A Strategic Move
Leading by Example Through Strategic Demonstration
The Yangtze River Delta Regional Integration is a national strategy personally initiated, planned, and overseen by President Xi Jinping. The Demonstration Zone serves as a pioneering flagship area for implementing this strategic vision, carrying profound national significance.
To optimize the allocation of healthcare resources, promote the development of the health industry, and continuously enhance public health standards, the Qingpu Branch of Fudan University Obstetrics and Gynecology Hospital (hereinafter referred to as “Hongfangzi Qingpu Branch”) officially opened on September 28, 2023. This facility represents the first Class III specialist obstetrics and gynecology hospital in the Yangtze River Delta Integration Demonstration Zone, and also the first of its kind in Shanghai’s Qingpu District.
Customer Overview
Why Top-Tier Configuration Leads to a Professional Choice
Located at the intersection of Putai Road and Dianshan Lake Avenue in Zhujiajiao Town, the Hongfangzi Qingpu Branch began construction in August 2019 and successfully completed final inspection and acceptance in April 2023. The hospital is approved for 500 beds and comprises 14 primary clinical departments. It occupies a total land area of approximately 60,000 square meters, with a total floor area of about 86,000 square meters.
The Hongfangzi Qingpu Branch provides outpatient services in perinatal medicine, first prenatal visit registration, gynecology, integrative traditional Chinese and Western medicine gynecology, breast health, and cervical disease clinics. Since the start of its trial operation with free consultations on August 28, the hospital has served a total of 1,279 patient visits. Its patient base spans Jiangsu, Zhejiang, and Anhui provinces across the Yangtze River Delta, enabling local residents within the Demonstration Zone to access top-tier obstetrics and gynecology care close to home.
Project Overview
A Precise Solution Under Strict Standards
As a nationally renowned Class III Grade A obstetrics and gynecology hospital, the facility maintains exceptionally stringent requirements for indoor air quality, following high-standard hospital protocols for both particulate matter and microbial control. After thorough evaluation, the project team selected MayAir’s electrostatic + nano-photocatalytic hybrid air purification and disinfection system. MayAir’s professional service team provided on-site installation guidance and system commissioning, ensuring timely, fault-free operation and safeguarding air quality throughout the hospital following its opening.
Nano Photocatalytic Air Purifier
The AC electrostatic air filter by MayAir utilizes a high-voltage electrostatic adsorption principle, effectively capturing particulate matter while simultaneously inactivating bacteria, viruses, and other microorganisms.
Nano Photocatalysis Air Purification System
The AC Electrostatic Filter, developed by MayAir, employs high-voltage discharge and electrostatic adsorption technology. It not only captures and removes airborne particulate matter but also effectively inactivates bacteria, viruses, and other microorganisms.
Professional Services Underpinned by Technical Expertise
With over 20 years of expertise in high-grade air purification, MEACO Technology has served numerous Fortune 500 companies, including Huawei, State Grid, Apple, and Intel. Leveraging extensive experience and advanced technology, MEACO delivers customized air purification solutions across various industries.
The recent design and upgrade of the air purification system for the Qingpu Branch of Fudan University Affiliated Obstetrics and Gynecology Hospital in the Yangtze River Delta Integrated Demonstration Zone represents a strategic initiative aligned with national development goals and underscores MEACO’s technological strength.
This solution integrates composite technologies such as high-voltage ionization, UV photolysis, broad-spectrum adsorption, and is supported by big data-driven intelligent IoT operation and maintenance, providing clients with highly efficient, energy-saving, silent, low-carbon, and environmentally friendly systems, ensuring superior air quality and safety.
