Rovira-Simon Jordi, Sales-I-Coll Marc, Pozo-Rosich Patricia, Hueto-Madrid Juan Antonio, Paradell Raquel Cánovas, Aguilar Anna Ochoa de Echagüen, Carbonell-Cobo Marta, de Castro Rodolfo, Shaw Genevieve
Vall d'Hebron Barcelona Hospital Campus, Barcelona, Spain.
University of Girona, Girona, Spain.
Future Healthc J. 2023 Mar;10(1):46-49. doi: 10.7861/fhj.2022-0142.
The energy consumed by surgery units constitutes a staggering part of the overall healthcare carbon footprint. Partly due to the demanding climate conditions necessitated by operating theatres (OTs), energy is also wasted because of poorly managed heating, ventilation and air-conditioning systems (HVACs) that consume up to 57% of the total energy used in a hospital. With their goal of optimising OTs' performance and reducing patient waiting lists, heads of surgery units worldwide do not dare to risk cancelling scheduled surgery because of problems with the OT environment conditions (ie temperature, humidity, pressure). Current solutions are monolithic, complex and completely disconnected from healthcare logic, failing to take into account the idiosyncrasy of hospitals. This article presents an innovation that uses real-time patient flow data to automate and optimise the OT's climate conditions.
手术科室所消耗的能源在整个医疗保健碳足迹中占比惊人。部分原因是手术室(OT)所需的苛刻气候条件,同时由于供暖、通风和空调系统(HVAC)管理不善导致能源浪费,这些系统消耗的能源占医院总能耗的57%。全球手术科室的负责人为了优化手术室性能并减少患者候诊名单,不敢因手术室环境条件(如温度、湿度、压力)问题而冒险取消 scheduled surgery。目前的解决方案是单一的、复杂的,并且与医疗保健逻辑完全脱节,没有考虑到医院的特殊性。本文介绍了一项创新,即利用实时患者流量数据来自动优化手术室的气候条件。