As the world population increases, food demand and agricultural activity will also increase.
However,~ 30–40% of the food produced today is lost or wasted along the production chain …

The main intention in the modern era is to make life and activities on earth more comfortable
by adding necessary products through biological machinery. Millions of tons of biological …

The high fiber content of chestnut shells (CS) makes biomethane production inefficient when
using the anaerobic digestion (AD) method. Therefore, this study has evaluated for the first …

The resistant structure and high carbon/nitrogen ratio (C/N) of cellulosic substrate are the
barriers during their anaerobic digestion (AD). Solid-state urea pretreatment was developed …

In the present study, three process parameters optimization were assessed as controlling
factors for the biogas and biomethane generation from brown algae Cystoceira myrica as …

The complex lignocellulosic arrangement of Arachis hypogea shells is the major hindrance
during its anaerobic digestion process. This work emphasizes the application of thermal …

The growing demand for products with lower environmental impact and the extensive
applicability of cellulose nanofibrils (CNFs) have received attention due to their attractive …

The shells of walnuts (WS) are major refuse in the global fruits and nuts trade. This,
otherwise discarded, lignin-rich material can be carbonized to biochar—a value-added …

Lignocellulosic materials (LMs) are the most abundant residues on the planet and have a
huge potential for methane production. Several strategies have been tested to enhance the …

In the face of international movement away from fossil fuels caused pollution menace, many
research labs are rushing towards next big breakthrough via effective biorefinery …