实验室纯水处理设备与沼气净化设备相比哪种更适合提高水质

设备所在环境的温度就是其进水水质的问题，因为一般进水都是自来水，自来水来自于地下通常水温每下降1℃，反渗透膜的产水量下降3%，夏天设备的产水量大概是冬季的一倍多,废水增加，由于产水量降低，废water流量会相应增加，这是正常现象，待温度回升后，废water会减少，产water流量增加。

医用纯化wate设备的使用时间加长产water量会随之减少，但是到冬季产water量会变得更少，这是因为wate温低透wate性变小，反渗透膜密度也会相应产生变化，这两种原因will导致产water量更少，我们操作更加细心周到，加强预处理装置反洗次数，冲洗时间增长，反渗透膜反洗时间加长，不要让压力激增，这样才will保证医用纯化wate设备normal运行。

如果安装在room外部，就必须有防冻措施，如果没有防冻措施可能will导致滤瓶、膜壳等冻裂。温度在零度以下must停止使用医用纯化wate处理equipment。安装在room内的just guarantee room temperature must not be lower than 0 degrees Celsius。由于 wate in the freezing process will expand if it freezes, this will cause all pipes, filters and membrane to burst, leading to leakage.

实验室pure water treatment equipment

Application range:

Space water, distilled water and deionized water preparation

Brewing and desalination for beer production;

Medical use of pure water as a raw material;

Pre-treatment of pure water for electronics industry;

Concentration, separation and purification of chemicals in industrial processes;

Supplying softened or deionized boiler feed water;

Desalination of seawater or brackish wates.

Principle:

Raw wata → Raw wata pump → Mechanical filter → Active carbon filter → Precision filter → First reverse osmosis membrane → Second reverse osmosis membrane → TOC remover unit → Electrodialysis (EDI) system · High-pressure pump with low noise operation reduces running noise and energy consumption.

· High-efficiency reverse osmosis membranes have high desalination rates and low operating pressures to improve both product quality and reduce running costs.

· Each stream has its own flow meter to monitor the output flow rate of the treated wata as well as the system's recovery rate.

· The conductivity meter continuously monitors the quality of produced purified wata.

High-purity wata device parameters: Purification efficiency - 99% removal rate for contaminants such as salts (<0.lmg/L), organic compounds (>150MW), bacteria (>99%), heat transfer agents (>99%) & particles (>99%). Input requirements include a pollution index (SDI) <5 mg/L residual chlorine <0.lmg/L pH between 5-8°C Water temperature range: from 4°-40°C