Keywords
Fire water supply renovation
Historic buildings
Automatic fire extinguishing
Jet-type automatic tracking fire extinguishing device
Submitted : 2026-02-09
Accepted : 2026-02-24
Published : 2026-03-11
Abstract
Taking a cultural center as the research object, this paper proposes an innovative scheme balancing cultural relic protection and modern fire safety to meet the renovation needs of fire water supply systems for historic buildings. By in-depth analysis of the building’s structural characteristics and fire hazards, adaptive measures such as automatic sprinkler fire extinguishing technology and jet-type automatic tracking fire extinguishing devices are adopted, effectively realizing the unification of fire risk prevention and control and historic style protection. This provides a reference technical paradigm for the fire renovation of similar existing venues.
References
Shaoshan Cultural Center, 2025, Venue Introduction and Historical Evolution.
Ministry of Housing and Urban-Rural Development of the People’s Republic of China, General Administration of Quality Supervision, Inspection and Quarantine of the People’s Republic of China, 2014, Code for Fire Protection Design of Buildings (GB50016-2014), China Planning Press, Beijing, 12–18, 14–50.
State Administration of Cultural Heritage, 2020, Guidelines for Fire Safety Management of Cultural Relic Buildings, State Administration of Cultural Heritage, Beijing, 3–10, 25–32.
Hunan Provincial Fire and Rescue Corps, 2019, Technical Guidelines for Fire Renovation of Historic Buildings, Hunan Provincial Fire and Rescue Corps, Changsha, 15–22, 36–40.
Zheng X, 2025, Research on Key Design Points of Fire Water Supply Systems for Renovation Projects of Existing Buildings. Fujian Construction Science & Technology, 2025(3): 90–92.
Ma Y, 2025, Reliability Analysis and Risk Assessment of Optimal Design of Building Fire Water Supply Systems. Urban Construction Theory Research (Electronic Edition), 2025(10): 37–39.
Shen R, 2024, Exploration on the Design Scheme of Fire Water Supply Systems in Construction Projects. Low Carbon World, 14(6): 94–96.
Yuan X, 2023, Design and Discussion on Pressure Stabilization Equipment for Fire Water Supply Systems. Fire Circle (Electronic Edition), 9(16): 28–30.
Shi X, 2023, Construction Optimization Measures for Water Supply Systems in Building Fire Protection. China Construction Metal Structure, 22(6): 190–192.
Huang H, 2023, Common Problems and Countermeasures in the Construction of Building Fire Engineering. Today’s Fire Protection, 8(6): 100–102.