Concrete is the most highly used construction material globally. This is largely due to its
durability, versatility and manufacture from inexpensive and readily available materials …

Cement manufacturing is a hard-to-abate industrial sector that accounts for 5–8% of global
anthropogenic emissions. Approximately 80–90% of these emissions occur during …

The cement production industry worldwide is one of the largest CO 2 emitting industrial
sectors. It accounts for a considerable amount of total global greenhouse gas (GHG) …

The emission of anthropogenic carbon dioxide (CO 2) as a result of fossil fuel burning is
regarded as a leading cause of global warming and environmental problems. An efficient …

The transition to net-zero emission energy systems creates synergistic opportunities across
sectors. For example, fuel hydrogen production from water electrolysis generates by-product …

The heat and mass transport occurring through a rotary kiln has many industrial
applications, such as organic or mineral materials manufacturing. The originality of this …

Oxy-fuel combustion stands as a promising carbon capture technology to significantly
reduce CO 2 emissions from industrial combustion processes. Due to a different process …

Abstract Partial oxycombustion using Oxygen-Enriched Air (OEA), produced by air-gas
separation with polymeric membranes, combined synergistically with CO 2 capture …

The formation of regions of solid coating, where agglomerated clinker material adheres to
the refractory lining of the kiln wall, is very common during cement clinker production. While …

The cement industry is one of the sectors responsible for the highest carbon dioxide (CO 2)
emissions of the world. CO 2 capture technologies for storage and/or utilization are pointed …