1) Eucalyptus CTMP wastewater
桉木CTMP废液
1.
Adopting micro-electrolysis process deals with Eucalyptus CTMP wastewater,and the mainly influencing factors of aeration,pH,time,temperature and additives were investigated.
采用微电解法处理桉木CTMP废液,探讨了pH值、反应时间、曝气、温度和添加剂等对废水色度和CODCr去除率的影响,得到优化的处理工艺参数。
2) Eucalyptus chemithermomechanical pulp
桉木CTMP浆
3) CTMP effluent
CTMP废液
1.
Adopting self-made electro-catalytic oxidation and coagulation we compound bed cell,we comprised of PbO2/Ti and high efficient particle modified electrode,treated effluent from pulping of eucalyptus and Chinese red pine representing CTMP effluent.
以桉木和马尾松混合制浆CTMP废液为处理对象,采用以Ti/PbO2修饰电极和高效粒子电极构成的电催化氧化絮凝复合床新技术处理,研究了复合床不同阴极材料和主要工艺参数对色度和COD去除率的影响,得到了复合床各参数的最佳水平组合,废液的脱色率可达95%以上,CODCr去除率70%以上。
4) waste water of eucalypt KP
桉木KP浆废液
5) CTMP effluent
CTMP制浆废液
1.
A laboratory scale ultrafiltration process for CTMP effluent was studied.
采用截留相对分子质量为1000～30000的4种超滤膜对桉木CTMP制浆废液(包括化学预处理段及磨浆段)进行了超滤处理,找出了最佳处理效果的膜孔径,并用该孔径的膜对4种不同工艺的废液进行超滤处理,使废液的污染负荷大幅度降低,滤过液的生物可处理性明显提高。
2.
The contamination characteristic and decolorization methods of the Pinus massoniana and eucalyptus urophylla CTMP effluent were studied.
研究了马尾松-尾叶桉CTMP制浆废液的污染特征及脱色方法。
6) spruce CTMP effluent
云杉CTMP废液
补充资料：桉籍
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