| Energy Analysis and Evaluation about Life Cycle of EngineeringRefurbished Tire |
| Received:April 15, 2017 Revised:April 15, 2017 |
| DOI： |
| Key Words: Engineering refurbished tire; Life cycle; Energy consumption model; |
| Author Name | Affiliation | E-mail | | Wang Qiang* | Chang,an University School of Construction Machinery Xi | 630702666@qq.com | | Jiao Sheng-jie | Heilongjiang Institute of Technology Automobile and Traffic Engineering College HarBin
Chang,an University School of Construction Machinery Xi | |
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| Abstract: |
| In this paper, energy consumption models of engineering refurbished tire are constructed based on life cycle analysis, theoretic calculation model and method of energy consumption on the four stages of engineering refurbished tire, i.e. production stage, transportation stage, usage stage, and recycle stage, are put forward, energy substitute model and energy evaluation index during recycle stage of five classical stages of engineering refurbished tire, such as: second renovation, mechanical smash, low temperature smash, combustion decomposition, and combustion for power generation, are presented, life cycle energy analysis list of engineering refurbished tire is confirmed, energy consumption amount at different life cycle stages of engineering refurbished tire is quantitatively analyzed, so energy restoration rate of five classical renovation stages of engineering refurbished tire, and energy consumption analysis and energy evaluation at different stages are performed. Thus main conclusions that energy consumption during production stage of engineering refurbished tire is maximum, energy consumption during transportation stage is minimum, and energy recycling result of second renovation of engineering refurbished tire is ideal are gotten. |
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