The abundance of synthetic polymers has become an ever-increasing environmental threat
in the world. The excessive utilization of plastics leads to the accumulation of such …

Environmental pollution poses a critical global challenge, and traditional wastewater
treatment methods often prove inadequate in addressing the complexity and scale of this …

In this study, novel nanohybrids of biosynthesized zinc oxide (ZnO) and magnetite-
nanocarbon (Fe 3 O 4–NC) obtained from the carbonization of toner powder waste were …

This study aimed to investigate the potential of water hyacinth (WH) for biogas production.
For this, three sample combinations were studied. Each combination comprised WH in …

Lignocellulosic biomass is an important source for nutrient management in agricultural
systems and has a largely unexploited potential for biogas production. The digestates from …

The present investigation explores the feasibility of generating biogas from water hyacinth
(WH) through a pretreatment process. The WH samples were subjected to a high …

High ammonia stress, which inhibited the performance and stability of anaerobic digestion
(AD) systems, is considered a bottleneck problem. To improve the performance of ambient …

The purpose of this research study is to determine the effects of co-digestion of water
hyacinth weed plant harvested from Lake Tana in Ethiopia and manures collected from two …

The excessive usage and limited availability of fossil fuels have put enough impetus on
researchers to find alternative energy sources to control the energy crisis and reduce climate …

Water hyacinth is a non-edible plant having a severe impact on aquatic ecosystems through
native vegetation displacement and lower dissolved oxygen concentration. High cellulose …