2.4, UPW1 type 2 level RO+2 level EDI process to produce high pure water water/water supply split host

2.4.5 UPW1 type 2 level RO+2 level EDI process, production of direct drinking water/purified water /1 level ultra-pure water complete equipment introduction (Model UPW10-UPW19/ water yield 0.5-10m³/h)

2.4.1, multi-stage RO+ multi-stage EDI process, the selection of complete sets of equipment for the production of ultra-pure water at all levels Table 3(water yield 0.5-10m³/h)

2.4.5.1, Grade 2 RO+2 EDI process, production of purified water/level 1 ultra-pure water set equipment water technology process graphics (upw1010-upw19/water production 0.5-10m³/h)

*UPW1 -level 2 RO+level EDI production pharmaceutical level 1 ultra -pure water complete set of equipment water process equipment flowchart

*Tap water → pressure -booster pump 1 → fully automatic quartz sand → fully automatic activated carbon filter 1 → 5um security filter → 1ro high -pressure pump → level 1 RO device → direct drinking water tank → pressure -supercharged pump 2 → 2ro high pressure pump → 2 RO device → Purification of water tank → booster pump → level 2 EDI equipment → ultra -pure water tank → frequency conversion water supply pump 3 → UV sterilization light → terminal filter → use water point

*UPW1 type 2 RO+2 EDI production pharmaceutical level 1 ultra -pure water complete set of equipment water process equipment process equipment process plan

2.4.5.2, level 2 RO+2 EDI process, production of purified water/level 1 super pure water set equipment reference photo (model UPW10-upw14/water production 0.5-1.5m³/h)

2.4.5.4, level 2 RO+2 EDI process, production purified water/level 1 ultra-pure water set equipment configuration list (model UPW10-upw14/water production 0.5-1.5m³/h)

2.4.5.6, level 2 RO+2 EDI process, production purified water/level 1 super pure water set equipment technical parameter table (model UPW10-upw14/water production 0.5-1.5m³/h)

*Complete set of equipment water entry requirements:

Urban tap water TDS <300ppm; water supply pressure> 0.2MPa, water temperature 5-25 ° C.

*Equipment installation environment requirements: indoor, ambient temperature of 5-30 ° C, and humidity <60%.

*Complete equipment occupied area: 10-20 square meters set

*Power supply specifications: 220 or 380VAC/50Hz.

*Power distribution power: 10-20kWh.

*Level 1 RO water production (m³/h): 1.00; 1.25; 1.50; 1.75; 2.00; 2.00

*Grade 1 RO water production quality: reaching China's CE94-2015 direct drinking water standard.

*Level 2 RO water production (m³/h): 0.75; 1.00; 1.25; 1.50; 1.75; 1.75

*Grade RO-producing water quality: reaching China GB6682-2015 Laboratory Level 3 Pure Water Standard

*Level 2 EDI water production (m³/h): 0.50; 0.75; 1.00; 1.25; 1.50; 1.50

*Grade 1 EDI production quality: meet the level 1 super pure water standard in China ’s electronic industry.

*UPW1 -type complete set of equipment: Water -making equipment and electrical components allocate A -level products. The FRP FRP level 2 pre -processing equipment is used, the low -pressure pipeline uses the UPVC pipeline, the high -pressure pipeline uses 304 stainless steel, the water tank is made of PE, the monitoring equipment uses integrated touch screen+PLC appliances, and the service life of equipment and electrical components is designed for 10 years. It has automated water -making and water supply functions; monitoring information digital collection to realize IoT monitoring and management.

*Applicable occasions: Suitable for the production of direct drinking water/pure water/purified water in the pharmaceutical industry in urban tap water areas with high water hardness.

2.4.5.8, Grade 2 RO+2 EDI process production of pure water/level 1 super pure water set equipment application diagram (model UPW10-upw14/water production 0.5-1.5m³/h)

2.4.5.3, level 2 RO+2 EDI process, production of purified water/level 1 super pure water complete set of equipment reference photos (model UPW15-upw19/water production 2-10m³/h)

2.4.5.5, level 2 RO+2 EDI process, production purified water/level 1 super pure water set equipment configuration list (model UPW15-upw19/water production 2-10m³/h)

2.4.5.7 Level 2 RO+ Level 2 EDI process, technical parameters of complete equipment for producing purified water/Level 1 ultra-pure water (Model UPW15-UPW19/ water yield 2-10m³/h)

* Water intake requirements for complete equipment:

Urban tap water TDS<300ppm; Water supply pressure >0.2MPa, water temperature 5-25℃.

* Equipment installation environment requirements: indoor, ambient temperature 5-30℃, humidity <60%.

* Complete equipment covers an area of 20-40 square meters

* Power supply specification: 380Vac/50Hz.

* Distribution power: 10-20kwh.

* Grade 1 RO water yield (m³/h) : 3.0; 5.0; 7.5; 10; 12.

* Grade 1 RO water quality: meet China CE94-2015 standard for direct drinking water.

* Grade 2 RO water yield (m³/h) : 2.5; 4.5; 7.0; 9.0; 11;

* Grade 2 RO water quality: reach China GB6682-2015 laboratory grade 3 pure water standard;

* Grade 2 EDI water yield (m³/h) : 2; 4; 6; 8; 10;

* Grade 2 EDI water quality: reach China GB6682-2015 laboratory grade 1 pure water standard

*UPW1 complete set of equipment configuration features: water equipment and electrical components are configured with class A products. Using FRP FRP 2 level pretreatment equipment, low pressure pipe using UPVC pipe, high pressure pipe using 304 stainless steel, water tank using PE material, monitoring equipment using integrated touch screen +PLC electrical appliances, equipment and electrical parts service life design of 10 years. With automatic water production and water supply function; Digital collection of monitoring information to achieve Internet of Things monitoring and management.

* Application: Suitable for the production of direct drinking water/purified water/purified water by the pharmaceutical industry in urban tap water areas with high water hardness.

2.4.5.9, level 2 RO+2 EDI process, production of purified water/level 1 ultra-pure water set equipment application schematic diagram (model UPW15-upw19/water production 2-10m³/h)