Enormous amounts of agri-food waste are generated in the open market, especially in sub-Saharan African cities. This work reports the system optimisation of the management of these open-market food wastes for producing bioenergy and value-added materials and also evaluates the environmental impacts of the selected waste processing routes. It supports decision-making on the management of food waste in developing countries furthering SDG 7, 8 &13.

This Article supports SDG 3 and 7 by highlighting that that household use of solid fuels for cooking or heating was associated with lower life expectancy in the Chinese population.

Buildings consume almost one-third of the total global energy and emit nearly 15% of the direct CO2 generated on the planet. This review paper categorizes and explains plausible applications of thermoelectric materials and devices in buildings.

This Article supports SDGs 7, 11, and 8 by presenting an alternative means of agricultural transport utilizing solar-powered farm rickshaws versus the traditional fossil fuel vehicles.

Reducing emissions and improving environmental conditions are now a global priority for promoting sustainable growth and preventing the adverse consequences of global warming and climate change.

This chapter advances UN SDG goals 7 and 13 by examining large-scale infrastructure and the associated safety hazards of emerging hydrogen technologies as a replacement for fossil fuels in the global energy and transport industries.

This chapter advances UN SDG goals 7 and 13 by critically evaluating the current status of waste-to-energy (WtE) processes to determine how best to move forward from a few successful WtE demonstrations to commercial-scale processes.

An investigation supporting SDGs 7 and 13, based in Ghana, into the possibility of using slaughterhouse wastes as a source of renewable energy through biogas technology. The researchers concluded that 'Ghana generates significant amount of slaughterhouse waste each year that can be processed using AD [anaerobic digestion] for energy and electricity production to supplement the country's electricity needs, while reducing GHG emissions'.

We observe the link between Artificial Intelligence (AI) and Sustainable Development Goals (SDGs). We use automated methodologies to find insights and overlaps between AI and the SDGs. AI-Ethics frameworks need to give more attention to Society and Environment areas. Inclusive action is needed to balance the efforts for solving SDGs by using AI.SDGs 13, 14, and 15 (all related to the Environment area) are not sufficiently addressed.

This Article supports SDG7 and 13 by proposing a new model to identify the most critical features of energy storage system technologies to enhance renewable energy integration and achieve New York State's climate goals from 2025 to 2040.