-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
-
Cosmetic Ingredient
- Water Treatment Chemical
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
Whether the purified water equipment can work safely and stably is particularly important for the pharmaceutical production line.
Its water supply effect is closely related to the quality of pharmaceutical production, so in order to make it work better, it is necessary to do a good job of debugging before operation, then you know How can purified water equipment be debugged to work better? 1.
Analyze and test the water inlet of the purified water equipment, and the results show that the water inlet requirements are met, and then the device can be debugged
.
2.
Adjust the pressure control system of the high-pressure pump of the purified water equipment
.
3.
Check whether the connection between all pipes of the purified water equipment is complete, whether the pressure gauge is complete, whether the low-pressure pipeline connection is tight, and whether there is a shortage
.
4.
Turn on the pressure gauge switch of the purified water equipment, the main water inlet valve, the concentrated water discharge valve, and the produced water discharge valve
.
5.
Start the pretreatment system of the purified water equipment, and adjust the water supply to be greater than the total water inflow of the purified water equipment
.
6.
Backwash and positive wash the quartz sand and activated carbon filters until the water is clear
.
7.
Start the high-pressure pump, and slowly open the main water inlet valve of the device.
The total water inlet pressure of the control device is less than 0.
5Mpa, flush for 5 minutes, and check whether the high and low pressure pipelines and instruments are normal
.
8.
Adjust the water inlet valve and concentrated water discharge valve to make the water inlet pressure reach 1.
0～1.
4Mpa
.
9.
Detect the water conductivity of purified water equipment products, open the product water outlet valve and close the product water discharge valve when it meets the requirements
.
10.
The debugging of the RO device of the purified water equipment is all manual single-step operation.
After the operation is normal, it can be switched to the automatic state, and the operation is automatically controlled by the online instrument and PLC
.
11.
Start the regeneration system to see if the regeneration system works normally
.
The above eleven points are the debugging skills of purified water equipment summed up by technicians based on years of engineering experience, hoping to be helpful to users who are about to use purified water equipment
.
Its water supply effect is closely related to the quality of pharmaceutical production, so in order to make it work better, it is necessary to do a good job of debugging before operation, then you know How can purified water equipment be debugged to work better? 1.
Analyze and test the water inlet of the purified water equipment, and the results show that the water inlet requirements are met, and then the device can be debugged
.
2.
Adjust the pressure control system of the high-pressure pump of the purified water equipment
.
3.
Check whether the connection between all pipes of the purified water equipment is complete, whether the pressure gauge is complete, whether the low-pressure pipeline connection is tight, and whether there is a shortage
.
4.
Turn on the pressure gauge switch of the purified water equipment, the main water inlet valve, the concentrated water discharge valve, and the produced water discharge valve
.
5.
Start the pretreatment system of the purified water equipment, and adjust the water supply to be greater than the total water inflow of the purified water equipment
.
6.
Backwash and positive wash the quartz sand and activated carbon filters until the water is clear
.
7.
Start the high-pressure pump, and slowly open the main water inlet valve of the device.
The total water inlet pressure of the control device is less than 0.
5Mpa, flush for 5 minutes, and check whether the high and low pressure pipelines and instruments are normal
.
8.
Adjust the water inlet valve and concentrated water discharge valve to make the water inlet pressure reach 1.
0～1.
4Mpa
.
9.
Detect the water conductivity of purified water equipment products, open the product water outlet valve and close the product water discharge valve when it meets the requirements
.
10.
The debugging of the RO device of the purified water equipment is all manual single-step operation.
After the operation is normal, it can be switched to the automatic state, and the operation is automatically controlled by the online instrument and PLC
.
11.
Start the regeneration system to see if the regeneration system works normally
.
The above eleven points are the debugging skills of purified water equipment summed up by technicians based on years of engineering experience, hoping to be helpful to users who are about to use purified water equipment
.
