The use of wind turbines can help progress towards economic and technological
development, lower rates of fossil fuel consumption, decreased greenhouse emissions, and …

This research investigates strength development and the carbon footprint of Calcium
Carbide Residue (CCR) and Fly Ash (FA) based geopolymer stabilized marine clay. Coode …

Environmental global issues affecting global warming, such as carbon dioxide (CO 2), have
attracted the attention of researchers around the world. This paper reviews and discusses …

Calcium carbide residue (CCR) is an industrial by-product, stockpiles of which are rapidly
accumulating worldwide. Highway embankment construction has been identified as an …

Traditional MICP technology has been extensively applied to improve soil properties and
solidify heavy metal contaminated soil. However, the traditional product performance of …

Energy conservation and emission reduction are key focuses in the field of building
engineering. In this study, carbon dioxide gas was utilized to develop carbon dioxide foam …

An innovative approach combining CO 2 accelerated carbonation with industrial by-products
is systematically investigated to produce low-carbon and sustainable cementing materials …

The technique of carbonated stabilization is an innovative method to improve the
engineering performance of soft soils. However, the improvement in the engineering …

The reactive MgO-fly ash-CO 2 cementing materials are innovatively introduced to improve
the engineering property of sludge dredged from East Lake, China by the combined …

Chemical stabilization via hydration reactions with cement or lime is a universally applied
method to improve the mechanical properties of shallow soils. Accelerated soil carbonation …