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Sustainability in pre-registration radiography curricula

Press/Media

Description

This article examines the importance of embedding sustainability into pre-registration radiography and radiation therapy curricula. As healthcare services expand to meet the needs of growing and ageing populations, their environmental impact has increased significantly. Healthcare is a major contributor to global greenhouse gas emissions and generates substantial waste through energy-intensive technologies and single-use materials. Radiology and radiation therapy are particularly resource-intensive due to equipment such as CT scanners, MRI systems, linear accelerators, data storage systems and clinical consumables. Research suggests that a large proportion of energy consumed by imaging equipment is non-productive, highlighting opportunities for more sustainable practices.

Subject

The authors propose that radiographers are well positioned to lead sustainability initiatives. However, evidence shows that although radiographers recognise the importance of environmental sustainability, gaps remain in knowledge, awareness and workplace procedures. Current UK Health and Care Professions Council standards do not explicitly require sustainability education, creating inconsistencies in curriculum development.

Period26 Aug 2026

Media contributions

1

Media contributions

  • TitleSustainability in pre-registration radiography curricula
    Degree of recognitionInternational
    Media name/outletRA Magazine
    Media typeOnline Newspaper
    Country/TerritoryUnited Kingdom
    Date26/08/26
    DescriptionThis article examines the importance of embedding sustainability into pre-registration radiography and radiation therapy curricula. As healthcare services expand to meet the needs of growing and ageing populations, their environmental impact has increased significantly. Healthcare is a major contributor to global greenhouse gas emissions and generates substantial waste through energy-intensive technologies and single-use materials. Radiology and radiation therapy are particularly resource-intensive due to equipment such as CT scanners, MRI systems, linear accelerators, data storage systems and clinical consumables. Research suggests that a large proportion of energy consumed by imaging equipment is non-productive, highlighting opportunities for more sustainable practices.
    URLhttps://www.radmagazine.com/scientific-article/sustainability-in-pre-registration-radiography-curricula/
    PersonsMark McEntee, Andrew England, Theresa O'Donovan