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Practical application examples of fabric air ducts combined with fresh air systems


2024-10-17


The following are some practical application cases of bag duct combined with fresh air system:

First, large commercial complex

A large shopping center with a floor area of more than 100,000 square meters. Due to the high flow of people, indoor air quality requirements, the use of bag duct combined with fresh air system solutions.

Advantages of bag air duct:

The public area of the shopping center has a wide space and a high floor height, so the fabric ducts can be flexibly arranged according to the needs of different areas to achieve uniform air supply. Its beautiful appearance also complements the decoration style of the shopping center, without damaging the overall visual effect.
The cloth bag air duct is made of soft material with strong bendability, which can adapt to complex architectural structures, such as curved ceiling, irregular space, etc., effectively improving the space utilization rate.
The role of fresh air system:

Provide a large amount of fresh air for shopping centers to ensure the oxygen content and comfort of indoor air. Through highly efficient filtration device, it removes dust, pollen, bacteria and other harmful substances in the air, creating a healthy shopping and working environment for customers and employees.
The heat recovery function of the fresh air system can recover the heat in the discharged air in the transition season and winter to reduce heating energy consumption; in summer, it can recover the cold in the discharged air to reduce the air-conditioning load and realize energy-saving operation.
Second, modern office buildings

A high-grade office building with 20 floors and a total floor area of about 50,000 square meters. In order to improve the comfort of the office environment and air quality, the office building installed bag duct combined with fresh air system.

Application of fabric ducts:

In the open office area, the bag duct adopts the slit air outlet method, which provides even air supply without blowing, and will not affect the working efficiency of the staff. At the same time, the low noise characteristics of bag air duct provides a quiet office environment for employees.
In independent spaces such as conference rooms, the cloth bag duct can be customized according to the size and shape of the room to ensure even air distribution and meet the needs of different meeting sizes.
The effect of a fresh air system:

The fresh air system provides continuous fresh air to the office building, effectively reduces indoor carbon dioxide concentration, and improves the efficiency and health of employees.
The office building adopts an intelligent fresh air control system, which can automatically adjust the fresh air volume according to the indoor air quality and personnel density, and realize intelligent operation, which not only ensures the air quality, but also saves energy.
Third, hospital ward building

The ward building of a general hospital has a floor area of 30,000 square meters. The hospital has very high requirements for the cleanliness and comfort of indoor air, so it chooses the bag duct combined with fresh air system.

Characteristics of bag air duct:

The fabric air ducts are made of antibacterial materials with good antibacterial properties, which can effectively prevent the growth of bacteria and viruses and provide a safe treatment environment for patients.
In the ward area, the bag air duct can realize directional air supply, avoiding air blowing directly to the patients and improving their comfort. At the same time, the washability of cloth bag air ducts facilitates the daily cleaning and disinfection work in hospitals.
Function of fresh air system:

Fresh air system provides sufficient fresh air to the ward building to ensure the circulation and freshness of indoor air. Through highly efficient filtration devices, it removes bacteria, viruses, dust and other harmful substances in the air, effectively preventing cross-infection.
The fresh air system can also be controlled in zones according to the needs of different wards to meet the individual needs of different patients. For example, in intensive care wards, the fresh air volume and filtration level can be increased to ensure the safety of patients' lives.
These practical application cases show that bag duct combined with fresh air system has significant advantages in different types of buildings, and can provide users with a comfortable, healthy and energy-saving indoor air environment.

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