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High-Quality China Suppliers Portable Industrial Air and Water Ozone Generator - Effective Sterilization and Disinfection Factory
Equipment overview
Ozone sterilizer is the ozone produced by ozone generator, using ozone oxidation to kill bacteria, viruses, organic matter and other toxic substances in the water, a combination of sterilization and disinfection equipment. Ozone sterilizer equipment is generally composed of ozone generator, voltage regulator, pressure vessel and electrical control system.
Equipment features
- 1. High degree of automation, without manual intervention, stable operation, long service life.
- 2. The sterilization speed is fast, does not change the physical and chemical properties of water, no peculiar smell, water quality is guaranteed.
- 3. High efficiency, low energy consumption, no pollution, economical operation cost.
- 4. Compact and reasonable equipment structure, convenient operation and maintenance, small footprint, save investment.
- 5. Easy to use, easy to install, debug and operate, stable performance of control components.
Conditions of use
- 1. Working pressure: 0.1-1.0MPa; The best is 0.3 MPa
- 2. Source of raw water: circulating water, surface water, groundwater, etc
- 3. Raw water temperature: ≥5℃
- 4. Power supply: AC220V, 50Hz
- 5. Inlet turbidity: ≤5NTU, chroma: ≤15 degrees
- 6. Total number of bacteria: ≤2000 /mL, total coliform group: ≤1000 /mL
- 7. Total iron content: ≤0.3mg/L
Equipment features
- 1. It is suitable for small living water supply system with river, lake, pond and well water as source of water.
- 2. It is applicable to the water supply system of factories, schools, troops, stations, docks, airports, tourist attractions and industrial drinks.
- 3. Applicable to apartment, high-class hotel, guesthouse, residential and other living water supply system, catering, laundry room, swimming pool and other public water supply system.
- 1. High degree of automation, without manual intervention, stable operation, long service life.
- 2. The sterilization speed is fast, does not change the physical and chemical properties of water, no peculiar smell, water quality is guaranteed.
- 3. High efficiency, low energy consumption, no pollution, economical operation cost.
- 4. Compact and reasonable equipment structure, convenient operation and maintenance, small footprint, save investment.
- 5. Easy to use, easy to install, debug and operate, stable performance of control components.
Scope of application
- 1. It is suitable for small living water supply system with river, lake, pond and well water as source of water.
- 2. It is applicable to the water supply system of factories, schools, troops, stations, docks, airports, tourist attractions and industrial drinks.
- 3. Applicable to apartment, high-class hotel, guesthouse, residential and other living water supply system, catering, laundry room, swimming pool and other public water supply system.
Frequently Asked Questions (FAQ)
What is an ozone sterilizer and how does it work?
An ozone sterilizer is sterilization and disinfection equipment that uses ozone produced by an ozone generator. It utilizes ozone oxidation to kill bacteria, viruses, organic matter, and other toxic substances in water.
What are the main components of ozone sterilizer equipment?
Ozone sterilizer equipment is generally composed of an ozone generator, a voltage regulator, a pressure vessel, and an electrical control system.
What is the optimal working pressure for this equipment?
The working pressure range for the equipment is 0.1-1.0MPa, with the optimal working pressure being 0.3 MPa.
What raw water sources can be treated by the ozone sterilizer?
It is suitable for treating circulating water, surface water, groundwater, and water from rivers, lakes, ponds, and wells.
What are the key water quality requirements for using the equipment?
The raw water temperature should be ≥5℃, inlet turbidity ≤5NTU, chroma ≤15 degrees, total bacteria count ≤2000/mL, total coliform group ≤1000/mL, and total iron content ≤0.3mg/L.
Where is the ozone sterilizer commonly applied?
It is widely used in small living water supply systems, factories, schools, stations, docks, airports, hotels, residential areas, catering, laundry rooms, and swimming pools.