Financial and Environmental Costs of Reusable and Single-Use Anaesthetic Equipment

The study by F. McGain et al. investigates the environmental and financial costs associated with reusable versus single-use anaesthetic equipment. Through life cycle assessment (LCA), the study evaluates the trade-offs between environmental impacts (primarily CO2 emissions and water use) and financial costs in scenarios comparing reusable and single-use equipment in Australian hospitals.

Key Findings:

  • Cost Savings: Shifting from single-use to reusable anaesthetic equipment can save a significant amount annually (AUD$32,033, a 46% decrease for a typical Australian hospital with six operating rooms).
  • CO2 Emissions: In Australia, where electricity is predominantly generated from coal, switching from single-use to reusable equipment slightly increases CO2 emissions (by 9%). In contrast, in the UK/Europe and the USA, where renewable and natural gas are more common, CO2 emissions could decrease significantly.
  • Water Use: Converting to reusable equipment more than doubles water usage due to the needs for washing and sterilization.

Environmental and Financial Implications:

  • The environmental benefits of reusable over single-use anaesthetic equipment are dependent on the regional energy mix. In regions with cleaner energy sources, reusables have lower carbon footprints.
  • Financially, while initial investments in reusable equipment can be higher, the ongoing costs associated with purchasing and disposing of single-use equipment are substantially greater, suggesting long-term savings with reusables.
File Type: pdf
File Size: 141 KB
Categories: Green Anesthesia Course
Tags: Energy Efficiency in Healthcare, Environmental Impact of Healthcare, Financial Costs in Healthcare, Greenhouse Gas Emissions in Medicine, Healthcare Sector Emissions, Life Cycle Assessment in Healthcare, Reusable vs. Disposable Medical Devices, Sustainable Healthcare Practices, Waste Reduction in Healthcare, Water Use in Healthcare
Author: D. Story, F. McGain1, S. McAlister, T. Lim1