摘要
传统防疫实验室的建造成本和负压空调系统实施成本高、建造周期长、安装难度高等尚存在诸多瓶颈,亟待突破。深圳华大基因在应急防疫科技领域形成了独创性设计、系统性设计、集成性设计的成果,所研产品包括气膜实验室、气膜隔离病房、气膜采样亭等抗疫系列产品,为积极响应“共建共享、全民健康”建设健康中国的战略主题,嵌入了基于数字化管理平台的多学科融合集成技术,开展了气膜结构防疫应急集成建筑关键技术创新与实践的研究,重塑了公共卫生应急体系和防疫基础设施的新基建;实现了科技硬核载体和世界抗疫的“中国名片”效应,巩固了全社会长治久安和人类健康的发展基础[2]。
There are still many bottlenecks in the construction cost of traditional epidemic prevention laboratories and the implementation of negative pressure air conditioning systems, long construction periods, and high installation difficulties, which need to be broken through. Shenzhen BGI has formed the achievements of original design, systematic design and integrated design in the field of emergency epidemic prevention technology. Responding to the strategic theme of "co-construction, sharing, and national health" to build a healthy China, the multi-disciplinary integration technology based on the digital management platform is embedded, and the research on the key technology innovation and practice of air-membrane structure epidemic prevention and emergency integrated buildings has been carried out, and the public has been reshaped. The new infrastructure of the health emergency system and epidemic prevention infrastructure has realized the hard core of science and technology and the "Chinese name card" effect of the world’s anti-epidemic, consolidating the development foundation for the long-term stability of the whole society and human health[2].
作者
陈均响
陈戊荣
李雯琪
Chen Junxiang;Chen Wurong;Li Wenqi
出处
《工程建设标准化》
2022年第12期78-83,共6页
Standardization of Engineering Construction
关键词
膜结构
应急
标准化
快速建造
正负压转换
智能信息化
Air-film structure building
New type of coronavirus pneumonia
Nucleic acid testing laboratory
Positive and negative pressure conversion
Intelligent
