临沂净水设备，专注于生物技术领域纯化水处理设备的供应商。参数：产品品牌：上海滨润 设备名称：行业用途：设备水量：0.5T（可按照客户需求定制） 生产水量：0.5T/小时 工作方式：24小时连续工作 控制方式：全自动控制 进水温度：10℃—35℃ 进水水质：市政水地下水地表水废 水 出 水 水 质 超 纯 水（电导率≤2us） 纯 水 效 率 75%以上 额 定 电 压 380V 原 水 泵 功率 0.5KW/小时 高 压 泵 功率 1.5KW/小时 标准：

1.电导率: ≤2μS/cm(电阻率≥0.5 MΩ *CM)，电阻率: ≥15MΩ.CM氨≤0.3μg/ml硝酸盐≤0.06μg/ml重金属≤0.5μg/ml。

2.use water should comply with the standards for purified water in the Chinese Pharmacopoeia (2015 edition).

3.in pharmaceutical manufacturing, the resistivity of purified water is typically ≥1 MΩ.cm at 25°C for injection and other high-purity applications.

water is a basic raw material in pharmaceutical production, used in various processes and formulations; it is the lifeline of the pharmaceutical industry.

reverse osmosis (ro) is a common method for producing injectable-grade purified water.

introduction to ultra-pure water treatment equipment:

the ultra-pure water treatment system uses a dual-level ro+edi+mixed bed module design with stable flow control technology, combined with pre-treatment filters; it utilizes reverse osmosis principles to effectively remove various salts and impurities from the feedwater; the system features rational process design, stable product quality, easy operation, low running costs, environmental protection without pollution, and convenient maintenance - widely applied in medical and related industries.

product advantages:

(1) overall adoption of low-pressure reverse osmosis filtration technology can save energy by up to 20%, resulting in significant long-term cost savings on electricity bills.

(2) shore support ensures device stability; designs employ steady-flow pressure technology to reduce membrane wear and extend lifespan.

(3) simple operation & maintenance - easy to learn within one viewing.

(4) brand quality assurance: one-year warranty & on-site after-sales service available.

design advantages:

(1) systems adopt double-layer ro+edi+mixed bed modularization design according to technical specifications for stable product quality & long-term continuous operation (no salt addition required during edi operation).

(2) professional technical design ensures consistent performance during short- or long-duration shutdowns.

(3-12): detailed descriptions of edification details including espA2 membranes' reliability & chemical cleaning capabilities

flowchart:

raw tank → sand filter → activated carbon filter → softener → ro + edi + mixed bed system → final pure water output

system functions:

sand filter: initial removal of suspended particles/solids/dissolved substances reducing turbidity

carbon filter: absorption of colorants/flavors/residual chlorine using activated carbon

softener: calcium/magnesium ion exchange lowering hardness levels

ro main unit: primary purification through reverse osmosis achieving ultrapure end-product

edi system: continuous electrolysis removing ions via selective transport through semi-permeable membranes

nuclear-mixing bed stage further enhances purity ensuring compliance with requirements