The iron and steel industry (ISI) is pursuing technology breakthroughs to accelerate the
transition towards carbon neutrality. Deep cut of CO 2 emission involves with not only …

The molten blast furnace slags, a kind of main by-product in Iron and Steel industry, contains
a substantial amount of high-grade thermal energy and untapped resources, and thus their …

Consequent to the escalations in global energy consumption, the biomass-to-fuel processes
are increasingly becoming important areas to the energy industry and policy makers. In this …

Climate change posed the greatest threat to human sustainable development, and reducing
carbon emissions was a pressing issue for all humanity. Among the most energy-intensive …

Different iron-containing materials (named as S1–S5) obtained through an oxidative
digestion in acid media of basic oxygen furnace (BOF) slag were studied for the activation of …

In order to utilize the waste heat of blast furnace slag more effectively, the multi-stage slag
waste heat recovery system was proposed. This study employed the life cycle assessment to …

When utilizing moving bed heat exchanger for waste heat recovery from blast furnace slag,
it's essential to enhance the cooling rate in the high-temperature section to meet the …

In molten slag centrifugal granulation heat recovery technology, the centrifugal granulation
process is crucially important to realize efficient heat recovery as well as high-quality …

Heat transfer of high temperature granules in the moving bed heat exchanger is an
important thermal process in a blast furnace slag waste heat recovery system. Gaining a …

To improve the fluidity of yellow phosphorus slag in the centrifugal granulation process, the
effect of B 2 O 3 on the viscosity and structure of slag were investigated. The results showed …