Boiler Water Treatment Equipment

Boiler water treatment equipment plays a vital role in the overall operation of the boiler, directly affecting the safety, health and smooth operation of the unit. If the water quality entering the boiler or other heat exchangers is poor, some solid attachments will be generated on the heating surface in contact with the water after a period of operation. This phenomenon is called scaling, and these solid attachments are called scale. Because the thermal conductivity of scale is hundreds of times worse than that of metal, and these scales are very easy to form in boiler tubes with high thermal loads, so the scale is very harmful to the boiler (or heat exchanger); it can cause the local temperature of the metal in the scaling area to be too high, causing the metal strength to decrease, so that under the action of the pressure in the pipe, the pipe will be locally deformed, bulging, and even cause serious accidents such as pipe burst.

1. Full ion exchange: pretreatment system → positive bed desalination system → CO2 desalination device → negative bed desalination system → mixed bed desalination system → helium adding system → deaerator → water outlet → water point

2. Reverse osmosis + ion exchange: pretreatment system → first-level reverse osmosis system → CO2 removal device → mixed bed desalination system → ammonia adding system → deaerator → water outlet → water point

3. Secondary reverse osmosis: pretreatment system level → primary reverse osmosis system → CO removal, device → secondary reverse osmosis system → ammonia adding system → deaerator → water outlet → water point

4. Reverse osmosis + electric desalination: pretreatment system → first-level reverse osmosis system → CO2 removal device → EDI electric desalination system → ammonia adding system → deaerator → water outlet → water point

5. Full membrane method: ultrafiltration → reverse osmosis system → CO2 removal device → EDI electric desalination system → ammonia adding system → deaerator → water outlet → water point

1. Our products can effectively prevent scaling in the use of power plant boilers. They can effectively remove hardness ions in water and prevent scaling on the inner wall of the boiler. Scaling will reduce heat transfer efficiency, increase energy consumption, and even cause boiler tube bursts in severe cases.

2. Herun's Boiler water treatment equipment products can also effectively remove oxygen and other corrosive substances in water to prevent corrosion of boilers and pipes.

3. Our products save energy and reduce consumption. By removing impurities in water, water treatment equipment can improve the thermal efficiency of boilers, reduce fuel consumption, reduce operating costs, and improve operating efficiency. The improvement of water quality can reduce the frequency of equipment maintenance and downtime, and ensure the continuous and efficient operation of boilers.

4. The biggest feature of Herun's Boiler water treatment equipment is environmental protection. Optimized water treatment can reduce the discharge of boiler wastewater and its pollution to the environment, reduce the use of chemicals, recycle water, reduce the consumption of fresh water, and help save water resources.

5. Choosing our products can effectively prevent boiler scaling and corrosion, reduce the risk of equipment failure and accidents, and ensure the safety of production and life.

Boiler water treatment equipment can provide higher quality boiler feed water, ensure steam quality, meet the needs of different applications, reduce equipment maintenance and replacement costs caused by scaling and corrosion, improve equipment reliability and service life, and extend equipment depreciation period.

The first step is to wrap a layer of waterproof film around the outside of the product, such as plastic film, plastic bags, etc. to wrap the equipment to prevent moisture during transportation.

The second step is to wrap the waterproof film, add a layer of shockproof packaging, and place shockproof materials such as foam, bubble film, sponge, etc. around the equipment to prevent the equipment from being vibrated and impacted during transportation.

The third step is that for large and heavy equipment, we generally use sturdy wooden boxes for packaging to ensure that the equipment is stable during transportation. There will be fixings inside the wooden boxes to prevent the equipment from moving.

The fourth step is to use wooden box fixings to complete the device, and we will make a layer of protective devices to reinforce the vulnerable parts of the equipment, such as using angle irons, steel belts and other materials to increase the overall strength and stability of the equipment.

Finally, for metal parts that are prone to rust, use anti-rust oil or anti-rust paper for protection.

Choose the appropriate transportation method according to the size, weight and delivery time of the equipment

Professional lifting equipment and tools should be used during loading and unloading to avoid damage caused by human operation.

Purchase transportation insurance for the equipment to prevent losses caused by unexpected situations.

Ensure that all necessary export documents are complete to facilitate smooth customs clearance.

Use the tracking system of the logistics company to understand the progress of equipment transportation in real time and deal with possible problems in a timely manner.

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