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Application of frequency-scanning scale prevention devices in domestic hot water systems

2023-01-03View Original

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I. Background of Installation: The medical faculty of a certain university faced severe scaling in its hot water system; a large amount of scale accumulated on the faucets and showerheads, resulting in low heat exchange efficiency, reduced hot water supply capacity, and frequent water outages. Regular maintenance of the hot water system was necessary, which significantly disrupted the normal daily life of the faculty members and students there. To address the scaling issue in the domestic hot water system equipment, it was decided to use an electronic descaling device to remove and prevent scaling. In July 2019, after evaluating several suppliers of electronic descaling devices, we ultimately chose a frequency-scanning electronic descaler with extensive experience in descaling. In accordance with the descaling plan provided by our company, a frequency-scanning electronic descaler of model JBBSP-B was installed on the water supply pipeline, while a frequency-scanning electronic descaler of model QYCT-192512 was installed on the main pipe of the domestic hot water system. The on-site installation diagram is as follows: II. Performance outcomes After installing the electronic descaling device, the scaling problem in the domestic hot water system of the university’s medical faculty was significantly reduced. The descaling performance of this electronic device was highly praised by the faculty and students there. The specific benefits of its use are as follows: 1. The occurrence of alkaline deposits in the water flowing from the faucets ceased, and the stubborn buildup on the surfaces of faucets and showers gradually disappeared ; 2. There is an adequate supply of hot water throughout the campus; even during peak usage periods, there are no more issues of insufficient hot water supply or low water temperature ; 3. The domestic hot water system is operating stably, and no further maintenance of the domestic hot water equipment is required ; 4. The heat exchange efficiency for domestic hot water improves, resulting in reduced energy consumption ; III. Product Advantages Our company’s frequency-sweeping electronic descaling device boasts advantages such as high efficiency, energy savings, environmental friendliness, easy installation, simple operation, and convenient management. The specific details are as follows: 1. It uses physical methods for descaling, achieving a descaling rate of over 97%, which makes it efficient and environmentally friendly ; 2. It can address scaling issues associated with complex water qualities such as high-temperature water, high-hardness water, and sewage/wastewater, as well as in pipes made of various materials with a diameter of up to DN1800 mm; it has strong versatility ; 3. During installation, the coil is simply wound around the pipe, making it easy to install and straightforward to operate. 4. No consumables or spare parts are required in the later stage, and no manual management or maintenance is needed ; 5. It requires only a small amount of electricity to operate continuously, has a service life of up to twenty years, and is highly cost-effective ;
Reply #22023-01-05
The magnetic field induced by a magnetic field results in energy decay; it is difficult to match the relevant parameters, leading to a decline in efficiency. From beginning to end, there is no mathematical formula that can prove it. The believers will always believe, and the unbelievers will always disbelieve.
Reply #32023-01-06
It’s a matter of personal opinion – every device has its limits of use; it shouldn’t be regarded as a miracle tool. No matter how good something is, if it’s not used properly, it won’t achieve the desired results.
Reply #42023-01-07
……I’m not sure if this will be effective when used in circulating water pipes at around 30°C ?
Reply #52023-01-07
……I’m not sure if this will be effective when used in circulating water pipes at around 30°C ?
Reply #62023-01-07
In our cases, a circulating water temperature of up to 80 degrees or lower is definitely effective
Reply #72023-01-25
1 Please confirm the basis for the theoretical certification of this product. 2 Why is it effective below 80°C? Please provide the basis for the theoretical validation. 3 Please describe the basis for the effectiveness of water temperature using a mathematical equation. 4 The strength of the magnetic field lines and the flow velocity inside the tube determine the efficiency; what is the relationship with water temperature?
Reply #82023-01-25
All problems at the interface between water and solids are resolved; with the water temperature below 400°C, corrosion, scaling, and rusting are completely eliminated thanks to colloidal principles, and over 90% of the iron ions in the water are reduced to iron atoms. The heat transfer efficiency between the water body and solids increases by more than 7%.
Reply #92023-01-29
80 degrees is just a concept, an experience derived from countless field tests; it doesn’t mean that efficiency is guaranteed below 80 degrees. Factors such as water quality, water temperature, and flow rate can all affect the performance of the product. We will make appropriate adjustments based on the specific conditions in your facility. Water treatment is a complex process – as I mentioned earlier, it’s not a magic solution; a single product cannot address all problems. We need to develop specific, targeted, and practical solutions tailored to the conditions of your system. Regarding the theoretical basis, you can consult data on industrial circulating cooling water treatment, or search on Baidu for papers on the application of electromagnetic devices in industrial circulating water; there are many such articles available online, so I won’t go into further detail here.

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