Precast concrete plant import of energy conservation and carbon reduction efficiency research- In case of cement concrete

• Main Authors: Pin-Liang Liu, 劉賓亮
• Other Authors: Jyh-Dong Lin
• Format: Others
• Language: zh-TW
• Published: 2015
• Online Access: http://ndltd.ncl.edu.tw/handle/2z397p

碩士 === 國立中央大學 === 土木工程學系在職專班 === 103 === 　The research is focused on the addition of energy conservation and carbon reduction into precast concrete plant to improve the level of quality further. Application of the cost efficiency with the introduction of carbon calculator for the “carbon footprint” and lowering carbon emission strategies is further explored. During the life cycle of precast structure, a good structure design incorporates not only the planning and design, but also its materials, equipment, and construction, which make up the important elements in preparing the final products in the precast concrete plant. 　　To better understand the finished product of precast concrete plant of energy conservation and carbon reduction benefits, this study begins with a basic operational analyses of the precast concrete components. The existing related operation standards and methods is examined. In addition, cost efficiency and carbon calculator is included for a better comprehensive decision. The reliability of the study will be strengthened through a preliminary classification and a subsequent case study, including related research information from overseas. 　　A huge collection of test data is to be used for analyzing the clustering analysis based on the structural behavior, finding the relationship between different structures and materials, and sorting out the carbon emission order through commonly used materials, which can determine the preliminary different results comparing the precast concrete and the ordinary in-situ concrete for an object and rationale spending control. In order to achieve the integrity of the cost analysis, indicators of social responsibility is included for a comprehensive consideration and evaluation. 　　The last topics of the research are to establish a continuing monitoring data base and a feedback mechanism as a result of the analysis of precast concrete related information. This research is trying to propose a unique precast system of specialized precast concrete materials for the better result of the energy conservation and carbon reduction during the life cycle of a building structure. This research will be able to provide a variety of material information, a continuing and comprehensive material informational data base, and a better decision making reference. The business owners can make a more object and reasonable decisions based on the life cycle of building structure materials and maintenance cost savings in the future.