This study investigates the convergence of the Fourth Industrial Revolution (4IR) with the
pressing objectives of attaining universal energy access and transitioning towards net-zero …

The exploration of concrete-based energy storage devices represents a demanding field of
research that aligns with the emerging concept of creating multifunctional and intelligent …

Reusing phosphogypsum (PG) waste to manufacture eco-cementitious materials is
sustainable. However, PG faces the challenge of high stacking volume and low utilization …

This study utilized a synthetic engineering limestone calcined clay (LC 3) system to simulate
the effects of different grades of calcined clay on the rheological, hydration, and mechanical …

Thermal decomposition of metal carbonate is a common reaction in the traditional industrial
processes, however, it suffers from significant CO 2 emissions and high energy-cost …

Concrete used for the construction of buildings accounts for approximately 60% of concrete
production in Europe. At the same time, design approaches and materials specification are …

This study investigates environmentally friendly high-performance concrete (HPC) by
partially replacing cement and silica sand with zeolite powder. The replacement levels …

In the quest for a sustainable future, energy-intensive industries (EIIs) stand at the forefront
of Europe's decarbonisation mission. Despite their significant emissions footprint, the path to …

Alkali-activated materials have been intensively researched using industrial by-products
such as slag and fly ash to minimize the construction industry's carbon footprint. In the …

Concrete is the most used construction material, accounting for 8% of global CO 2
emissions. Various strategies aim to reduce concrete's embodied carbon, such as using …