金礦廢水 的英文怎麼說

中文拼音 [jīnkuàngfèishuǐ]
金礦廢水 英文
gold mine waste
  • 金 : Ⅰ名詞1 （金屬） metals 2 （錢） money 3 （古時金屬制的打擊樂器） ancient metal percussion instrum...
  • 礦 : 名詞1. （礦床） ore [mineral] deposit 2. （礦石） ore 3. （開采礦物的場所） mine
  • 廢 : Ⅰ動詞（不再使用; 不再繼續） abandon; abolish; abrogate; discard; give up Ⅱ形容詞1 （沒用的; 失去...
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 金礦 : gold ore; quarts
  1. ( 3 ) distill the environmental geologic factors and analyzes their harmness and reasons mainly analyzes the status in quo, reason, distribution, harmness and defend for the falls, surface sink, mine suddenly water, landslip, castoff, etc. ( 4 ) evaluate the probability of the geology calamity take use of the method of factors and coverage union to evaluate the probability of the geology calamity, and then plot out the high, middle and low probabilit

    （ 3 ）提取環境地質因素並進行分析其危害及成因利用提取的要素、數字地面模型和屬性數據庫及常規資料重點分析了構造、塌陷、礦坑突水、崩塌、廢棄物、地下水疏干區等要素的現狀、分佈、成因、危害及防治。 （ 4 ）為金礦區地質災害易發性做出評價利用權重值和圖層疊加的方法對金礦區地質災害易發性做出評價，把金礦區劃分為高易發地區、中易發地區和低易發地區，針對這些地區提出治理措施。
  2. Gold reclaiming from the sludge of a gold mine wastewater pond using thiosulfate

    硫代硫酸鹽法回收某金礦廢水池污泥中金的研究
  3. The paper systematically generalizes the present state of research and application of drilling fluids in ccsd, non - ferrous exploration, oil drilling, coal exploration, water well drilling and geothermal well, and progress of waste mud treatment

    摘要文章總結了鉆井沖洗液在國內大陸科學鉆探、金屬礦床鉆探、石油鉆井、煤田地質鉆探、水井工程及地熱井等領域的研究應用現狀，以及在廢泥漿處理方面的研究進展。
  4. Copper was reduced from 20 mg/l to below detectable limits by sulfide precipitation from a gold-ore extraction wastewater.

    用硫化物沉澱法可將金礦抽提廢水中的銅含量從20毫克升降到可檢測標準以下。
  5. Advanced apparatus and instruments should be used to strengthen abstraction and identification of environmental geochemistry information, and to reveal the formation mechanism of acid mine drainage under complex conditions, to reveal speciation and transformation of heavy metals in acid mine drainage and their ecological effect, and establish the geochemical model to predict and prevent the formation of acid mine drainage

    文章述評了這三種污染源的環境地球化學效應，提出需要進一步加強礦山環境的礦物轉化過程中環境地球化學信息的提取和識別，揭示復雜條件下酸性礦山廢水中金屬的形態、轉化過程及其生態效應，建立相應地球化學演化模型，為礦山環境治理提供理論依據。
  6. Abstract : yingdongpo gold mine as an example of gold mine, it ' s oredressing wastewater quality was investigated. alkali chlorinating process being adopted for treating the oredressing wastewater of yingdongpo gold mine, it has achieved good result in removing the cyanide and heavy metal. after analyzing the experimental result for the affecting factors, the project that using the method of intermittence reaction to treat the cyanide wastewater is proposed

    文摘:以銀洞坡金礦為例，對選礦廠含氰廢水進行了水質調查，採用堿性氯化法處理銀洞坡金礦尾礦庫的含氰廢水，在去除氰化物和重金屬方面都取得了較好的效果，提出了採用間歇式方法處理含氰廢水工藝方案。
  7. Lafarge dujiangyan cement co., ltd. obeys lafarge group environment protection policy and international environment protection standard strictly, has invested 74 million rmb on exhaust emission, noise treatment, waste water disposal, plant virescence and quarry vegetation recovery, making the plant a garden - like modern plant

    都江堰拉法基水泥有限公司秉承拉法基集團生態環境保護政策，執行國際最嚴格的環保標準，在廢氣排放、噪音治理、廢水處理、工廠綠化和礦山植被恢復等方面投入資金7400萬元，把工廠建設成了真正的現代化花園式工廠。
  8. Thus it must be harnessed by taking powerful measures. there are many factors influencing the environmental geologic conditions, and those factors " distribution are very complex, which include physical and man - made factors

    涉及地形、地貌、地質構造、水文地質條件、河流水系等自然地理要素以及金礦開采導致的塌陷、固體廢棄物、礦坑、尾礦庫等人為環境要素。
  9. This paper analyzed the mechanism of precipitation floatation, discussed the technology of selective precipitation floatation, the method of sulfide precipitation floatation can treat wastewater containing heavy metal ion and reclaim valuable metals

    摘要對沉澱浮選機理進行了分析，討論了選擇性沉澱浮選技術，論述了硫化沉澱浮選法不僅能處理礦山含重金屬離子廢水，同時還能回收其中的有用金屬。
  10. Now, it has been widely applied to various fields such as the desalting of brackish water and seawater, water purification for medical or electronic purposes, as well as the treatment and recycling of industrial sewage, the treatment of industrial water in mining, metallurgy and chemical industries, and the treatment of municipal water supply

    現已廣泛地應用於苦鹹水淡化、海水淡化、醫藥電子超純水、工業廢水的處理和回收、采礦冶金化工工業水及市政供水處理等各種領域。
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