An emerging cement, limestone calcined clay cement (LC³), reduces CO 2 emissions by
using less clinker in manufacture, promoting sustainability. Compared with OPC, LC³ …

Calcined clays have received significant attention as a primary supplementary cementitious
material (SCM) for reducing the CO 2 footprint of cement, especially when combined with …

Limestone calcined clay cement (LC3) is a new type of low-carbon cement that can reduce
energy consumption and carbon dioxide emissions while meeting the performance …

The second-largest industrial global emitter of CO2 (Carbon dioxide) is the cement sector.
The technology roadmap of low carbon transition for cement industries includes the …

Blends of calcined clay-ordinary Portland cement (CC-OPC) provide low CO2 footprint
cementitious materials. The effects of supplementing OPC with calcined clay on the fresh …

The objective of this study was to assess the utilization feasibility of limestone powder (LS)
and fly ash (FA) for the preparation of blended cement, and provide an optimum proportion …

The partial substitution of Portland cement by a mixture of calcined clays and limestone
fillers offers a promising way to reduce the environmental impact of concrete while improving …

High-tensile strength strain-hardening cementitious composites (HTS-SHCC) can reduce
the size of structural members, enhance the flexibility of architectural design and make 3-D …

Reducing the cement content in blended cements is one of the most promising ways to
achieve low carbon dioxide emission and sustainable development of cement industry …

The construction industry is responsible for around 5% of total CO 2 emissions globally. As a
result, recent research is focused on the sustainability aspects of construction materials …