Carbon capture and sequestration (CCS) is a three-tier process-carbon capture, transport
and storage. The capture consists of pre-combustion, oxy-combustion and post-combustion …

摘要人为排放CO 2 导致全球气候变暖已经对人类生存和发展造成威胁, 碳捕获与封存是世界
公认的实现碳减排的主要途径之一. 基性-超基性岩碳酸盐化固碳作为地质碳汇之一, 是一种经济 …

Many mining wastes, especially those from the metal mining industry, have traditionally
been treated as a matter of little or no value and in practice a cost burden. Some wastes …

Various modeling studies analyzing global 2° C climate stabilization scenarios have
projected penetration of CO 2 capture and storage (CCS) technologies in India alongside a …

Previous water-CO 2 interaction studies have studied few basalt types (rich in Ca, Mg, and
Fe cations) to determine pyroxene, olivine and plagioclase reaction rates; however, limited …

Geological carbon sequestration provides permanent CO 2 storage to mitigate the current
high concentration of CO 2 in the atmosphere. CO 2 mineralization in basalts has been …

Enhanced weathering of olivine has been suggested as a measure to lower the atmospheric
CO 2 level and it might also mitigate ocean acidification. This study aimed to characterise …

超基性岩可通过碳酸盐化生成稳定的碳酸盐矿物, 它是一种以地球化学手段有效且永久封存CO2
的矿物. 在自然界中矿物封存CO2 可通过风化作用自发发生, 人工干预能进一步提升碳酸盐化 …

Carbon dioxide capture and storage by mineralization has been proposed as a possible
technology to contribute to the reduction of global CO2 levels. A main candidate as a feed …

The olivine carbonation reaction, in which carbon dioxide is chemically incorporated to form
carbonate, is central to the emerging carbon sequestration method using ultramafic rocks …