1) printing residue
印染废渣
2) dyeing wastewater
印染废水
1.
Study on dyeing wastewater treatment by combined method of adsorption and oxidation;
吸附-氧化联合法处理印染废水的研究
2.
Synergistic effect of magnetic coagulation-high gradient magnetic separation on dyeing wastewater treatment;
印染废水处理的磁混凝-高梯度磁分离协同作用
3.
Treating dyeing wastewater by catalystic iron inner electrolysis process with aeration;
曝气催化铁内电解法对印染废水预处理的试验
3) printing and dyeing wastewater
印染废水
1.
Application of fly ash in treatment of printing and dyeing wastewater;
粉煤灰在印染废水处理中的应用研究
2.
Treatment of printing and dyeing wastewater by the A/O process;
厌氧—好氧工艺处理印染废水的试验研究
3.
Discussion on the design for the treatment process of printing and dyeing wastewater;
印染废水处理工艺设计探讨
4) dyeing and printing wastewater
印染废水
1.
Advances in dyeing and printing wastewater treatment technologies;
印染废水处理技术研究进展
2.
Application of membrane bioreactor to the treatment of dyeing and printing wastewater;
膜生物反应器在印染废水处理中的应用
3.
Microwave irradiation-homogeneous Fenton oxidation coupling coagulation process in treatment of dyeing and printing wastewater;
微波辐射-均相Fenton氧化耦合混凝法处理印染废水
5) dye wastewater
印染废水
1.
Research on decoloration of dye wastewater with modified feather keratin decolorating agent K-D;
改性鸡毛角蛋白脱色剂K-D用于印染废水的脱色研究
2.
Application of several kinds of sorbent on decoloration of dye wastewater;
几种吸附剂在印染废水脱色中的应用
3.
Metal activated carbon as catalysts for catalytic oxidation treatment of dye wastewater;
金属负载活性炭催化氧化处理印染废水
6) dyeing waste water
印染废水
1.
Photocatalysis degradation of dyeing waste water with titania powder;
二氧化钛粉体光催化降解印染废水的研究
2.
Study on application of photocatalytic degradation to advanced treatment of dyeing waste water;
光催化在印染废水深度处理中的应用研究
3.
The present research situation of advanced treatment and reuse technology of dyeing waste water are summarized in this paper.
综述了印染废水深度处理及回用技术的研究现状。
补充资料：放射性废渣处理
放射性废渣处理
disposal of radioactive wastes
fongshex一ng feizha ehu之h-放射性废渣处置(disposal of radioactivewastes)含有放射性物质的废渣经过处理或安置使之不危害人体健康或污染环境的过程。在铀、牡、稀土金属和担、锭等冶炼过程中排出的废渣含有放射性物质，称为放射性废渣，它包括水溶渣、全溶渣、酸溶渣、污水渣、镭钡渣、袒、锐渣等。 放射性水溶渣和全溶渣是酸法冶炼稀土金属时产生的残渣，中国白云鄂博矿排出的水溶渣和全溶渣的比活度分别为3.15又20‘Bq/kg和4.7 X 105一7·4Xlo5Bq/kg。放射性酸溶渣是采用碱法冶炼稀土金属时产生的残渣，白云鄂博矿排出的酸溶渣的渣矿比为gokg八(矿)，比活度为5.6又10‘~3.2又lo6Bq/kg。污水渣和镭钡渣是独居石冶炼的污水处理除镭产生的废渣，比活度分别为7.4 X lo6Bq/kg和4.4又10‘Bq/kg。放射性钮、铭渣是但钥冶炼产生的分解残渣，渣矿比为16okg/t(矿)，比活度为2.24Xlo5~2.72又losl3q/kg。中华人民共和国《放射防护规定》中规定:比活度等于或大于Zxlo4Bq/kg，都属于放射性固体废物。放射性废渣会以外照射或通过其他途径进人人体产生内照射的方式危害人体健康。 放射性污水渣中含有25%~30%的氧化稀土，具有回收价值。中国上海跃龙化工厂自1985年起，采用酸溶、钠盐沉淀、萃取提取氯化稀土、中稀土和重稀土产品。对放射性废渣应按照《放射防护规定》，采用贮存法和固化法处理。对于这类放射性废渣以及经过固化处理后的固化物，应贮存在符合标准的废物库内，或选择符合安全要求的浅地层埋藏场地进行处置。 (彭永安何长仪)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条