Founded in 2002, Suzhou Yuanda Purification is a professional manufacturer of purification doors, windows, and Sandwich panels. As an important role as China Personnel Air Shower Supplier, we also provides clean room equipment and supporting products such as air shower rooms, transfer windows, fast-rolling shutter doors, fire doors, FFUs, and clean sheds. The products produced are widely used in industries such as electronics and appliances, biomedicine, food, cosmetics, new energy, and school scientific research.
After more than 20 years of development, to better serve its customers, the company has also established Suzhou PURIFY Purification Technology Co., Ltd. to customize solutions for dust-free workshop purification projects for various industries. It has a one-stop service system from comprehensive enterprise plant planning, design, construction, product production and supply to help customers create high-quality clean rooms and bring them a high-quality cleaning experience. The company has always adhered to the corporate spirit of "pragmatic, hard work, and responsibility", and created a good business environment with integrity, win-win, and innovative business concepts. With a new management model, refined technology, thoughtful service and high quality, we have always adhered to the principle of giving priority to customer satisfaction and serving them with care.
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READ MOREIs the high-speed airflow in the personnel air shower room safe for the human body?
The safety of high-speed airflow in personnel air showers to the human body mainly depends on its design and use conditions. Based on the information provided in the reference articles, the following is an analysis of the safety of high-speed airflow:
High-speed airflow velocity: High-speed airflow in air showers is an important means of removing contaminants from the surface of personnel or objects. Its velocity is usually between 0.3 and 0.6 m/s, which is a designed range to effectively remove contaminants while maintaining the comfort of personnel.
Risk of direct exposure: Long-term direct exposure to high-speed airflow may cause discomfort to the skin. Therefore, before entering the air shower, appropriate personal protective equipment, such as gloves, work clothes, etc., should be worn to reduce the possibility of direct contact with high-speed airflow.
Ultraviolet disinfection device: Some air showers may be equipped with ultraviolet disinfection devices. These devices should be used with special care, because direct contact of ultraviolet rays with the eyes and skin may have adverse effects on the human body. Therefore, direct contact of ultraviolet rays with the eyes and skin should be avoided.
Use specifications and operations: Compliance with the use specifications of air showers is essential to ensure the safety of high-speed airflow. For example, air showers must be kept clean and thoroughly cleaned before each use to prevent bacteria and other harmful substances from entering. At the same time, the control panel needs to be wiped frequently to ensure that it is clear and easy to see, and it needs to be safe and reliable.
Human perception and comfort: Although high-speed airflow is designed for cleaning purposes, each person's perception may be different. Therefore, when using the air shower room, you should pay attention to your personal comfort and adjust the air shower time or air flow speed as needed.
The high-speed airflow in the personnel air shower room is safe under the design and use conditions. However, in order to ensure optimal safety and comfort, you should comply with the use specifications, wear appropriate personal protective equipment, and avoid direct exposure to potential hazards such as ultraviolet rays. In addition, the air shower time and air flow speed can be appropriately adjusted according to personal feelings and needs.
How to add energy-saving design to personnel air shower room?
Personnel air showers can reduce energy consumption while maintaining their cleaning and purification functions through the following energy-saving designs:
Sensor control: Install sensors so that the air shower only starts when a person enters, thereby avoiding energy waste when no one is present.
Timer function: Set the operating time of the air shower, such as limiting the maximum time of each use, and automatically shut down once the preset time is reached.
High-efficiency fan: Select high-efficiency, low-energy fan to reduce electricity consumption.
Optimize airflow design: Improve cleaning efficiency and reduce the required operating time by optimizing the airflow pattern and nozzle layout inside the air shower.
Energy-saving mode: Design energy-saving modes, such as reducing wind speed or reducing the number of working nozzles, to meet different cleaning needs.
Intelligent control system: Integrate intelligent control system to automatically adjust wind speed and air volume according to actual usage.
LED lighting: Use LED lighting instead of traditional lighting to reduce energy consumption and provide sufficient brightness.
Insulation material: Use insulation material in the construction of the air shower to reduce the loss of hot and cold air.
High-efficiency filtration system: Although HEPA or ULPA filters have high filtration efficiency, they may also increase the burden on the fan. By regularly maintaining and cleaning the filters, you can maintain the efficiency of the filters and reduce the energy consumption of the fans.
Automatic door system: Use an automatic door system to ensure that the door remains closed during the air shower process to reduce air leakage.
Energy recovery: If possible, design the system to recover energy from the exhaust air flow, such as recovering heat through a heat exchanger.
Use variable frequency technology: Apply variable frequency technology (VFD) to control the speed of the fan and air handling unit to adjust energy consumption according to actual needs.
User education: Educate users to use the air shower room correctly and avoid unnecessary long-term use.
Regular maintenance: Design an easy-to-maintain system to ensure that all components can be regularly inspected and maintained to maintain optimal operating efficiency.
Remote monitoring: Integrate a remote monitoring system to track the operating status and energy usage of the air shower room in real time.
Through these energy-saving designs, the personnel air shower room can not only reduce operating costs, but also reduce the impact on the environment and achieve the goal of sustainable development.