what we do
particulate matters
pathogen
formaldehyde
ozone
TVOC
carbon dioxide
- Control the PM2.5 concentration in the hospital air to reach the health limit of 10 mg/m3 proposed by the World Health Organization.
- Further dynamically control the number of pathogens in the air to meet relevant hygiene standards.
- Effectively control the formaldehyde, TVOC, ozone, and other pollutants in the air of all hospital departments.
- Ensure that each department gets enough fresh air.
- Control all purification devices and ensure that they do not produce secondary pollutants.
- Adjust air humidity, negative ion concentration, and other air quality elements according to patients needs.
Product selection
FAH: MESP AHU Air Purifier
FAH works as alternatives to media filters installed in AHU to remove the particles for indoor air powered by MESP tech. The filter is washable and reusable, resulting in low pressure drop and high efficiency efficacy.
FFC: MESP FCU Air Purifier
FFC is an innovative commercial air purification product, which is installed at the return air inlet of the fan coil, and automatically works with the fan coil to efficiently purify and sterilize the air through the MESP system.
FAD: MESP Air Duct Purifier
FAD is a powerful device specially designed to be installed in air ducts for indoor air purification and disinfection. It is equipped with washable MESP technology and has super purification capabilities and dust holding capacity.
FSA: MESP Ceiling Mounted Air Purifier
FSA is a member of MESP in-room air sterilizing purifiers designed for ceiling installation. Equipped with built-in high-efficiency fans, it facilitates air circulation, filters airborne particles and effectively eliminate various pathogens in the air through the washable MESP system.
FSA650: MESP Wall Mounted Air Purifier
FSA650 is a member of MESP in-room air sterilizing purifiers designed for wall installation. Equipped with built-in high-efficiency fans, it facilitates air circulation, filters airborne particles and effectively eliminate various pathogens in the air through the washable MESP system.
KJ400: MESP Portable Air Purifier
KJ400 is equipped with built-in high-efficiency fans, it facilitates air circulation, filters airborne particles and effectively eliminate various pathogens in the air through the washable MESP system.
PSA: M-plasma Wall-mounted Sterilizer and Deodorizer
PSA with Micro Plasma technology can fastly eliminate concentrated harmful gases, tackling odors and improving the living environment by getting rid of bacteria, viruses, and fungi in humid areas, solving toilet and other space odor issues.
PFC: M-plasma Plug-in Sterilizer and Deodorizer
PFC applies diffusion Micro Plasma technology, and its small and flexible installation mode can effectively solve the indoor air pollution problem by integrating with the central AC system or independent fan.
Case Study
Wuhan huangpi Hospital
Project Introduction
Huangpi District People's Hospital (central hospital area) is located in Wuhan City, with a total investment of 2.795 billion RMB (414M USD), a construction period of 17 months, and 1200 beds, including 1000 beds converted from epidemic control and 200 beds for infectious diseases. The hospital is composed of emergency, outpatient, inpatient, security system and other basic rooms, as well as administrative management, scientific research and laboratory. After completion, it will become a modern comprehensive hospital which will benefit the general public.
On December 2022, The central hospital area was completed. It is reported that the total building area of the central area is 240,000 m2. The main buildings of the project are composed of 5-storey outpatient medical building, 16-storey inpatient building, 4-storey administrative office building, 7-storey infectious building, 6-storey on-duty apartment building, and a basement. The construction of the project will further enrich the regional medical resources and improve the ability of Huangpi District to respond to major public health emergencies.
Air Cleaning Technical Scheme
GB51039-2014 is a Code for Design of General Hospital Buildings. It has the following requirements for the central AC system and fan coil units: "The return air inlet of the central AC system and fan coil unit must be equipped with filtration equipment, of which the initial resistance should be less than 50Pa, a one-time microbial pass rate of not more than 10% and a one-time particle pass rate of not more than 5%."
On July 2020, the National Health Commission of the People's Republic of China issued WS 696-2020 Hygienic Code for the Operation and Management of Air Conditioning and Ventilation Systems in Offices and Public Places during the COVID-19, which stipulates that it is required to use high-efficiency filtration devices or install effective disinfection devices in the return air (pipeline) or air handling units.
The newly built People's Hospital of Huangpi District (Central Hospital Area) during the epidemic is particularly concerned about the air quality inside the hospital building, to prevent the cross infection of bacteria and viruses in the hospital, and ensure the safety of medical care staff and patients, it has chosen the brand of AirQuality after careful selection. As a result, more than 3000 AC return outlets in the hospital were installed with AirQuality FFC MESP electrostatic air disinfector, and AirQuality FAH electrostatic air disinfectors were also installed in the air handling units and some fresh air ducts to create a healthy air medical environment.
AirQuality micro-electrostatic MESP technology can collect bacteria, microorganisms, etc. attached to particles and kill them in a strong electric field, which ensures the efficient removal of PM2.5 while also having efficient sterilization and disinfection effect*. It makes the hospital safer, effectively reduce the risk of indoor bacterial cross-infection.
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