Application and Analysis of Sustainable Ecological Engineering and Carbon Reduction on Agricultural Canal
Date Issued
2014
Date
2014
Author(s)
Liao, Pei-Ling
Abstract
In recent years, to achieve carbon reduction, the authority actively brings a policy of “sustainable engineering-green connotation” into line with the state plan. According to the "revitalization of the economy to expand public construction investment plan " approved by the Executive Yuan in 2009, the design of public infrastructure should adopt the eco-friendly, saving energy and reduction of carbon concepts. Moreover, the expense of sustainable engineering-green connotation design should account for at least 10% of total project budget. Hence, "green connotation" is an important strategy to reduce carbon emissions.
To incorporate the concept of "green connotation" into the farmland hydraulic canal engineering and echo the policy of sustainable agricultural management, this study aimed to qualify and quantify the total carbon emissions and saving energy in the period of farmland canal construction. In the beginning, this study chose the appropriate cases from the completion project of the Taiwan joint irrigation association. After the initial data collecting and field survey, a total of 12 cases were selected. Evaluation of the chosen cases were undertaken on the basis of the spirit of green connotation. Suitable parameters among sustainable engineering projects were then selected. Carbon emission was calculated according to the EEWH data and other studies. Subsequently, we used statistic method to propose an experience formula for the foundation of following sustainable engineering. The proposed formula also can be used in investigating and planning forward the compensated projects or alternative plans to meet the carbon balance through plantation.
Consequently, this study provides an effective and economical method to calculate carbon emission for the design of sustainable engineering.
Subjects
農田水利水渠工程
綠色內涵
節能減碳
永續工程
二氧化碳排放
Type
thesis
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