Mineral carbonation using natural minerals or industrial wastes is a safe and promising
strategy for CO 2 sequestration. Application of industrial wastes for this purpose has …

Mineral carbonation as a way of carbon storage has received a particular attention in the
reduction of carbon dioxide (CO 2) emission. This work gives a comprehensive description …

Carbonation of industrial alkaline resources can achieve dual effects of CO 2 sequestration
and solid waste management, and the carbonated product may act as a potential …

Climate change induced partly by emissions of carbon dioxide (CO2) is an urgent issue
worldwide, calling for advanced methods of carbon sequestration. Since CO2-emitting …

Mineral carbonation is a promising CO 2 sequestration strategy that can utilize industrial
wastes to convert CO 2 into high-value CaCO 3. This review summarizes the advancements …

An amino acid-mediated Ca 2+ leaching-CO 2 mineralization process was proposed to
address the challenges associated with slow kinetics and extensive consumption of …

The use of carbon mineralization to produce carbonates from alkaline industrial wastes is
gaining traction as a method to decarbonize the built environment. One of the environmental …

Abstract The International Maritime Organization's ambitious greenhouse gas reduction
strategy is driving efforts to capture carbon from marine engine exhaust gas. Onboard …

To avoid the long-term pollution of land and water by industrial gypsum by-products, the
exploitation of this resource has become a priority. The indirect synthesis of calcium …

Carbon dioxide mineralization using industrial wastes is an efficient strategy for mitigating
global warming and alleviating the environmental problems caused by industrial wastes …