Heat pumps are efficient and attainable alternatives for the conventional systems used for
cooling and heating in the buildings. Renewable energy sources can be integrated with heat …

Integrated renewable-based power cycles should be employed to produce more sustainable
electricity. This is a comparative life cycle assessment (LCA) of three combined power …

The hydrogen vector stands as a potentially important tool to achieve the decarbonization of
the energy sector. It represents an option to store the periodic excesses of energy …

The dispatch-down of excess wind energy is a growing concern, especially for countries
integrating high levels of variable renewable energy. Demand flexibility presents an …

In this study, a comparative life cycle assessment of different heat pump technologies based
on multiple supply chain scenarios according to the UK market has been conducted. In …

Emissions from heating systems in the building sector significantly contribute to
anthropogenic environmental pollution in Germany. Heat pumps are often considered to …

Given the ambitious greenhouse gas emissions reduction targets set by the European Union
and the importance of cities in achieving these goals, there is an increasing need to analyze …

Air-source heat pumps (ASHP) have a significant potential for decarbonizing the heating
sector. In this article, we compare the environmental impacts (climate change, particulate …

Although phosphorus (P) recovery and management from sewage sludge are practiced in
North America and Europe, such practices are not yet to be implemented in China. Here, we …

The study of sustainable remanufacturing processes using recycled carbon fiber to enhance
its applicability in high-performance materials is a key research direction. To this end, their …