<track id="j575v"><span id="j575v"><th id="j575v"></th></span></track>
<address id="j575v"></address>

    <video id="j575v"><progress id="j575v"><progress id="j575v"></progress></progress></video>

      <p id="j575v"></p>

      <form id="j575v"><dl id="j575v"></dl></form>
      <video id="j575v"></video><nobr id="j575v"></nobr><video id="j575v"></video>
        <track id="j575v"></track>

        <pre id="j575v"></pre><big id="j575v"><span id="j575v"></span></big>

            您當前所在位置: 首頁 > 學者


            • 50瀏覽

            • 0點贊

            • 0收藏

            • 1分享

            • 310下載

            • 0評論

            • 引用


            Treatment of dyeing wastewater in two SBR systems

            錢易 , Li-yan Fu , Xiang-hua Wen* , Qiu-li Lu , Yi Qian

            Process Biochemistry 36(2001)1111-1118,-0001,():



            Two Sequencing Batch Reactors (SBR) systems, namely, the 'anaerobic-aerobic' alternative system denoted by System 1 and the 'anaerobic+aerobic' tandem system (denoted by System 2), applied to treating Reactive Turquoise Blue (RTB)contained synthetic wastewater were systematically investigated. The performance of each system in COD and RTB removal was traced throughout the experiment, The discrepancies of the two systems in RTB removal were compared and the reason for these discrepancies was explored, The results showed that both systems had high adaptability and sound stability, and could remove pollutants efficiently. As far as RTB removal, the anaerobic phase of System 1 was more efficent than of System 2, and the aerobic phase of System 1, These discrepancies between the two systems were explained by their different bio-face compositions. which was verified by examining the bio-faces,

            【免責聲明】以下全部內容由[錢易]上傳于[2005年03月11日 00時31分31秒],版權歸原創者所有。本文僅代表作者本人觀點,與本網站無關。本網站對文中陳述、觀點判斷保持中立,不對所包含內容的準確性、可靠性或完整性提供任何明示或暗示的保證。請讀者僅作參考,并請自行承擔全部責任。


            全部評論 0