Bioethanol is a promising biofuel for replacing gasoline due to its sustainability. This work
uses microwave irradiation and acid hydrolysis to produce bioethanol from Chlorella …

The escalation of the global population has accelerated the demand for sustainable energy
sources such as bioethanol. Traditionally, bioethanol was obtained by the fermentation of …

Energy generation involves intricate engineering processes that directly and indirectly
produce carbon dioxide emissions. Sustainable energy production through bioprocessing …

In this work we present a packed-bed bioreactor system packed, with immobilised cells in
sodium alginate beads, for the biological conversion of glycerol to succinic acid. We …

The performance of immobilized microalgae-alginate beads on biohydrogen production and
its stability across several dark fermentation cycles is influenced by the sodium alginate …

In this work, an autocatalytic chemical reactions model with mutation is investigated, and a
nonlinear control is proposed to lead the system to a behavior that maintains the system with …

In this article, the problem of real‐time estimation of the fermentative ethanol process is
tackled. The considered observer is a model‐based technique that is robust regarding the …

Growing demand for renewable and sustainable energy sources has prompted research
into bioethanol production as a viable alternative to hydrocarbon fuel for automobile …

Bioethanol implementation as a renewable fuel has yielded economic, social, and
environmental benefits, including reduced fossil fuel consumption, enhanced energy …

Bioethanol is mainly produced from corn worldwide, but many countries face challenges in
producing sufficient corn for this purpose. White sweet potato (Ipomoea batatas Linneaus) …