0.5 tons of double-stage reverse osmosis equipment for Pure Mineral Water Purification

Product Description

Double-stage reverse osmosis equipment is also known as the second level of reverse osmosis, the raw water is sent under pressure to the pretreatment system coarse filtration, and then into the precision filter filtration, through a high-pressure pump pressurised to the first level of reverse osmosis system, the output of the system and then by the second level of high-pressure pumps are sent under pressure to the second level of reverse osmosis system, to produce the product water, known as the two-stage reverse osmosis.

Parameter Table

Key Advantage

The two-stage reverse osmosis equipment adopts advanced energy-saving technology, which can effectively reduce the energy consumption and operating costs of the equipment. At the same time, the equipment produces less waste water, which is conducive to saving water resources and reducing environmental pollution. Double-stage reverse osmosis equipment has a high degree of automation, easy to operate, can achieve one-button operation and remote monitoring. At the same time, the equipment also has a fault self-diagnosis function, can be timely found and troubleshooting, to ensure the stable operation of the equipment. Double-stage reverse osmosis equipment is suitable for a variety of water quality treatment fields, such as drinking water treatment, industrial water treatment, sewage treatment and so on.

Maintenance

The equipment should be installed in a ventilated and dry room as much as possible. This is because prolonged exposure to humidity will
cause damage to electrical equipment and components. The floor should be equipped with a floor drain or drainage tank according to the environment.
In the region where winter is cold, heat preservation or heating device should be made indoors, and the normal working temperature of the equipment should not be lower than 4℃, and the maximum temperature in summer should not be higher than 4℃.
The normal working temperature of the equipment should not be lower than 4℃, and ensure that the maximum temperature in summer will not be higher than 45℃.
The system should be placed in a site that is easy for the operator to enter and maintain, and there should be sufficient space around it.
space around. Selection of equipment installation location should try to consider the pre-processing has a more suitable location, and in line with the process of placing the order.

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