鑑於全球環保意識日益高漲，國際間開始規範產品之綠色環保要求、頒佈相關指令法規，以及推廣非強制性的環保標章。因此，企業無不致力於相關的對應政策，以因應目前各項環保法規。面對這些挑戰，首先要把環保問題融於整個供應鏈，將整個供應鏈逐步導向符合綠色環保要求，達到「綠色供應鏈」；綠色供應鏈主要範疇為針對原有的供應鏈議題加以延伸，從供應鏈中所強調之品質、彈性、速度、價值及服務外加上一環保意識於供應鏈中。
歐盟針對使用電、能的產品所公布環保要求指令，包括WEEE、RoHS及EuP。電子電機產業在台灣工業發展中佔有相當的比重，2006年出口值佔台灣總出口48.1%，所有輸往歐盟的產品要確保不違反RoHS、WEEE的規定，在生產過程中，為因應各系統廠商的客戶需求，需建立所需的物質組成成份調查表及檢驗報告及可回收再利用數據及拆解報告等，無論是作業程序或資訊應用，將增加生產成本及時程的複雜度，對台灣電子電機產業造成直接的衝擊。
綠色供應鏈管理執行之成效與供應商之配合有著密切的關係，有鑑於此，本研究整理綠色產業目前所面臨的問題，包含各系統廠商自製物質組成成份調查表及原料與解決方案，其中提出建置台灣綠色電子電機零件材料驗證資訊交換平台，以降低供應鏈多對多的資訊交換時的複雜度與成本。本研究的思維為結合產業舵手的營運平台與企業綠色供應鏈管理系統結合的「綠色產業活化」概念，其最大特色在於可以將環保意識融入政府政策與企業經營，既可使廠商有利可圖，又有利於環境，掌握以有限資源發揮最高的經濟效益，提昇企業良好的形象，平台未來預期朝向整合三大指令之數據要求之目標前進，以生命週期思維建置資訊驗證及彙整平台。

Following the announcement of European Union (EU) directives on the Restriction of Hazardous Substances (RoHS) in 2003, leading industrial firms, such as SONY and Dell, have responded by incorporating environmental (green) measures in their product management practices through extending their attention on quality, safety and reliability to include product environmental performance. Enterprises firstly have to integrate the issue of environmental protection into the whole supply chain, gradually leading it to meet requirements of green environmental protection, and eventually achieve “Green Supply Chain” whose main domain is to extend original emphases of quality, flexibility, speed, value and service, further to the consciousness of environmental protection.
The electrical and electronics industry takes up a very significant portion in the industrial development in Taiwan, which accounted for 48.1% of the total export value of Taiwan in 2006. All products exported to EU should not be against regulations of RoHS and WEEE. In order to deal with requirements from clients of each system manufacturer, the necessary material composition survey form, testing report, recycling figures and self guarantees should be created during the production process. Either operation procedure or information application will increase the production cost and complexity of schedule, and bring direct impacts on the electrical and electronics industry in Taiwan.
The problems are primarily due to limited resources and a lack of experienced staff within some organizations. On the other hand, failing to meet the increasingly stringent international green requirements may lead to a loss of market share as well as vast compensation claims from customers and legislative bodies worldwide. Based on this, the research is to collate current problems that the whole green industry is facing, including material composition survey forms drafted by each system manufacturer and confirmation of materials and components to meet regulations, and consider every possible solution, as the role of industry association, helping the industry cope with environmental directives of EU. In respect of the solution to establish a database platform, a “Taiwan Green Electronic and Electrical Components Certification Platform” is purposed to be set up. The portal is implemented for green purchasing network and the case demonstrates the applicability to improve the quality, cost and time-to market issues of green supply chain for enterprises. The key contribution of this research are to provides a green data repository to associate item-level material content information with item numbers, revisions (or lot numbers/date codes), suppliers/manufacturer to define a collaboration model.

中文部分
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[12] 綠色電機電子零件材料驗證資訊平台計畫結案報告，2007。
[13] 施勵行，林琨翔（2003） 「綠色供應鏈中企業的整合策略」，永續產業發展，12，頁11-18。
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英文部分
[15] Hall, J. (2000) “Environmental supply chain dynamics,” Journal of Cleaner Production, 8,455-471.
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[19] Maurice, L. S., and Richard, E. S., “Behavioral data management using VISUAL BASIC FOR APPLICATION to automate data capture and analysis,” Journal of Neuroscience Method, 128, pp. 53-65, 2003.
網站部分
[20]「RoHS排外條款說明」，產業知識庫，http://www.techmaxasia.com/index.php/articles/detail/125
[21] 朱敏珍，「淺談產品如何因應歐盟RoHS指令及WEEE指令之規範與管理」，工業局，http://proj.moeaidb.gov.tw/cpnet/download/2006papers/A03.html
[22]「綠色工業革命不只環保，更是競爭力」，今周刊，2008年4月，http://www.dgnet.com.tw/articleview.php?article_id=1536&issue_id=322
[23] RosettaNet Press Release； New Standard to Provide Efficient Mechanism for the Exchange of Materials Content Information, http://www.rosettanet.org/