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    Reclamation Treatment of the Oil Refinery Wastewater Sludges by Sulphuric Acid Catalytical Carbonification
    石油炼厂废水污泥硫酸催化炭化研究
    Probe into Sludge A/O Denitrification of Refining and Polyacrylonitrile Fiber Wastewater
    炼油及腈纶废水污泥法(A/O)脱氮探讨
    A STUDY OF NO_x AND SO_2 EMISSION OF SEWAGE SLUDGE AND PAPER MILL SLUDGE IN FLUIDIZED BED INCINERATION
    造纸污泥与废水污泥流化床焚烧时NO_x和SO_2的排放特性研究
    Development of 65 t/d Civil Waste Water Sludge Incinerator
    65t/d高水分城市废水污泥流化床焚烧炉的研制开发
    The Inducing Factors of and Controlling Measures for Sludge Bulking in Methanol Wastewater
    含甲醇化工废水污泥膨胀的影响因素和控制研究
    Characteristics of Activated Sludge in Coke Wastewater Treatment by Submerged Membrane Sequencing Batch Reactor
    SMSBR处理焦化废水的污泥特性
    Synthesis of cationic flocculant PDA and its application to the sludge dewatering of papermaking wastewater
    阳离子絮凝剂PDA的合成与应用——对再生造纸废水的污泥脱水处理
    Characteristics of Activated Sludge under High Shearing Condition in Deinking Effluent Treatment with HCR
    HCR内高剪切条件下脱墨废水的污泥特性
    Effect of Wastewater Sludge on Plant and Soil Enzymatic Activities and Groundnut Quality
    废水污泥对土壤和植物酶活性及花生品质的影响
    CHARACTERISTICS OF ACTIVE SLUDGE IN TREATING WITH PHARMACEUTICAL WASTEWATER BY SBR AND PAC-SBR REACTOR
    SBR、PAC—SBR反应器处理制药废水污泥变化特征
    Studies on the Treatment of Sludge Domestication in Pharmaceutical Wastewater With PAC-SBR
    PAC-SBR法处理制药废水污泥驯化研究
    Study on the Granular Sludge in Treatment of Alcohol Wastewater by MIC Reactor
    MIC反应器处理酒精废水的污泥颗粒化研究
    Current Situation on Wastewater Sludge Treatment and Disposal of Industrial Enterprises in Shanghai
    上海部分企业工业废水污泥的处理、处置现状
    Study on the Process Biological Contact Oxidation between Gravels Used in Sauce Wastewater Sludge Reduction Treatment
    生物砾间接触氧化法用于酱油酿造废水污泥减量化处理研究
    Separated from the wastewater soil in the pesticide factory of Sannong Group, Fujian Province, We got a Aspergillus G21 which can stand the high-density omethoate(3000mg/L) and degrade the omethoate at a high rate.
    本工作从福建省三农集团废水污泥中分离筛选到一株耐高浓度氧化乐果(3000mg/L)、且降解速率较高的曲霉G21。
    A strain of bacterium cupric ion tolerant was screened from electroplating sludge and wastewater, it can live in Cu 2+ concentration of 560mg/L, according to bacterial individual shape and colony shape and physiological biochemical characters, it was identified Pseudomonas aeruginosa . The optimal adsorption conditions of Cu 2+ by strain pH=5.0, contact time=0.5h, speed of shake bed =50r/min, amount of bacteria=100mg were obtained by orthogonal test.
    从电镀厂废水污泥中分离到一株高耐铜的菌株 ,它能耐受Cu2 + 的最高浓度为 560mg/L ,通过形态学观察及生理生化特性测定 ,初步鉴定为铜绿假单胞菌 (Pseudomonasaeruginosa) ,并通过正交试验确定该菌吸附Cu2 + 的最佳条件为pH 5 .0 ,接触反应时间为 0 .5h ,摇床转速为 50r/min ,菌量为 1 0 0mg。
    SVI of two kinds of wasrtewater was rising slightly during pH was from 9.0 to 12.0,but when SVI was less than 110 mL/g,the restraint of sludge activation and its disintegration can be found.
    进水pH值在 9 0~ 12 0时 ,2种废水的污泥指数略有上升 ,但SVI<110mL g,活性污泥皆表现出活性的抑制和污泥的解体。
    The waste-water sludge did not affect the content(%) of protein in groundnut but increased the seed yield and the content of methionine by 44% and cysteine by 24%.
    结果表明:废水污泥对花生纯蛋白的含量无明显影响,但是能增加种子产量,蛋氨酸和半胱胺酸含量比对照分别增加44%和24%;
    The waste-water sludge significantly increased the dehydrogenase and alkaline phosphatase activity more than the treatment of NPK+FYM.
    3种废水污泥比NPK+FYM(厩肥)处理明显增加脱氢酶和碱性磷酸酶的活性。
    The three wastewater sludge significantly increased the dehydrogenase and alkaline phosphatase activity more than recommended NPK+FYM.
    三种废水污泥比化肥NPK+厩肥(FYM)明显增加脱氢酶和碱性磷酸酶的活性。
 

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