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碲化鎘薄膜太陽能電池能削減排入環境中的鎘量嗎？
當碲化鎘保護膜早上的地球能板電芯電站取代煤電時，碲化鎘保護膜早上的地球能板電芯每發五百萬千瓦的用電縮減2g的鎘以氣的行駛排放到學習條件，還能縮減140g的鎘以灰的行駛入駐學習條件。單獨，還能縮減1000噸CO2，8噸SO2，3噸NOx，及0.4噸煙塵排放到學習條件。參考文獻：
Electric Power Research Institute (EPRI). (2002). PISCES database for U.S. power plants and U.S. coal, copyright EPRI 2002.
哪些鎘源能影響到人類？
Van Assche 不同問卷調查論述，決定我們環保的鎘源中，磷肥占41.3％，氣體燃料的燃燒占22.0％，鐵和鋼的煉制占16.7％，天然的空氣大氣污染占8％，水泥板的分娩占2.5％，含鎘企業類服務僅占2.5％，各種占7％。含鎘企業類服務所降低的鎘量遠少于其他一些鎘源對師的決定，根據鎘被封殺存于該企業類服務的格局中。
參考文獻：
Environmental Resources Limited (ERL). (February 1990). Evaluation of the Sources of Human and Environmental Contamination by Cadmium. Prepared for the Commission of the European Community, Directorate General for Environment, Consumer Protection and Nuclear Safety, London.
Organization for Economic Co-operation and Development (OECD). (1994). Risk Reduction Monograph No. 5: Cadmium OECD Environment Directorate, Paris, France. Van Assche, F. J. (1998). "A stepwise model to quantify the relative contribution of different environmental sources to human cadmium exposure." NiCad '98, Prague, Czech Republic, September 21-22, 1998.
Van Assche, F. J.; Ciarletta, P. (1993). "Environmental exposure to cadmium in Belgium: decreasing trends during the 1980s." Heavy Metals in the Environment Volume 1, pp. 34-37. Toronto, September 1993.
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