The inherent occurrence of slag" co-products" and its utilization during ferrous production
are crucial for the industry to ensure greater sustainability. In this work, various research and …

Erosion of the refractory materials in blast furnaces (BFs) greatly limits their campaign life,
which seriously reduces the economic benefits of iron and steel plants and endangers …

Recently, foam concrete (FC) has been widely considered due to higher workability,
lightweight, lower cost, thermal and fire resistance relatively to conventional concrete. This …

At present, the comprehensive utilization of bulk industrial solid waste has attracted wide
attention. The recycling of industrial solid waste in building materials not only provides …

To properly dispose mining-induced tailings, diverse techniques including cemented paste
fill (CPB) have been already employed. Indeed, tailings are manufactured by using different …

This pioneering study investigates the use of expanded polystyrene (EPS) and waste rubber
tyre powder (WRTP) in sintered clay bricks for eco-friendly and cleaner buildings. Different …

Green construction materials have emerged as viable options to cope with the sustainability
challenges set by the global communities without compromising the technical merits. Agro …

In the present work, coconut shell powder (CSP) is explored as a pore-forming agent in the
manufacturing of fired clay bricks. The bricks were produced by varying the amount of CSP …

This research investigates the feasibility of using dry crushed pomegranate peel waste as
thermal insulator to produce light clay bricks. Pomegranate peel waste (PW) is used with …

In recent years, the contradiction between the huge production of municipal sludge and
industrial residue and the shortage of landfill space has driven the exploration of novel …