This figure is expected to expand to 81 million tonnes by Under the Vietnamese government plan for the local cement industry until , all cement producers with clinker production capacity from 2, tonnes per day will have to apply waste heat recovery WHR solutions in to boost energy efficiency. Industry experts said the waste heat from clinker production in the manufacturing process was the main energy offender.
An overview of energy savings measures for cement industries
Oonchuen said that WHR solutions helped save energy costs significantly, which accounted for a major part of operational expenses. In , SCG-Cement Building Materials began a focus on improving the production process to reduce energy use and greenhouse gas emission by utilising waste heat. The waste heat from clinker production in the cement manufacturing process is transformed into low pressure steam and then used to generate electricity, which is then used to help power the cement plant. The project to reuse waste heat reduces carbon dioxide emission CO2 by , tonnes annually.
Ta Van Khao, technical advisor of Telin Technology and Infrastructure Joint Stock Company, agreed that foreign cement technologies would help save energy and reduce operational costs in the long term. By By Thanh Thu.
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Tin Nhanh Chung Khoan. Green Growth Energy Efficiency. Property Green Buildings Industrial Properties. Money Smart Payment Trends Insurance. DOI: Jiangsu province takes the lead of cement production among China's provinces, contributing to 8.
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In this study, a geo-graphical information system-based energy model is developed to assess the potential of energy savings and associated mitigation of CO2 and air pollutant emissions in Jiangsu's cement industry during — This study will help policy makers develop integrated policies to support the coordinated development of Jiangsu and can also enhance the effectiveness of the implementation of joint prevention and control of atmospheric pollution to improve regional air quality.
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