| 課程編碼 Course Code | 中文課程名稱 Course Name (Chinese) | 英文課程名稱 Course Name (English) | 總學分數 Credits | 總時數 Hours |
|---|---|---|---|---|
| 3324151 | 濕法冶金 | Hydrometallurgy | 3.0 | 3 |
| 中文概述 Chinese Description | 近幾年來，濕法冶金已成為重要之技術領域。這門科學已成為冶金學的重要課題。對於資源工程科系而言，不論從資源處理、應用到資源回收，濕法冶金已成功的應用到相關的重要程序。濕法冶金優於火法冶金主要在於濕法冶金之多樣性與廣適性，濕法冶金可結合各種程序針對各種特定金屬，設計最妥適之流程進行回收處理。濕法冶金的技術上游為浸漬以產生含金屬物質的浸出液，接著為如何從浸出液中分離回收金屬。可能的分離技術包括：(1)結晶(2)離子沉澱(ionic precipitation)(3)電化學還原(4)氫氣還原(5)活性碳或離子交換樹脂吸附(6)溶劑萃取(7)電解。現僅將本課程的概要說明於后： 1. 濕法冶金技術概要 2. 酸浸漬程序 3. 鹼浸漬程序 4. 鐵及銅離子浸漬程序 5. 氯及氰化物浸漬程序 6. 溶液純化程序 7. 金屬回收程序 本課程的目標在於提供學生基本之濕法冶金知識，並強化資源工程科系之學生之基本訓練。 | |||
| 英文概述 English Description | Hydrometallurgy has emerged as a leading technology in recent times. This branch of metallurgy has become extremely successful in a number of areas of extractive processed. It is also credited with tremendous potentialities. Current interest in the field of hydrometallurgy is profound. Hydrometallurgy processes offers a number of significant advantages over pyrometallurgy. In particular, the diversity of the process can applied to various metal resource recovery with high purity. The outline of this course includes: 1. Introduction 2. Acid leaching process 3. Alkalies leaching process 4. Ferric and cupric ions leaching process 5. Chlorine and cyanide leaching process 6. Solution purification process 7. Metal recovery process The purpose of this course is to provide the student with basic knowledge of hydrometallurgy and to enhance the training as a engineer of resources engineering. | |||
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