China has set an ambitious national determined contributions target to peak CO 2 emissions
by 2030 and aims to be carbon neutral by 2060. One of China's top energy consumers and …

Co-abatement strategies that can reduce both CO 2 and air pollutants emissions are
essential for the green and low-carbon transition of China's iron and steel industry. Most …

Accurately tracking carbon flows is the first step toward reducing the climate impacts of the
iron and steel industry (ISI), which is still lacking in China. In this study, we track carbon flows …

The deep decarbonization of the iron and steel industry (ISI) is essential for fulfilling the goal
of global net-zero emissions. Existing studies for the multiple transition possibilities and …

Steel production is one of the major sources of greenhouse gas (GHG) emissions. Brazil is
one of the largest steel producers in the world and its main energy sources for steel …

Sulfur is a harmful impurity in iron ore, which seriously affects the subsequent smelting
process and product quality. In this study, a novel process of hydrogen-based mineral phase …

The steel smelting process produces extensive CO 2 and Ca-containing steel slag (SS).
Meanwhile, the low value utilization of steel slag results in the loss of Ca resources. CO 2 …

Concerns over supply risks of critical metals used in electric vehicle (EV) batteries are
frequently underscored as impediments to the widespread development of EVs. With the …

The linkages between CO 2 and air pollutant mitigations in the steel industry, including
synergies and trade-offs, have significant spatial heterogeneities. Previous research has …

As the largest steel-producing country, China's steel industry has experienced rapid
development in terms of production level and quality. Owing to the high consumption of coal …