MPS moisture-proof dehumidification system features
Electric valve is a device that drives the valve to open and close by electric motor. It is widely used in various industrial and civil fields, such as metallurgy, chemical industry, petroleum, natural gas, heating, ventilation and air conditioning, automatic control, etc. The following are some application scenarios of electric valves:
1. Fluid control in industrial production: electric valve can be used to control the flow, pressure and temperature of liquid, gas and steam to meet the needs of industrial production.
2. Oil and natural gas industry: electric valves can be used in oil and natural gas exploitation, processing, transmission and storage to control flow and pressure and ensure production safety and efficiency.
3. Chemical industry: electric valve can be used for fluid control in chemical production, such as acid-base solution, gas and liquid reactant control, to ensure the safety and efficiency of production.
4. Heating, ventilation and air conditioning system: the electric valve can be used to control the water flow, air flow and temperature in the heating, ventilation and air conditioning system to meet the requirements of the indoor environment.
5. Automatic control system: electric valve can be used with automatic control system to realize automatic control and adjustment of fluid flow, pressure, temperature and other parameters.
In short, electric valves are widely used in industrial and civil fields, which can improve production efficiency, ensure product quality and improve production safety.
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The MPS moisture-proof system enables buildings with capillary structures—such as concrete and masonry—to dry completely. It is suitable for both new and existing constructions, ensuring long-term dryness in areas like hydropower projects, basements, and tunnels that have suffered from moisture issues for years. This system effectively eliminates leaks and keeps the structure permanently dry.
The system operates on very low power, around 10 watts (with the Oswego civilian version using 14 watts), drawing only a few amps. As the structure dries, the current gradually decreases. The drying process typically takes about one month, though it may extend to three months in some cases. Notably, seawater dries faster than fresh water due to its higher salinity.
Key advantages of the MPS moisture-proof dehumidification system include:
1. It offers a permanent solution for waterproofing, leak prevention, and moisture control at a low overall cost and high efficiency. If micro-osmotic condensation occurs through structural pores, cracks can be easily repaired after applying the MPS system, which proves highly effective. For new construction, it eliminates the need for traditional materials like waterproof membranes and coatings, saving both time and costs.
2. The alkali process is simplified by spraying a complex alkali solution onto the anode surface, allowing it to penetrate into the concrete. This method is fast, usually completed within ten days. A special complex alkali electrolyte is available in China at an affordable price.
3. The system is flexible and easy to install, as it can be applied directly to the exposed side of underground structures without costly excavation. The Osmond MPS system can be installed and used on the same day, with the entire process taking just a few hours.
4. It prevents paint peeling, mold growth, and unpleasant odors while protecting the structure from weathering and aging.
5. The system uses ultra-low voltage, resulting in minimal operating costs. For an area of 300 square meters, it only consumes 14 watts—equivalent to a regular light bulb.
6. It is safe and reliable, with no risk of electric shock, even when exposed to humans.
7. The system does not damage the structure or alter its material composition.
8. It reduces humidity in underground areas, preventing corrosion of mechanical and electrical equipment and improving insulation performance.
9. It also helps prevent harmful bacteria from entering toxic groundwater or water sources.