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The constant temperature and humidity system is suitable for tropical botanical gardens, greenhouse flowers, vegetable greenhouses, orchard nurseries, large, medium, and small supermarkets, sunny ecological restaurants, as well as for the cultivation of fungi and seedlings. It is used for humidification, cooling, spraying pesticides, and fertilizing, ensuring that plant fertilizers and pesticides are evenly distributed, and it can save one-third of the amount of pesticides used, achieving better results with less effort.

Xiamen Guanyu Technology Co., Ltd. has passionately created a mist cooling system project for the Tianbao service area of the Sinopec gas station, located at the Jinshan service area on the Xiarong Expressway in Zhangzhou's Nanjing County. This mist cooling project upgrades and transforms our complete set of mist cooling, dust removal, anti-static, and explosion-proof systems to address the challenges of heat during the scorching summer for employees and to enhance dust and static electricity prevention at the gas station. This system brings a refreshing coolness to the hot summer weather. Given that vehicles entering the service area for refueling generate a lot of heat, especially during summer when queues can lead to on-site temperatures often reaching around 40 degrees Celsius, high temperatures can be detrimental to the health of the fuel attendants, and the heat can also irritate customers. The mist cooling system is the best tool to address this situation. The principle of mist cooling utilizes the natural climate regulation of water, employing atomization to cool the air. Water is sprayed in a fine mist, dispersing droplets in the air. As the mist vaporizes, it absorbs a significant amount of heat, achieving rapid cooling. Simultaneously, it exchanges heat and moisture with the moving air, where the mist particles absorb heat (or sensible heat) from the air, vaporize, and evaporate, increasing the humidity of the air and thus humidifying it. Additionally, it removes impurities and dust from the air, accelerates air flow, neutralizes excess positive ions in the air, and increases the content of negative ions, making the air fresh and pleasant, greatly improving the working and living environment. The mist cooling system is designed to be healthy and environmentally friendly, focusing on fresh health, low carbon, and intelligent living. It aims to create scenery, cool the air, humidify, remove dust, disinfect, prevent static electricity, and promote health. By using high-pressure water treatment and atomizing nozzles, water is instantly split into billions of micron-sized water molecules, forming a structure similar to clouds and mist, which can naturally float in the air, providing a refreshing and natural feeling akin to being in a forest. People can walk through it and feel the moisture without easily getting their clothes wet, creating a delicate, natural, and perfect experience. It can be used as a standalone feature or in conjunction with other related landscape elements. The mist cooling machine uses water as its raw material and employs HP-2N biofilm technology for water treatment, filtering out all harmful active components, ensuring that the water used in the mist system is safe for human health. Additionally, due to the high-pressure impact atomization method, the mist system not only generates mist particles but also releases a large amount of what is known as "air vitamins"—negative ions, which are 2000-5000 times more than those found in ordinary urban environments, enhancing human immunity and benefiting physical and mental health. Furthermore, it has functions for humidity control, dust removal, cooling, and odor control, effectively improving the surrounding environment. The mist cooling system is controllable and convenient. To achieve controllable and convenient mist effects, the main system adopts centralized integrated control, which can be customized according to customer needs, featuring automatic program settings and remote control systems. It utilizes a human-machine interactive interface, focusing on user-friendly control. The system can generate mist instantly within 1-5 seconds, making large-scale and immediate mist effects possible. The mist cooling system is environmentally friendly. In terms of materials, the nozzles of the mist cooling machine are embedded with ruby, achieving 100,000 hours of zero wear, and the components are made of stainless steel. The overall system pursues high stability, reduces later maintenance costs, and ensures a long service life. Regarding usage costs, a 220-meter mist strip consumes 3.16 tons of water per day and 10.67 kWh of electricity per day (calculated based on the regular operation time of the mist being on for 10 minutes per session, 16 times a day), achieving high savings in water and electricity. In terms of noise control, ordinary equipment does not exceed 60 decibels, and special requirements can be accommodated with soundproofing; all pipes, nozzles, and connectors are made of 304 stainless steel, ensuring easy layout and durability. The user-friendly design of the electric spray cabinet guarantees an aesthetically pleasing overall appearance. The mist cooling system is backed by mature experience. The high-pressure pump products stem from extensive experience, which has been cultivated through years of relentless effort. After years of exploration and research in the mist field, mist cooling has established its technological advantages in this domain.

The loss of fruits and vegetables due to prolonged display time and dry air accounts for about 2% of the annual sales of these products. Taking a small to medium-sized supermarket as an example, with an annual sales volume of approximately 6 million yuan, the economic loss due to dehydration of fruits and vegetables reaches as much as 120,000 yuan each year. Using humidifiers in fruit and vegetable warehouses or counters can effectively prevent dehydration and wilting of these products. The return on investment is very high; an investment of 60,000 yuan can effectively manage 10 fruit and vegetable counters, with the investment being recouped in just 6 months.

High-temperature workshops such as smelting and forging use it for cooling and dust removal; factories like paper and textile use it for humidifying, dust removal, and static electricity elimination; chemical and wood workshops use it for deodorization and preservation; gas stations and electronic rooms use it for humidifying and static electricity elimination, etc.