15-meter Vehicle Drying and Disinfection Room for Preventing African Swine Fever, Gas-powered Vehicle Drying and Disinfection
In today's era of increasingly strict biosafety prevention and control in large-scale farms, drying and disinfection are crucial steps to cut off the spread of diseases and ensure the safety of farming. Especially for carriers that are prone to carry pathogens, such as incoming vehicles, farming equipment, and supplies, traditional disinfection methods are difficult to completely remove moisture and kill hidden germs, which can easily lead to cross-infection. The fuel-powered drying and disinfection room for farms is specially customized for the farm scenario, integrating fuel-efficient heating, hot air circulation drying, and high-temperature sterilization. With the core of "fuel-driven, energy-efficient, full-area disinfection, and convenient adaptation", it thoroughly solves the pain points of low efficiency, high energy consumption, and incomplete disinfection in farm drying and disinfection. It is suitable for various large-scale farms such as pig farms, cattle farms, and chicken farms, and is mainly used for the drying and disinfection of vehicles, equipment, and supplies, strengthening the first line of defense for farm biosafety.
This equipment is designed with the core concept of "sealed disinfection, efficient drying, and safety and stability". It strictly follows the requirements of biosafety zoning management in farms, adopting a double-door one-way flow structure to distinguish the entrance of the contaminated area from the exit of the clean area, realizing a closed-loop operation in the whole process of "entry - disinfection - drying - exit", preventing cross-contamination from the source. It perfectly meets the core standards of secondary and tertiary disinfection in farms and can be seamlessly connected with the existing disinfection centers in farms. Whether it is a self-built disinfection point or a standardized disinfection center, it can be flexibly deployed. The whole equipment is built with a brick-concrete structure and high-temperature-resistant, flame-retardant and heat-insulating materials. The inner wall is covered with anti-corrosion aluminum-plastic panels, and the outer wall is added with a color steel sandwich panel insulation layer, which not only ensures the airtightness of the box and reduces heat loss but also can cope with the harsh environment of high humidity and much dust in farms, prolonging the service life of the equipment. At the same time, the ground is poured with a certain slope, and a vehicle ramp and a water diversion trough are set up to facilitate the drainage of sewage and prevent the breeding of bacteria due to water accumulation on the ground.
The fuel heating module is the core power source of the equipment. It uses a high-efficiency fuel burner, which can be adapted to common fuels such as diesel and kerosene. The fuel is atomized and burned fully, with a heat conversion efficiency of over 90%. Compared with electric heating equipment, the energy consumption cost is reduced by 30% - 40%. It does not need to rely on a stable high-power power supply and is suitable for scenarios with inconvenient power supply, such as outdoor and remote areas of farms, thoroughly solving the problems of high energy consumption and power supply limitations of electric heating drying. At the same time, it is equipped with a special flue to discharge the combustion exhaust gas in time, avoiding the accumulation of indoor exhaust gas, which affects the disinfection effect and personnel safety. The heating system is equipped with an intelligent temperature control module, which can accurately control the temperature in the room and the duration of drying and disinfection. According to the disinfection needs of farms, the temperature range of 50 - 120℃ can be flexibly set. For common pathogens in farms such as African swine fever virus, Escherichia coli, and Salmonella, a constant temperature of 70℃ for drying and disinfection for ≥30 minutes can be set, and the sterilization rate can reach over 99.99%, fully meeting the high-temperature disinfection standards of farms, thoroughly killing the pathogenic microorganisms attached to the surface and gaps of vehicles and equipment. At the same time, the moisture is removed through high-temperature drying, preventing the secondary breeding of germs.
The hot air circulation system adopts a high-power circulating fan and a deflector design to form a 360° full-range hot air circulation, ensuring uniform temperature in the room without dead corners, and avoiding the problems of incomplete local drying and inadequate disinfection. It is especially suitable for the drying and disinfection needs of large-scale breeding vehicles and batch equipment. According to the needs of different scenarios, the number of fuel hot air blowers can be flexibly configured. In the southern regions where the winter temperature is relatively high, 3 - 4 high-power fuel hot air blowers can be configured to balance efficiency and energy saving; in the severely cold northern regions, the number can be increased to 4 - 6 to ensure rapid temperature rise in low-temperature environments and guarantee the drying and disinfection effects without being affected by the climate, which is suitable for all kinds of farms in the north and south. At the same time, the system can automatically adjust the heating power according to the outside temperature, further optimizing energy consumption and achieving a double balance between efficient drying and cost control.
