The rising demands of the growing population have raised two significant global challenges
viz. energy crisis and solid-waste management, ultimately leading to environmental …

Recently nanotechnology has evolved as one of the most revolutionary technologies in the
world. It has now become a multi-trillion-dollar business that covers the production of …

Biomass-derived materials have recently received considerable attention as lightweight, low-
cost, and green microwave absorbers. On the other hand, sulfide nanostructures due to their …

In the biogas plants, organic material is converted to biogas under anaerobic conditions
through physical and biochemical processes. From supply of the raw material to the arrival …

Abstract A novel strain KIIT BE-1 isolated from a specialized environment, screened through
starch iodine test from a set of eighty-five biodigestate isolates, produced amylase maximally …

Various microbial treatments and value-added transformations to treat and manage wastes
including food wastes (FW) from numerous sources have emerged as leading concepts. The …

Anaerobic digestion of multiple substrates can generate more biogas while remaining
stable, if positive synergistic effects are achieved. The type of co-digested substrates and the …

Pre-treatment of fruit, food and vegetable waste materials could enhance the biogas
generation and waste stabilization in a shorter time. Effect of alkaline, hydrothermal, thermal …

In the present study, a new strategy was developed by integrating mathematical modeling,
restrictive goals, and desirability analysis to improve anaerobic digestion of wild tree wastes …

The aim of this study focuses on the possibility of producing biogas from brewery spent
grains through an anaerobic digestion (AD) process. Beer, in fact, is one of the most …