CJ-ROG-1000 Mobile Reverse Osmosis Water Treatment RO Systems

CJ-ROG-1000 Mobile ro water purification systems for Central Sterile Supply Department

Product Description:

Our CJ-ROG-300/600/1000/1500/2000 series of products is a ready-to-use ultrapure water unit consisting of a reverse osmosis system and a directly connected deionization system for final desalination of the permeate. The desalinated water is then treated again. Water quality is characterized especially by low electrical conductivity.
The system's custom design also maximizes the limited available space. We offer compact water filtration and treatment systems that deliver water by AS/NZS 4187:2014 (Washer-Disinfector Rinse Cycle) and incorporate integrated pure water storage and pressurized water supply into loop pipes or direct connection equipment.

The Central Sterile Supply Department is responsible for the cleaning, disinfection, maintenance, classification, sterilization, and supply of surgical instruments and other medical instruments. In special, complex procedures, parts need to be cleaned and pathogens such as bacteria or viruses removed during disinfection and sterilization. CSSD’s high quality standards help prevent infections, thereby improving patient safety. Therefore, water quality in hospital CSSD departments and day surgery theaters is of paramount importance and our high quality ro water purification systems are the best choice.

Pure Water Treatment Equipment Disinfection

1. Scientific disinfection: Selected and effective disinfection modes ensure that the tools are pure and there is no residual water in the disinfection. Regular preventive disinfection is performed based on microbial levels. It is recommended that water machines and pipelines be disinfected every three weeks to adapt to changes in microbial levels. The combined application of disinfectants is even more effective.
2. Pollution control: Strictly monitor dialysis water, keep the department environment in compliance with regulations, and maintain appropriate temperature and humidity.
3. Full-process testing: Concentration testing is performed during the disinfection process to ensure full disinfection coverage, and then the residual amount is tested to ensure the smooth progress of treatment. Regularly conduct disinfection effect assessments to ensure that microorganisms and endotoxins are within the specified range.
4. Choose disinfectant wisely: Choose disinfectant rationally to avoid unnecessary damage to the dialysis machine. For hot water disinfection systems, pay attention to heater power and temperature range.
5. Process specifications: Strictly implement operating procedures and monitor the conductivity and flow rate of produced water every day to ensure good membrane performance.
6. Professional quality: Improve the quality of medical staff, emphasize standardized operations and good hygiene habits, and always abide by operating procedures.