Abstract In 2015, the United Nations General Assembly (UNGA) set out 17 Sustainable
Development Goals (SDGs) to be achieved by 2030. These goals highlight key objectives …

Hydrogen (H 2) production from biomass gasification offers exceptional benefits regarding
renewable energy sources, zero-carbon emission, cost-effective processes, and high …

The inherent capability and increased efficiency of microalgae to convert sunlight into solar
chemical energy are further enhanced by the higher amount of oils stored in microalgae …

For sustainable design, technology developers need to consider not only technical and
economic aspects but also potential environmental impacts while developing new …

Hydrogen (H 2) is pivotal to phasing out fossil fuel-based energy systems. It can be
produced from different sources and using different technologies. Very few studies …

The commercialization of hydrogen as a fuel faces severe technological, economic, and
environmental challenges. As a method to overcome these challenges, microalgal …

Microalgae are a potential feedstock for several bioproducts, mainly from its primary and
secondary metabolites. Lipids can be converted in high-value polyunsaturated fatty acids …

The urgent need to address greenhouse gas (GHG) emissions, particularly in relation to
climate change, is driving the demand for new sustainable renewable fuels. This demand is …

Thermochemical water-splitting (TWS) processes are regarded as one of the most
environmentally friendly strategies, capable of harnessing high-temperature waste heat from …

The hydrogen (H 2) economy has been recognized globally from a socio-economic, and
environmental viewpoint. Hydrogen can be produced using technologies such as …