The demand for bioenergy is increasing due to the diminishing popularity of fossil fuels and
rising greenhouse gas emissions. However, according to recent reports, renewable energy …

Pellets produced from wood, energy grasses and straw present a higher energy density
feedstock than wood chips or bales, and therefore reduce the costs of handling, transport …

This research presents a simulated model of hydrogen generation through the application of
the steam gasification process (SGP) for algae biomass coupled with the water-gas shift …

Microalgae-based solid biofuels offer a promising option for efficient and low-cost utilizations
of microalgae. This work investigates the key aspects of microalgae-based solid fuels, from …

Driven by the depletion of fossil energy sources and increasing demand for CO 2 emission
mitigation, the global production of densified biofuel increased dramatically from less than 7 …

Handling, storage, and transportation of dried microalgae is challenging due to its low
density. In addition, using pure microalgae as fuel is currently not economically feasible. In …

Towards blended solid fuel processing technologies, the present study is first attempt to
utilize de-oiled microalgae, Chlorella pyrenoidosa NCIM2738, as a binder to densify low …

Energy and environmental issues have triggered the search for new sources of green
energy alternatives in recent years. Biofuel production from renewable sources is widely …

The pretreatment of plant biomass negatively impacts the economics of many bioenergy and
bioproduct processes due to the thermochemical requirements for deconstruction of …

The production of biofuels from microalgae has gained considerable attention due to the
rapid diminution of fossil fuels. Despite major advantages, microalgal biofuels deployment …