Project
More Than 20 Professional Technicians Service for You
HON MING | West China Hospital, Sichuan University
Founded in 1892, West China Hospital of Sichuan University (West China Hospital for short) is a national Grade A tertiary general hospital, a national center for diagnosis and treatment of complex, acute and critical illnesses in Western China, a renowned national leading medical education institution, and a national-level base for top-tier medical research and technological innovation in China. It boasts first-class comprehensive strength in China and advanced international standing.
Project Details
Since its founding in 1892, West China Hospital of Sichuan University has witnessed the development of medicine in China and safeguarded the health of several generations of Chengdu people.
Since its establishment in 1993, HON MING has 30 years of expertise in HVAC and cooling systems, providing advanced, high-quality and complete equipment and project solutions for various industries.
This time, HON MING joins hands with West China Hospital of Sichuan University in a strong partnership, empowering a top national hospital with its products and capabilities, ensuring a stable and comfortable medical and working environment for patients and medical staff.
Units adopted in this project:
HON MING Open Cross-Flow Cooling Tower
HON MING Open Counter-Flow Cooling Tower (Bottom Air Inlet)
HON MING Units Serving West China Hospital
HON MING cooling towers meet various operating conditions and application requirements, featuring adaptability to variable flow operation, modular installation design, and safe, user-friendly maintenance configurations. The units comply with national standards for noise and energy conservation. The profile structure is made of high-quality steel to ensure excellent corrosion resistance and service life. A large number of recyclable materials are adopted, supported by green, eco-friendly and intelligent production processes, guaranteeing outstanding and stable performance and upholding the product philosophy of energy conservation, emission reduction, high efficiency and environmental protection.
Open Cross-Flow Cooling Tower
Product Advantages:
Continuous & Reliable Operation: The unit uses frame materials exceeding industry standards. High-air-volume aluminum alloy fan blades deliver superior air volume and corrosion resistance. The FRP water pan provides excellent corrosion resistance. The large-diameter gravity-type water distribution design (no moving parts) ensures uniform fluid distribution and is resistant to clogging.
Easy Installation & Maintenance: Internal access channels allow safe maintenance inside the tower. The unit can be flexibly assembled on-site without transportation constraints.
Eco-Friendly, Efficient & Energy-Saving: The unit uses eco-friendly sealing materials with low VOC content, safe for humans and the environment. The fill with an integrated water collection system minimizes water waste to the greatest extent.
Flexible Application & Rich Options: Various flexible solutions are available based on processing capacity and spatial layout.
Digital Technology Empowerment: Digital programs enable visual analysis and predictive monitoring of the unit system and equipment, ensuring stable operation.
Open Counter-Flow Cooling Tower - Bottom Air Inlet
Product Advantages:
HON MING bottom-air inlet square open counter-flow cooling tower adopts a new composite sandwich insulated panel, integrally foamed with outer steel plate and middle rigid flame-retardant polyurethane insulation material. High-quality FRP inner lining provides excellent corrosion resistance.
The new composite panel absorbs vibration from mechanical components, reduces noise, and effectively blocks noise transmission inside the tower and high heat conduction from the surrounding environment.
A sand and wind prevention device is installed at the top to prevent sand and dust from entering the tower and causing pipeline clogging.
The semi-closed water tank prevents water droplets from splashing out and dampening the surrounding area, blocks debris, and avoids algae and bacterial growth caused by direct sunlight that would pollute the water system, making water system cleanliness maintenance more convenient and effective.
