Energy demands keep increasing in this modern world as the world population increases,
which leads to a reduction in fossil fuels. To resolve these challenges, Pennisetum …

Valorization of lignocellulosic biomass via anaerobic digestion (AD) is limited by its reluctant
structure, leading to a substantial energy remaining in the solid digestate. To mitigate this …

Nigeria is the leading cassava and fifth largest oil palm producer, accounting for 54 and 0.93
million metric tonnes respectively. As such during processing large wastes are generated …

Pyrolysis is a very fast and effective thermochemical conversion scheme, hence suitable for
the processing of elephant grass, a fast-growing and invasive grass, into bioenergy. This …

Elephant grass (EG) is an opportunistic, invasive weed and is least explored lignocellulosic
waste for bioethanol production. This study unleashes the potential of EG for high-yield …

One viable option for meeting global energy demand is the creation of biofuels from plant
species that demonstrate high biomass productivity and good energy characteristics. In this …

This study was conducted to evaluate the forage production and farmers preference as
livestock feed under farmer's conditions in West Hararghe Zone of Oromia region, Ethiopia …

In the face of growing water scarcity and ever-increasing energy consumption in Thailand,
farmers will need to optimize farmland use instead of using it only for seasonal cropping …

BM is a renewable organic material obtained from plants and animals. The inability to
characterize BM samples prior to the Py process reduces BO yield quality. This study …

Spectrophotometric and gravimetric methods of analyses were used to quantitatively
compare the biomass compositions of three predominant perennial grass species; Eleusine …