane gas with a composition of 10-15 …

The present study investigated a two-stage anaerobic hydrogen and methane process for
increasing bioenergy production from organic wastes. A two-stage process with hydraulic …

Highlights•Identify the importance of sustainable hythane fuel via biological
process.•Compare biohythane with other biological processes for bioenergy …

Abstract Hydrogen (H 2) and methane (CH 4) are the potential alternative energy carriers
with autonomous extensive and viable importance. These fuels could complement the …

The availability of fossil fuels is a major factor that determines the economy of a country.
However, possible exhaustion of fossil fuel deposits as well as increased pollution, and …