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Neutrocheck helps rapidly identify chemotherapy patients at risk of neutropenic sepsis. Through better triaging, Neutrocheck has the potential to save lives, reduce the burden on emergency care, improve quality of life and reduce carbon emissions. This project aims to further improve Neutrocheck’s net zero impact and develop industry-first carbon-related electronic measures of patient reported outcomes (PROMs).

Revolution-ZERO in partnership with the University of Southampton and University College of London are developing a suite of tools that has the potential to save more than 190,000 tonnes of CO2 emissions and £90 million in costs per year for the UK NHS compared to 2023. They are doing this through developing novel chemistry and protocols for the wash processes that will allow for lower temperature and more effective cleaning of medical textiles. They are concurrently developing the next generation of cleaning and disinfection validation technologies utilising advanced microbiological analysis and a new in wash marker system paired with machine vision (AI) techniques.

The study’s aim is to use the Total Digital Surgery Platform in a pilot of Orthopaedic surgery at University Hospitals Sussex to digitise the entire patient pathway from first referral to discharge. This will create ‘Green Patients’ whose new pathway is predominantly digital, allowing carbon reduction at each patient touchpoint.