The transportation sector is marked by high emissions, and new sustainable solutions are
required to solve this problem. Biomethane, also known as green gas, has the potential to …

Biogas production from food waste with anaerobic digestion process and co-digestion
process obtained high purity of biogas. Food waste consists of proteins, carbohydrates …

Circular bioeconomy models aim to reduce dependence on non-renewable and
unsustainable use of resources, involving also the inclusion of gas in the green taxonomy …

This paper defines the roles of biomethane for a double-green transition, through the
integration of an effective management of renewable energy and municipal waste. The …

Rapid growth in population and urbanization is increasing the generation of solid waste as
well as demand for natural resources. Moreover, increasing demand and fixed available …

All over the world, agriculture is both the food provider and an energy-intensive consumer,
basically in develo** countries. Thus, energy inputs into agriculture are often from fossil …

The green revolution represents a substantial investment plan on renewable energy
resources (RESs) reducing the country's dependence on fossil fuels energy. Currently, some …

Because of its sustainability, less environmental pollution and high profitability, rapidly
growing number of the bio-methane gas (BMG) production systems implies successful …

The transport sector has a low penetration of renewable energy, and this presents a serious
obstacle to tackling climate change. Biomethane is seen as a decarbonisation solution, but …

Biomethane is a promising renewable energy carrier with the potential to diversify and
decarbonise natural gas. It is produced from a range of waste sources and can be …