1) water treatment residual
水处理残渣
1.
Co-application of water treatment residuals(WTR) with biosolids can reduce the buildup of P in soil as well as the risk of P losses to surface and ground water.
虽然水处理残渣与有机污泥混施可以减少土壤P过量积累以及P对地表和地下水的污染。
2) food waste disposer
食物残渣处理机
3) treatment of the flushing slag water
冲渣水处理
4) hydrolytic residues
水解残渣
1.
The characteristics of hydrolytic residues of lignocelluloses waste conversion into hydrogen through a series of experiments were studied,observed and studied the effects of gasification temperature,catalytic temperature,particle size of catalyst,S/B on gas composition,hydrogen yield were observed.
对纤维素废弃物水解残渣催化气化制氢进行了研究,考察了气化温度、催化温度、催化剂颗粒粒径和S/B (单位时间内进入气化器中水蒸汽质量与生物质质量之比)4个主要参数对气体组成和氢气产率的影响并和以木屑为原料催化气化制氢进行了比较。
2.
This paper researched the characteristics of hydrolytic residues of biomass conversion into hydrogen through a series of experiments, observed and studied the effects of gasification temperature (650℃-900℃) , catalytic temperature (650℃-900℃), particle size of catalyst (2mm-5mm), S/B (0.
文章对纤维素废弃物水解残渣催化气化制氢进行了研究,考察了气化温度、催化温度、催化剂颗粒粒径和S／B(单位时间内进入气化器中水蒸汽质量与生物质质量之比)四个主要参数对气体组成和氢气产率的影响。
5) residue from water injection
注水残渣
1.
Through the solidification of residue from water injection, pollution source is eliminated, soil of surrounding region and groundwater source are protected, area of la.
针对注水残渣含碱量大,盐、油及其它杂质含量高,处理困难等特点,研究出注水残渣固化修路工艺技术。
6) hydrolysis residues
水解残渣
1.
Contents of nutrients and heavy mental in sludge and its hydrolysis residues from a sewage treatment plant in Wuhan were determined,the changes of pH value of sludge hydrolysis residues and its effects on germination rate and growth of Calendula offieinalis L were investigated.
测定了武汉市某污水处理厂剩余污泥及其水解残渣的肥分及重金属含量,研究了污泥水解残渣pH值的变化及其对金盏菊(Calendula officinalis L。
补充资料：电磁原理"水处理"和"水软化"的区别？
在软化过的水中，钙、镁等成分被钠所替代；而在被（经特定电磁原理）处理过的水中，只是钙离子的晶体结构被改变，使其以一种很小的颗粒状态溶于水中。这两种方法都能防止水管内的水垢生成。
在被"处理"过的水中，对人体有益的钙等成分还保留在水中，而且是以人体能吸收的状态（溶解状态）存在。
在被“软化”过的水中，水中的钙等矿物质成分被滤掉，而钠成分增多，使水不能用于饮用。
在被"处理"过的水中，对人体有益的钙等成分还保留在水中，而且是以人体能吸收的状态（溶解状态）存在。
在被“软化”过的水中，水中的钙等矿物质成分被滤掉，而钠成分增多，使水不能用于饮用。
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