Beijing Hospital of Integrated Traditional and Western Medicine

Total duration: 150 days 

As a core department of a medical institution, the quality of the pathology department's environment directly impacts the quality of pathology specimen processing, diagnostic accuracy, and the work efficiency of medical staff. For the renovation and decoration project of the pathology department area on the fourth floor of the new hospital's outpatient building, we adhered to the principle of balancing aesthetics and functionality, with particular emphasis on following strict hygiene standards and professional functional requirements.

In terms of material selection, we strictly adhere to green building materials that are free of volatile organic compounds (VOCs) to ensure that the materials are environmentally friendly and non-toxic, aiming to minimize the risk of contamination to sensitive pathological specimens. Construction elements include: a 75-type light steel keel structure supplemented with gypsum board and thick inorganic pre-coated panels for the walls; seamless, wear-resistant, antibacterial, and easy-to-clean homogeneous PVC flooring; and 200mm wide aluminum alloy skirting boards for reinforcement at the edges. The ceiling combines thick calcium silicate board with inorganic pre-coated panels. This design not only enhances visual appeal but, more importantly, works systematically with the wall and floor materials to create a highly integrated, high-efficiency dust-free environment, precisely meeting the stringent standards of precision scientific research and medical facilities

By configuring stainless steel transfer windows with ultraviolet disinfection, the flow of people and materials is separated, strengthening the safety barrier. For air purification, high-efficiency air valves and new powder-coated diffusers are used, ensuring environmental safety while facilitating maintenance. The color scheme leans towards elegance and calmness, aiming to create an experimental atmosphere conducive to efficient scientific research and innovation, while also providing psychological comfort, thereby improving the efficiency of researchers and the accuracy of sample testing.


In terms of air quality optimization, we employ advanced ion purification technology. Relying on a high-efficiency air purification system, it effectively eliminates bacteria, viruses, and fine particulate matter in the air, ensuring consistently high-quality indoor air. This system incorporates intelligent monitoring and adaptive functions. With the help of real-time monitoring instruments for harmful gases such as formaldehyde and xylene, it analyzes real-time air quality data and feeds precise information back to the central control system, therebyautomatically adjusting the purification intensity to maintain the highest purity standard of air in the pathology room.

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In addition, a laminar flow fresh air distribution system is installed, using an aerodynamic panel to directionally deliver fresh air to the work area, ensuring the breathing safety of staff from the outset. A specially designed vertical airflow guiding device for the pathology department is also included, aerodynamically positioned in indoor dead air areas such as corners and edges to promote effective air circulation, prevent the accumulation of harmful gases, automatically adjust airflow, and create a safe and comfortable working environment.

VThe pure water room is equipped with a dual-stage reverse osmosis (RO) and electrodeionization (EDI) integrated purification system from a leading domestic brand, ensuring superior water treatment efficiency. The system incorporates remote monitoring capabilities, facilitating on-demand optimization and maintaining system stability and consistent water quality. The highly efficient use of automated management significantly enhances operational efficiency. The high-quality stainless steel piping network ensures pollution-free water delivery, demonstrating high standards in material selection and a commitment to pure transmission. Its 300-liter per hour water production capacity not only meets large-scale water demand but also reflects forward-looking planning and practical considerations for future production capacity. This configuration, through the application of advanced technology and materials, aims to provide a highly efficient, stable, and continuous water supply solution, laying a solid foundation for high-quality testing.

Furthermore, the central intelligent control system—serving as the core nervous system of the facility—leverages advanced Internet of Things (IoT) technology to achieve real-time data integration and monitoring of critical parameters, including air quality, wind speed variables, differential pressure, temperature control metrics, PM2.5 concentrations, and ion concentrations. Operating via a dual-mode mechanism, this system not only executes highly efficient filtration monitoring tasks but is also equipped with a sophisticated monitoring and early-warning system, remote control capabilities, and an adaptive airflow regulation system. Coupled with the integration of an ion purification module, these features collectively drive the intelligent management of the pathology laboratory environment and the optimized deployment of its resources.

The lighting system features easy-to-clean, purification-grade fixtures designed to maintain a high level of cleanliness. Integrating principles of safety, comfort, and energy efficiency, the design skillfully blends natural light with adjustable artificial illumination to meet the specific lighting requirements of various scenarios. Ultraviolet lighting technology is employed to enhance environmental safety, while specialized soundproofing materials and techniques effectively suppress operational noise from equipment, thereby creating a tranquil atmosphere conducive to focused scientific research. This approach further underscores our profound understanding of—and practical commitment to—the comprehensive and meticulous management of the laboratory environment.

The Laboratory Department features a ceiling height of 4.5 meters, with a layout designed in strict accordance with scientific principles and practical operational requirements. The western section houses the Microbiology Laboratory, Mycology Laboratory, PCR Laboratory, and a dedicated HIV testing zone, focusing on high-precision and high-efficiency medical diagnostics. The West Hall is designated for routine hematology testing, while the East Hall is dedicated to routine body fluid analysis; this segregated layout not only facilitates a seamless workflow but also ensures strict adherence to biosafety protocols.
Materials and Finishes Overview: The walls within both the PCR zone and the administrative offices are constructed using a Type 75 light-gauge steel framing system. These frames are clad with calcium silicate boards and pre-coated inorganic panels, with the precise joints between panels finished using custom-fabricated aluminum alloy trim strips. Regarding ceiling design, the routine hematology and general testing areas feature suspended aluminum ceiling panels, whereas the PCR and microbiology laboratories utilize a combination of calcium silicate boards and pre-coated inorganic panels to ensure a pristine and sterile environment. For flooring, these specialized areas generally employ a self-leveling cement underlayment topped with anti-static PVC sheet flooring; this configuration ensures both surface flatness and effective electrostatic discharge protection, while the addition of aluminum alloy skirting enhances overall durability and aesthetic appeal. Furthermore, the walls and floors of the administrative offices are specially finished with 300×300mm non-slip ceramic tiles—a choice aimed at enhancing safety and facilitating easy cleaning—while the ceilings in these areas continue to utilize suspended aluminum panels, thereby achieving a harmonious balance between functionality and aesthetics.

A dedicated office area is situated on the eastern side, providing medical staff with a quiet and efficient working environment; this is complemented by a suite of ancillary rooms designed to ensure the seamless integration of every functional aspect within the Department of Laboratory Medicine. Throughout the laboratory area, every spatial design element embodies a perfect fusion of scientific rigor and practical utility, aiming to establish a modern, high-performance environment for medical services.

In summary, the construction of the new campus for the Yuncheng County People's Hospital represents not merely a comprehensive upgrade of medical hardware facilities, but also a profound transformation of medical service philosophies and management models. Through the meticulous design and renovation of key areas—such as the Departments of Pathology and Laboratory Medicine—the hospital has not only enhanced its own medical service capabilities and standards in research and education, but has also made significant contributions to the advancement of regional healthcare, thereby demonstrating its deep sense of responsibility and mission as a modern medical institution.