Greenhouse gas (GHG) emissions from electricity generation are generally assessed using
a yearly average carbon intensity (in carbon dioxide equivalent emissions per unit of …

Faced with deteriorating climatic conditions and aquatic environments, a unified framework
is required to support joint management policies. In this study, a factorial energy–water …

The sea level rise caused by climate change has seriously threatened the sustainable
development of island areas. As the third largest island in China, Chongming has …

A methodology based on the multi-objective optimisation of economic and environmental
aspects is presented to support the preliminary design of CO 2 transport pipelines employed …

Decoupling of electricity CO 2 emissions (ECE) is pivotal in achieving China's “double
carbon” goal. However, empirical studies primarily focus on the decoupling of ECE from the …

China's economy has entered the 'New Normal'era, transferring from the fast growth to the
medium-high growth with ambitious targets on climate change mitigation and pollution …

The rapid growth of electric vehicles (EVs) has created an unprecedented demand for
electricity, and the generation of the electricity required to meet this demand leads, in turn, to …

Estimating the embodied emissions in electricity has been a challenge due to the
interconnectedness of electrical grids. Previous studies use a variety of methods that are …

The emission of pollutants following electricity consumption is significant, and hospitals are
major contributors to energy consumption. Hence, the aim of this study was a survey of …

Abstract China shares 13.15% and 69.23% of the global magnesite reserves and production
respectively. Magnesia is an important connecting link between magnesite and refractory. It …