The equipment is equipped with an intelligent control system, which is easy to operate and understand, suitable for the usage habits of farm staff. It supports local touch control and timing control, and can preset operation parameters (temperature, duration) for different scenarios, such as vehicle drying and disinfection, equipment drying and disinfection, and material drying and disinfection. It can be operated without professional training. It is equipped with high-definition temperature display, time countdown, and fault alarm functions to monitor the drying and disinfection status in the room in real time. After the disinfection is completed, it will automatically stop and emit a prompt sound. At the same time, it has multiple safety devices such as over-temperature protection, oil shortage protection, and overload protection. When the temperature in the room is abnormal, the fuel is insufficient, or the equipment is overloaded, it will automatically cut off the power and fuel supply and give an alarm to prevent equipment damage and potential safety hazards, meeting the requirements of fire safety and equipment safety management in the farm, ensuring the long-term stable operation of the equipment. It can also automatically record the operation data, which is convenient for managers to check the disinfection effect and improve the epidemic prevention files.
As the core equipment for biological safety prevention and control in farms, this fuel drying and disinfection room has a wide range of applicable scenarios and can meet various needs of farms: First, vehicle drying and disinfection. It can accommodate large-scale breeding transport vehicles and feed transport vehicles, realizing all-round drying and disinfection of the vehicle body, chassis, and cab, preventing vehicles from carrying pathogens into the farm, meeting the requirements of the three-level washing and disinfection in farms, and having a better drying and disinfection effect especially for diesel transport vehicles. Second, equipment drying and disinfection. It can carry out batch drying and disinfection of equipment in breeding pens, feeding equipment, disinfection equipment, etc. After drying, the equipment is dry without residue, avoiding the growth of bacteria due to moisture. Third, material drying and disinfection. It can dry and disinfect incoming feed, bedding, epidemic prevention materials, etc., removing moisture and killing germs to ensure the safety of breeding materials. At the same time, according to the scale of the farm and the operation needs, equipment of different sizes can be customized. The standard size of a single channel can be 18m in length × 7m in width × 5m in height, and can also be flexibly adjusted according to the traffic flow and equipment batch. Whether it is a small-scale farm or a large-scale breeding base, it can be accurately adapted, especially suitable for large-scale farms with high-frequency daily drying and disinfection operations.
Compared with traditional drying and disinfection equipment, this fuel-powered drying and disinfection room has significant core advantages: First, it is highly efficient and energy-saving. Fuel-driven, it has high thermal efficiency, low energy consumption costs, and is not limited by power supply, making it suitable for various breeding scenarios. Second, it provides thorough disinfection. It integrates high-temperature drying and sterilization, taking into account dehumidification and disinfection, eliminating pathogen residues and secondary growth, and meeting the biosecurity standards of farms. Third, it is durable and adaptable. With an anti-corrosion and heat-insulating structural design, it is suitable for the harsh environment of farms, applicable to both northern and southern climates, and has a long service life. Fourth, it is convenient and worry-free. It features intelligent control with simple operation and multiple safety protections, reducing manpower input and enabling fully automated operations throughout the process. Fifth, it is compliant and adaptable. It strictly follows the washing and disinfection specifications of farms and can be built with a sewage treatment area, dirty area, and clean area parking lots, realizing centralized collection and treatment of sewage, avoiding secondary pollution, and meeting environmental protection breeding policies and industry standards.
Currently, the biosecurity prevention and control of farms has entered the stage of refined management. Drying and disinfection, as a key link in cutting off the spread of diseases, directly affects breeding benefits and the health of livestock and poultry. The fuel-powered drying and disinfection room for farms fills the gap in the adaptation of fuel-driven drying and disinfection equipment for farms with its advantages of high efficiency, energy-saving, and thorough disinfection. It not only effectively reduces the risk of disease transmission but also improves disinfection efficiency and reduces operating costs. It helps farms implement standardized washing and disinfection processes, promotes the transformation of breeding epidemic prevention work from "extensive" to "precise and standardized", creates a safe and clean breeding environment for the healthy growth of livestock and poultry, and is an essential core equipment for large-scale farms to achieve biosecurity prevention and control.
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