In the treatment of industrial wastewater and breeding wastewater, evaporation is a key link to reduce water volume and lighten the subsequent treatment load. Traditional evaporation ponds rely on natural evaporation, which is inefficient and subject to weather constraints; forced evaporation equipment has high energy consumption and complex maintenance. However, the 90m fixed fog cannon machine, with its super long range and fine atomization capability, has become a "cost-effective choice" for wastewater evaporation scenarios, breaking through the bottlenecks of traditional treatment methods.
The core advantage of the 90m fixed fog cannon machine lies in "large-scale coverage + fine mist atomization". With a coverage radius of 90 meters, a single unit can radiate an evaporation area of over 24,700㎡, eliminating the need for multiple installations. Through its high-pressure atomization system, it can break wastewater into ultra-fine mist particles of 30-150μm, which are 30% smaller than those produced by traditional spray atomization. The surface area of the mist particles is greatly increased, improving the air contact efficiency by 40%, and the evaporation rate is 3-5 times faster than natural evaporation. Especially for high-salt and high-turbidity industrial wastewater, the fine mist state is less likely to clog the equipment, solving the pain point of easy scaling in traditional evaporation equipment.
In industrial parks, the 90m fixed fog cannon machine can be fixedly installed around wastewater evaporation ponds. By adjusting the spray angle (0°-320° rotation) through remote control, it achieves full-coverage spraying of the entire evaporation pond. When combined with fan-assisted ventilation, it can maintain stable evaporation efficiency even on rainy days, with a single unit helping to evaporate 80-120 tons of wastewater per day. In breeding farms, targeting the high-organic-matter characteristics of livestock and poultry wastewater, it can evenly spray the wastewater onto drying fields through atomization. While the mist particles evaporate quickly, the range of odor diffusion is reduced, and the efficiency is 60% higher than traditional drying evaporation. In the mining field, for the treatment of mine pit wastewater, the equipment can be installed on high platforms, using its 90m range to cover low-lying evaporation areas and avoid environmental risks caused by wastewater accumulation.
Compared with traditional forced evaporation equipment (such as evaporators) that cost hundreds of thousands of yuan per unit, the cost of the 90m fixed fog cannon machine is only 1/3-1/2 of that. It has low energy consumption during operation, with a power of about 15-37kW and a daily electricity cost of only 200-300 yuan, saving 70% of energy compared to evaporators. In terms of operation and maintenance, the equipment has a simple structure; core components (such as atomizing nozzles and motors) are easy to disassemble and replace, and there is no need for complex pipeline cleaning. The monthly maintenance time is no more than 4 hours, and the maintenance cost is reduced by more than 50% compared with traditional equipment. In addition, the equipment is made of anti-corrosion materials, which can resist the corrosion of wastewater, with a service life of 8-10 years, showing significant advantages in long-term comprehensive costs.
Parameters need to be adjusted according to wastewater properties: for wastewater containing volatile harmful substances, it is necessary to use it with waste gas collection devices; for high-viscosity wastewater, pretreatment is required to reduce concentration to avoid clogging nozzles. At the same time, the equipment should be installed away from residential areas, and the spray time should be reasonably controlled to balance evaporation efficiency and environmental impact.
The application of the 90m fixed fog cannon machine in wastewater evaporation is not a simple "downscaling use", but a scenario innovation based on its range and atomization advantages. With the characteristics of low cost, high efficiency, and easy maintenance, it provides a more flexible solution for wastewater treatment, especially suitable for the evaporation pretreatment needs of medium and large wastewater-generating enterprises, becoming a "new tool" in the environmental protection treatment field.