1) Water-based ink wastewater
水性油墨废水
1.
With the development of material science, the binder of water-based ink was improved that exploits its application area, which resulted in water-based ink wastewater discharge increasing greatly.
随着材料科学的发展,水性油墨的连接料得到改进,大大地拓宽了它的应用领域,水性油墨废水的排放量也相应地急剧增加。
2.
Second-sequence SBR was used to treat the pretreated water-based ink wastewater.
采用二级序列间歇式活性物理法(SBR)串联工艺,对预处理后的水性油墨废水进行了试验研究,结果表明:当进水化学耗氧量(COD)为2 000～4 000mg/L,色度为200～400倍,pH为6。
2) printing ink wastewater
油墨废水
1.
Test of sludge digestion process for treatment of printing ink wastewater;
利用污泥消化过程处理油墨废水试验
2.
Application of poly(amidoamine) dendrimer in treatment of printing ink wastewater
PAMAM树形分子在油墨废水处理中的应用研究
3.
The floating oil is removed from printing ink wastewater with chemicals-added gas floating method.
采用气浮—缩聚—SBR工艺处理油墨生产废水,通过加药气浮去除油墨废水中的悬浮油、乳化油后再进行碱性缩聚,使废水中的醛类变成生化的碳源,再进入SBR生化反应器进行降解,出水指标COD_(Cr)可降至150 mg/L以下。
3) ink wastewater
油墨废水
1.
Experimental research on treatment of ink wastewater by combination technology of ultrasonic irradiation and Fenton oxidation
超声氧化联合处理油墨废水试验研究
5) pot lead and oil waste-water
石墨废油水
1.
On the basis of the quality pot lead and oil waste-water,in combination with the study on mechanism of mud-molding, the processes of the broken-emulsification and deposition are adopted,and the on-line medicament prescription is optimized .
根据石墨废油水水质成分分析,结合污泥成型机理的研究,采用破乳除油絮凝法和沉淀除油絮凝法,进行在线药剂配方优化,通过改性高分子有机絮凝剂,提高污泥渣的析水性,解决石墨废油水处理后污泥成型差的问题,解决钢管生产行业废水处理普遍存在的石墨和油脂的絮凝沉淀问题和过滤器板结问题,在国内外钢管生产行业的废水处理系统及相似的环保行业中有很大的推广价值。
6) water-based ink
水性油墨
1.
A study on water-based ink wastewater treatment with ferric filings micro electrolysis;
铁屑微电解法处理水性油墨废水的研究
2.
Simultaneous Determination of Soluble Heavy Metal of As,Ba,Cd,Cr,Hg,Pb,Se and Sb in Water-Based Ink by ICP-OES;
ICP-OES同时测定水性油墨中8种可溶性重金属元素
3.
The colloidal properties of water-based ink and its film forming propenty on the newspaper were studied in this paper.
对水性油墨的胶体化学特性及水性油墨在新闻纸表面的成膜特性进行了研究。
补充资料：水性圆珠笔油墨
分子式：
CAS号：
性质：多采用水溶性染料为主体，加入各种水溶性添加剂制成。采用降低油墨黏度和以水基代替油基的办法，以改善普通圆珠笔“冒油”和减少气候温度变化对书写材料性能的影响。最近亦采用水基分散颜料墨水以提高字迹耐水、耐光性能，并添加水性树脂、润滑剂、表面活性剂、抗干剂和防蚀剂(防止金属笔头腐蚀)等办法改善圆珠笔书写性能和提高稳定性。
CAS号：
性质：多采用水溶性染料为主体，加入各种水溶性添加剂制成。采用降低油墨黏度和以水基代替油基的办法，以改善普通圆珠笔“冒油”和减少气候温度变化对书写材料性能的影响。最近亦采用水基分散颜料墨水以提高字迹耐水、耐光性能，并添加水性树脂、润滑剂、表面活性剂、抗干剂和防蚀剂(防止金属笔头腐蚀)等办法改善圆珠笔书写性能和提高稳定性。
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