Search Results

The default setting for search results displays All Content. If you prefer to see recent content only, please adjust the date filter.

139 Results Found

Decarbonizing Health Care Facilities

ASHE supports the decarbonization of health care and is dedicated to leading the field by providing tools and resources to both reduce the health care carbon footprint and to inform public policy.

Physical Environment Provisions of USP <797> “Pharmaceutical Compounding – Sterile Preparations” Third Edition

Monograph
Review the certification process and ongoing requirements for the physical environment provisions of compounded sterile preparations (CSPs) in USP .

Sustainability Tools and Resources

Find additional resources that will help you reduce energy use and get the most out of the Energy to Care program.

Sustained Performance Award

The Energy to Care Sustained Performance Award celebrates facilities accomplishing sustainability goals in their health care organizations to support healthy, equitable and resilient environments and communities maintained over time.

Greenhouse Gas Management of Emissions from Purchased Energy

Carbon emissions associated with energy use are often a mix of on-site usage and off-site emissions from regional utilities can be complicated to account for.

Energy Trend: Cogeneration in Healthcare

Join our webinar to understand how CHP can improve energy efficiency and reduce costs.

Energy Conservation Measures (ECMs)

Save energy and money with energy conservation methods from ASHE's Energy to Care program.

Energy Benchmarking for US Hospitals

Learn how your health care facility’s energy reduction efforts compare to national benchmarks with this report.

Sustainability Tips

Get real-world sustainability tips from professionals in health care facilities. Learn how to thrive in energy sustainability best practices.

Energy Procurement: A Strategic Sourcing How-To Guide | ASHE

Monograph
This monograph sets forth energy procurement best practices and explains how hospitals should approach energy procurement using the principles of aggregation, alignment, and analytics.