Research on Evaluation Index System of Non-Metallic Materials Recycling Technologies from Copper Clad Laminate

Abstract:

The Copper Clad Laminate (CCL) residue recycling technologies are important to improve the recycling of waste circuit boards and reducing the environmental impact during its life cycle. However, there has not yet been able to have the technical evaluation criteria for CCL residue. This study demonstrates the feasibility of one recycling technology from the technical, economic, social, environmental and political, and then determinates CCL residue recycling technologies evaluation index system by Delphi Method, AHP, expert panel and Questionnaire and etc., which provides a tool for CCL residue recycling technologies assessment.

• Periodical: Applied Mechanics and Materials (Volume 768)
• Pages: 627-635
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.768.627
• Online since: June 2015
• Authors: Xiao Peng Li*, Yun Song, Wei Wang
• Keywords: Copper Clad Laminate Residue, Index System, Technologies Evaluation

References

[1] XU Min, LI Guangming, HE Wenzhi. Preparation and performance of polypropylene Composites using recycled nonmetallic components of waste printed circuit boards as fillers. Journal of shanghai second polytechnic university [J]. 2009(26): 17-21.

[2] DUAN Huabo, LI Jinhui, WANG Siting. An innovate method to recycle non-metallic materials from waste printed circuit board. China environmental science[J]. 2012. 32(1): 100~104.

[3] GUO Jie, LI Jia, LU Hongzhou, XU Zhenming. Reuse of wasted printed circuit board based on circular economy concept. Materials Review[J]. 2012, 32(1)：100~104.

[4] ZHANG Zongke, WU Guoqing. Discarded circuit boards preparation of recycled materials with non-metallic materials research. Advanced materials industry. 2011(2)：66-70.

[5] ZHANG DUdu, XU Dongjun. Study on recycling of non-metal materials in waste printed circuit boards. Recycling[J]: 38-41.

[6] JIANG Ying, GUO Jie. New process of reusing nonmetallic material from waste printed circuit boards. Materials Review[J]. 2011(6).

[7] Noord in Shehabuddeen, David Pmbert, Robert Phaal. From theory to practice: challenges in operation a lising at echnology selection framework[J]. Technovation 26(2006): 324-335.

DOI: 10.1016/j.technovation.2004.10.017

[8] Nathasit Gerdsri, Dundar F. Kocaoglu. An Analytical Ap—proach to Building a Technology Development Envelope (TDE)for Roadmapping of Emerging echnologies: A Case Study of Emerging Electronic Cooling Technologies for Computer Servers[J]. http: /ieeexplore．ieee. org/iel5/8667/27466/D1222817. pdf.

DOI: 10.1109/picmet.2003.1222817

[9] Technology Futures Analysis Methods Working Group. Technology Futures Analysis: Toward Integration of The Field &NewMethods Nov. 5 (2003).

[10] LU Wenguang, HUANG Lucheng, WANG Jiwu，The study on setting up index system of new technology assessment concerning the commercial potential，Science of science and management of S. &.T. 2008, 29(2).

[11] DONG Honglin, WEN Shuping, YANG Xiaojie. Different types of the establishment of evaluation index system of agricultural scientific and technological achievements [J]. Management of Agricultural Science and Technology, 2006(2): 79—82.

[12] HUNG LiuWen，HUANG Xiaozhen, WU Shaolin, Liuqing. Research on Medical science achievements evaluation index system[J]. Science and Technology Management Research，2004(2): 63-65.

[13] FU Liuwei, YANG Guibin, YIN Hang. The construction of military technology evaluation index system [J]. Science & Technology Progress and Policy. 2006(8)：159-160.

[14] XIN Chunhua, DING Rijia. Potential evaluation index system for the transformation of achievements technical standards of science and technological[J]. Statistics and Decision, 2007(2): 62-63.

[15] YU Xiaoling, WEI Wei, YANG Zhongzhi. research on Technology project evaluation and methodology selection. Journal of Industrial Engineering and Engineering Management. 2000(1): 31-34.

[16] JIANG Junlu. The role of economic growth and technological progress measure [M]. Beijing：China Planning Press, 1998. 19.

[17] The Reference the progress and economic growth contribution data of energy chemical industry technological.