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Sustainable Cement Production with Improved Energy Efficiency and Emerging CO<sub>2</sub>Mitigation

Sustainable Cement Production with Improved Energy Efficiency and Emerging CO<sub>2</sub>Mitigation
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摘要 This paper studies the current strategies of energy efficiency improvement, CO2 capture in cement production and fly ash blended cement and concrete. Application of updated technology in newly industrialized countries (especially China) has improved energy efficiency due to their (its) dominant global cement production shares. Waste heat recovery (WHR) increases its energy efficiency. CO2 capture from cement plants will be more efficient than that from pulverized coal fired power plant. This paper might serve as a guide for the technology improvement, energy policy making and environmental protection in cement production. This paper studies the current strategies of energy efficiency improvement, CO2 capture in cement production and fly ash blended cement and concrete. Application of updated technology in newly industrialized countries (especially China) has improved energy efficiency due to their (its) dominant global cement production shares. Waste heat recovery (WHR) increases its energy efficiency. CO2 capture from cement plants will be more efficient than that from pulverized coal fired power plant. This paper might serve as a guide for the technology improvement, energy policy making and environmental protection in cement production.
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出处 《Advances in Chemical Engineering and Science》 2012年第1期123-128,共6页 化学工程与科学期刊(英文)
关键词 Energy Efficiency CO2 CAPTURE FLY ASH Cement Energy Efficiency CO2 Capture Fly Ash Cement
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