Construction activities significantly impact natural resources and the environment,
accounting for 40% of global energy consumption and 36% of carbon emissions. This study …

This review paper introduces a conceptual model to enhance the sustainability of cementing
operations in offshore wells. Traditional cementing practices, characterized by significant …

This study describes the production of nanocement (NC) using an efficient catalyst for the in-
situ synthesis of Carbon Nanotubes (CNT) directly on Portland cement grains. The …

Low-heat Portland cement (LHPC) is an environmentally friendly, low-carbon cementitious
material. However, its limited early mechanical properties significantly restricts its …

This study highlights the beneficial impact of hydrated aluminum sulfate (Al 2 (SO 4) 3∙ 14–
18 H 2 O) on strength development and microstructural changes in a CaO-activated ground …

The different temperatures associated with the climatic conditions of each continent and
each biome directly influence the exposure properties of each material used in each region …

Purpose This paper aims to develop an integrated Building Information Modeling (BIM)
framework to minimize embodied energy (EE) in heritage buildings. Focusing on Darat al …

The construction industry, a key player in the fight against greenhouse gas emissions and
solid waste generation, is actively seeking sustainable solutions to mitigate environmental …

The search for binders with a lower environmental impact has grown, especially for those
with reduced clinker content or even for formulations not used due to the high CO2 …

Industrial byproducts are being increasingly used as raw materials in the cement clinker
production. This can help to address the issue of huge amounts of eggshell waste that are …