CHCC全国医院建设大会

The 27th China Hospital Construction Conference & International Hospital  Build and Infrastructure Exposition(CHCC2026) will be grandly held at the National Convention and Exhibition Center (Tianjin) from May 23 to 25, 2026. 

As a premium supplier in the sector of hospital construction, CITIC General Institute of Architectural Design and Research Co., Ltd. will make a significant appearance at CHCC2026. Meet us at Stand S12A13, National Convention and Exhibition Center (Tianjin) from May 23-25,2026 to participate in this industry event. Get free expo ticket via reg.reed-sinopharm.com/pc/#/login?id=25aa73cabd5b411c9052360160ba58e3&channelUuid=408a496f674f42739d898e2cde62f330.

About CITIC Design 

CITIC General Institute of Architectural Design and Research Co., Ltd. (referred to as "CITIC Design"), established in 1952, is one of the large state-owned design institutions founded in the early years of the People's Republic of China. Currently operating as a key technological company under the China CITIC Group, one of Fortune Global 500 enterprise, it ranks among the top classe in the sector and has been recognized as one of China's Top Ten Design and Consulting Suppliers for Hospital Construction. 

CITIC Design possesses a medical building design platform centered on technical specialization and a multidisciplinary experienced team of medical building design. It delivers "multi-mode, menu-based, and customized" services, providing specialized offerings including project planning, design, whole-process engineering consulting, and Engineering Procurement Construction (EPC) for various healthcare service institutions. 

Service Cases 

Ezhou Public Health Clinical Center (Phase I) 
Located in the Lingang Economic Zone of Ezhou City, Hubei Province, the Ezhou Public Health Clinical Center adopts the concept of "spiral growth and integrated diversity" to establish a regional medical hub with functionalities for both peacetime and pandemic. Phase I covers a total floor area of 242,300 square meters, divided into a comprehensive medical zone and a support services zone. It includes outpatient services, medical technology departments, inpatient facilities, and supporting components such as a blood center and emergency center. Efficient circulation is achieved through a "medical street + connecting corridor" system, meeting both routine medical needs and emergency conversion requirements during pandemics. 

The project employs a "large specialized departments, small comprehensive facilities" model, integrating modular units with courtyards to create a green healthcare environment. It utilizes IoT and big data technologies for integrated equipment management, enhancing operational efficiency while reducing energy consumption. This enables innovative medical workflows and intelligent operations & maintenance, comprehensively supporting public health emergency response and critical rescue missions. 

New Campus of Traditional Chinese Medicine Hospital of Susong 
Located in the Economic Development Zone of Susong County, Anhui Province, the new campus of Traditional Chinese Medicine Hospital of Susong occupies a total site area of 54,000 square meters with a building area of 105,000 square meters. Planned with 800 beds, it integrates outpatient services, medical technology departments, inpatient facilities, rehabilitation, and preventive healthcare functions. The design incorporates TCM's holistic and dialectical perspectives, using buildings as solid elements, courtyards as void spaces, and corridors as meridians to form a courtyard layout blending solid and void. It achieves organic integration of modern healthcare with traditional spatial concepts. 

Guided by the philosophy of "Apricot Grove in Spring Bloom, Winding Courtyard in Gentle Breeze," the project blends medical and elderly care functions into the ecological environment, creating a garden-style healing atmosphere. By embedding multiple TCM-themed courtyards, incorporating daylighting atriums, and applying traditional landscaping techniques such as borrowed scenery, it connects internal and external landscape resources. This forms a multi-layered therapeutic environment with changing views at every turn, offering patients an ecological healthcare experience in TCM cultural elements. 

Wuhan Children's Hospital West Campus & Maternal and Child Health Hospital of Wuhan Economic & Technological Development Zone (Hannan District) 

Covering approximately 37 mu (24,667 square meters) with a total floor area of 110,000 square meters, Wuhan Children's Hospital West Campus & Maternal and Child Health Hospital of Wuhan Economic & Technological Development Zone (Hannan District) is planned with 660 beds. As a major medical facility constructed to Class III and Grade A specialized hospital and maternal-child health standards, it will be operated by Wuhan Children's Hospital. It primarily provides pediatric diagnosis and treatment, child healthcare, maternal healthcare, and women's health services, effectively alleviating the shortage of maternal and child healthcare resources in the Hanyang district upon completion, serving a population of approximately 2 million. 

The hospital adopts the "Rainbow Valley" as its design theme to create an approachable and childlike garden-style medical environment, alleviating the stress of medical visits through artistic spatial design. The overall layout employs an efficient and compact "King-shaped" medical corridor that connects outpatient, diagnostic and inpatient functions, achieving safe and convenient patient flow lines while integrating daylight courtyards and ecological landscapes. The architectural form incorporates the soft characteristics of water to harmonize with the regional environment, while utilizing a new steel column structure and BIM technology to enhance construction efficiency and operational intelligence. 

Psychological Rehabilitation Building of Wuhan Mental Health Center's Erqi Campus 

With a total floor area of 78,524.06 square meters, the Psychological Rehabilitation Building of Wuhan Mental Health Center's Erqi Campus is designed based on the concepts of "de-hospitalization" and "natural healing". Facing high-density urban site constraints, the project employs "sunlight envelopment" technology and a "double-L-shaped interlocking functional zones" to ensure neighboring daylight while achieving efficient medical process organization. It utilizes a "dual-entry design" to mitigate social stigma and integrates into the regional culture of river city, embodying the strategy of coexistence with the city. 

The project establishes a three-dimensional healing space using a "vertical zoning stacking + extraction of space" strategy, creating multi-functional rehabilitation platforms and rooftop gardens at different elevations to meet diverse patients' social reintegration needs. Interior spaces adopts a "healing five-color system" derived from Van Gogh's paintings for emotional guidance in different wards, combining soft lighting design with safety details to create a new healing environment blending humanistic care with nature. 

Source:  CITIC General Institute of Architectural Design and Research Co., Ltd.