1) hydrolysis-acidogenosis process
水解酸化段
2) hydrolytic acidification
水解酸化
1.
Treatment of sorbic acid wastewater by neutralization,hydrolytic acidification, bio-contact oxidation,flotation and adsorption process;
中和-水解酸化-生物接触氧化-混凝气浮-吸附处理山梨酸生产废水
2.
Study on the treatment of stick oil wastewater by hydrolytic acidification-biological contact oxidation process;
水解酸化—接触氧化工艺处理稠油污水
3.
Research on the hydrolytic acidification-contact oxidation treatment of rosin processing effluent;
水解酸化——接触氧化工艺处理松脂加工废水
3) hydrolysis and acidification
水解酸化
1.
Improving biodegradability for oilfield produced water by hydrolysis and acidification process;
水解酸化工艺改善油田采出水生物降解性能
2.
Studies on treatment of printing and dying wastewater by hydrolysis and acidification-SBR technology;
水解酸化-SBR工艺处理印染废水的研究
3.
Study on treatment of printing and dyeing wastewater by hydrolysis and acidification-activated sludge
水解酸化-活性污泥法处理印染废水研究
4) hydrolysis-acidification
水解酸化
1.
Research on domestic sewage treatment by hydrolysis-acidification reactor;
生活污水水解酸化的研究
2.
Studies on the character and effect of hydrolysis-acidification under extreme temperature;
超高温厌氧水解酸化特征与效果研究
3.
Present situation of the chemical technological research on anaerobic hydrolysis-acidification and its application to organic wastewater pretreatment;
有机废水厌氧水解酸化工艺研究与工业应用现状
5) hydrolysis acidification
水解酸化
1.
Pilot-scale study on treatment of dairy wastewater with hydrolysis acidification-SBR technology;
水解酸化-SBR处理乳品废水中试试验研究
2.
Physicochemical-hydrolysis acidification-biological contact oxidation process for starch wastewater treatment;
物化—水解酸化—接触氧化法处理淀粉废水
3.
Treatment of mixed chemical wastewater by hydrolysis acidification-aerobic process;
水解酸化—好氧工艺处理混合化工废水
6) hydrolysis-acidification
酸化水解
1.
The performance of hydrolysis-acidification-MBR processes treating washing-wastewater was investigated in the pilot-scale experiments.
采用中试规模的酸化水解与膜生物反应器相结合的工艺处理铁路洗涤废水。
补充资料：盐类水解
盐的离子和水电离出来的h+或oh-结合成弱电解质的反应。是中和反应的逆反应。由弱酸和强碱生成的盐如ch3coona，它在溶液中的ch3coo-能和水电离出来的h+结合成难电离的ch3cooh，溶液中［oh-］＞［h+］而显碱性；由强酸和弱碱生成的盐如nh4cl，发生水解后生成难电离的nh3·h2o，溶液中［h+］＞［oh-］而显酸性；由强酸和强碱生成的盐如nacl，它的离子不会和h+或oh-结成难电离的物质，故不发生水解，溶液显中性；由弱酸和弱碱生成的盐，水解情况较复杂。
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