Hailey Tran
In 2020, China built a hospital in Wuhan in just 10 days to treat patients infected by the coronavirus. The hospital was built to address the shortage of medical treatment resources and improve the ability to care for patients. The facility has a capacity of 1,000 beds spread over 25,000 square meters. This is not the first time China has built a hospital in a short amount of time. In 2003, China erected a hospital on Beijing's rural outskirts in just one week to cater to patients suffering from SARS. The rapid construction of hospitals in China has sparked debates about the quality and safety of such projects, with some expressing concerns about their functionality and potential to infect workers.
| Characteristics | Values |
|---|---|
| Location | Wuhan, China |
| Size | 1,000 beds over 25,000 square meters (270,000 square feet) |
| Construction Time | 10 days |
| Construction Model | Prefabricated structures |
| Purpose | To treat patients with coronavirus |
| Construction Workers | All available workers in Wuhan working in shifts |
| Construction Equipment | Dozens of excavators and trucks |
| Additional Medical Staff | 40 military doctors |
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What You'll Learn
Planning and design
Prefabricated Structures:
Xiaotangshan Hospital, constructed in just one week during the 2003 SARS outbreak, was built using prefabricated structures. This modular approach allows for faster construction as many components can be manufactured off-site simultaneously and then quickly assembled on-site. Prefabricated structures can be basic but functional, with the ability to be expanded or modified in the future if needed.
Efficient Design:
Streamlining the design process is crucial. Standardising designs and minimising customisations can save time. It is essential to focus on functionality and practicality rather than aesthetics. The layout should be designed to optimise patient flow and operational efficiency, ensuring easy access to critical areas such as intensive care units and emergency departments.
Site Selection:
The choice of construction site is vital. A centrally located site with good infrastructure and access to transportation networks can expedite the delivery of materials and equipment. Additionally, proximity to other medical facilities or universities can provide access to additional resources and personnel if needed.
Round-the-Clock Construction:
To meet tight deadlines, construction must occur continuously. This involves organising multiple shifts and ensuring a steady supply of materials and equipment to the site. Adequate lighting and safety measures are necessary to facilitate night-time work.
Collaboration and Resource Allocation:
Effective collaboration between architects, engineers, contractors, and medical professionals is essential. Clear communication and coordination can help identify and address potential bottlenecks and challenges promptly. Additionally, mobilising resources from various sectors, as China did by deploying all available workers in Wuhan, can ensure a steady supply of labour.
Standardised Components and Systems:
Using standardised components and systems can streamline the construction process. This includes utilising pre-assembled units, such as pre-fabricated bathrooms and modular patient rooms, which can be quickly installed on-site. Standardising mechanical, electrical, and plumbing systems can also expedite construction.
While building a hospital in 10 days is an ambitious endeavour, it can be achieved through efficient planning and design, prefabricated structures, round-the-clock construction, and effective resource mobilisation and collaboration.
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Construction materials
Prefabricated Structures: Prefabrication is a significant advantage when time is of the essence. In the case of the Wuhan hospital, it was reported that the facility was modelled after the Xiaotangshan Hospital built during the 2003 SARS outbreak. That hospital consisted of prefabricated structures, allowing for rapid assembly on-site. Prefabricated components, such as walls, floors, and roof panels, can be manufactured off-site in advance and then quickly transported and installed, reducing construction time significantly.
Concrete: Concrete is a fundamental material in hospital construction, providing structural integrity and a hygienic surface. A good concrete mix is essential, and experienced concrete workers are invaluable in achieving the right mix and ensuring proper curing. While coloured concrete may be desirable for aesthetics, painting the concrete after curing is a more time-efficient option.
Steel: Steel is another critical material for the structural framework of the hospital building. Steel beams, columns, and trusses provide the necessary support and can be erected relatively quickly, especially with a dedicated and ample workforce.
Medical Equipment: In addition to the structural components, the medical equipment and systems within the hospital are essential. This includes items such as beds, examination lights, and medical machinery. Given the urgency, sourcing these materials promptly and in sufficient quantities is crucial.
HVAC Systems: Heating, ventilation, and air conditioning (HVAC) systems are vital in a hospital setting, especially when dealing with infectious diseases. Laminar flow systems, ultraviolet (UV) light, and chemical baths are employed to maintain sterile environments, control airflow, and prevent the spread of pathogens. The installation of such systems requires specialised knowledge and experience, as highlighted by an individual with 35 years of experience in installing commercial HVAC systems.
The successful construction of a hospital in 10 days relies on a combination of prefabricated structures, traditional building materials like concrete and steel, rapidly sourced medical equipment, and the expertise to install specialised systems.
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Manpower and machinery
Building a hospital in 10 days requires a lot of manpower and machinery. In Wuhan, China, thousands of workers were mobilised to work in shifts to ensure round-the-clock construction. The construction site was filled with dozens of excavators, trucks, and earthmovers.
