Title: Carbon dioxide mineral carbonation using natural minerals as feedstocks

摘要: ABSTRACT Carbon dioxide (CO 2 ) concentration in the atmosphere has been increasing rapidly, and this rapid change led to promotion of CO reduction methods. Carbonization natural minerals through direct indirect methods resulted somewhat high calcium magnesium conversion rates; however, extent reaction significantly improved using mineral carbonation. Olivine serpentine, which are rich magnesium, wollastonite, is calcium, most abundant suitable for This paper provides an overview available carbonation sequester carbon minerals. INTRODUCTION Industrial structural development many countries 21 st century will increase energy demands by 57% from 2004 2030. Most demand be satisfied fossil fuels. However, combustion fuels emits