A video of the construction site showed the magnitude of the work being done, with a lot of manpower and machinery working day and night. The hospital was built using prefabricated structures, which allowed for faster construction.
The manpower included a large number of workers from various trades, such as concrete workers, electricians, plumbers, and other specialists. The machinery included heavy equipment such as excavators and trucks, as well as cranes, and smaller tools and equipment for the different trades.
To ensure the hospital was completed within the 10-day timeframe, workers were organised into multiple shifts, allowing for continuous construction. This efficient organisation of manpower and machinery played a crucial role in the timely completion of the hospital.
Additionally, the Chinese government also deployed military doctors to provide medical support during the construction process, further contributing to the overall manpower and expertise on-site.
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Installation of medical equipment
Building a hospital in 10 days is an extremely challenging task. Here is a detailed plan for the installation of medical equipment in such a short time frame:
Day 1: Planning and Delivery
On the first day, create a detailed plan for the installation process, including timelines and responsibilities. This will ensure that everyone involved knows their tasks and will help identify any potential delays. It is also beneficial to have the medical equipment delivered directly to the site on this day, ensuring it is placed in the specified areas of use.
Day 2: Inspection and Assembly
The second day should involve a thorough inspection of all equipment. Check for any mismatched parts or potential problems to avoid future issues and ensure patient safety. After a detailed inspection, begin assembling the equipment, being mindful of correct procedures to prevent malfunctions and damage.
Day 3: Testing and Training
On the third day, test all assembled equipment for functionality. This step will help identify any glitches or assembly mistakes, allowing for timely corrections. Once everything is confirmed to be functioning properly, begin training applicable staff members on the proper use of the equipment, especially if it is a new model. Clear and detailed instructions are crucial to prevent misuse and ensure efficient patient care.
Day 4: Final Checks and Setup
Use the fourth day to conduct final checks and ensure that all equipment is ready for immediate use. Verify that the equipment meets quality standards and address any last-minute issues. This day should also involve coordinating the completion of any setup processes, such as electrical grounding, to ensure a smooth start-up.
Day 5-10: Ongoing Support and Troubleshooting
The remaining days are crucial for addressing any problems that arise and providing ongoing support. This includes assisting staff with equipment usage, troubleshooting any technical issues, and ensuring that all equipment is maintained and calibrated correctly. This phase is essential to guarantee the long-term functionality of the medical equipment.
By following this detailed plan, it is possible to efficiently install and set up medical equipment within the given 10-day timeframe. However, it is important to note that this is a challenging task and may require additional resources and around-the-clock work to be successful.
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Testing and handover
Testing:
- Day 7: Begin testing all installed systems, including electrical, plumbing, and HVAC (heating, ventilation, and air conditioning). This process should be rigorous and thorough to ensure patient safety and comfort.
- Day 8: Conduct a full inspection of the building structure and finishes. This includes checking the integrity of walls, floors, ceilings, windows, and doors. Ensure that all finishes, such as paint and flooring, are complete and up to standard.
- Day 9: Focus on medical equipment testing. This entails testing and calibrating all medical devices, from basic items like hospital beds and monitoring equipment to more specialized machinery. Ensure that all equipment complies with relevant medical device regulations and standards.
Handover:
Day 10: Final day of construction. Complete any outstanding tasks and conduct a final walk-through inspection. Ensure that all systems are fully functional and that the facility is ready for patient admission. Address any last-minute issues or defects identified during the final inspection. Obtain necessary approvals and certifications from local authorities to confirm that the hospital meets all regulatory requirements. Hand over the completed hospital to the relevant healthcare authorities or operators. Provide them with all necessary documentation, including user manuals, maintenance guidelines, and as-built drawings. Conduct a comprehensive orientation and training session for the medical staff who will be using the facility, covering the layout, operation, and maintenance of the new hospital.
It is important to note that this plan assumes efficient coordination between various construction teams and timely delivery of materials and equipment, as seen in the construction of hospitals in China within tight timeframes. Flexibility is key, as unexpected delays or issues may arise.
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Frequently asked questions
Building a hospital in 10 days is possible by using prefabricated structures and mobilizing workers to work in shifts to ensure round-the-clock construction.
In 2003, China built the Xiaotangshan Hospital in a week to treat patients suffering from SARS. The hospital consisted of prefabricated structures.
Building a hospital in such a short time frame can be challenging due to the complexity of hospital design and the involvement of multiple stakeholders. Additionally, ensuring proper infection control measures and the functionality of the building may be difficult.
A hospital built in a short time frame may face issues with the quality of construction and could potentially be a "disease recycling center," as mentioned by some commentators.
A large number of workers are required to build a hospital in 10 days. In the case of the Wuhan hospital construction, all available workers in the city were mobilized to work in shifts, and dozens of excavators and trucks were utilized.
