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BackgroundIn intensive care units, it is noticeable that there is intensive use of resources in the treatment and care process, leading to a significant amount of waste generation. In addition, the demand for intensive care, increasing life expectancy and surgical interventions, complex comorbidities and ecological crisis make it necessary to make critical care more sustainable.AimTo explore the perspectives of nurses working in surgical intensive care units regarding responsible medical waste management, energy and medication consumption.Study DesignThis qualitative descriptive study was conducted in surgical intensive care units of a university hospital in Turkey in November 2023. Twenty‐three nurses filled in an introductory form and participated in a semi‐structured interview. Data were analysed using inductive content analysis.ResultsThree main themes were determined: environmentally sustainable intensive care, prevention of waste in intensive care; responsible consumption and recycling; suggestions for institutional and individual behavioural change regarding environmental sustainability.ConclusionsThe majority of nurses lack knowledge about sustainable development goals. However, in the intensive care unit, they provided effective and creative solutions for medical waste management, energy and medication consumption and individual and institutional behavioural change regarding environmental sustainability.Relevance to Clinical PracticeSustainability strategies should be created in institutions to ensure responsible medical waste management, energy and medicine consumption and reduce carbon footprint. In accordance with this purpose, ‘Green teams’ including unit‐based doctors, nurses and paramedics should be established. Training should be provided and awareness should be raised to reduce energy use resulting from heating, lighting, ventilation and air conditioning.
BackgroundIn intensive care units, it is noticeable that there is intensive use of resources in the treatment and care process, leading to a significant amount of waste generation. In addition, the demand for intensive care, increasing life expectancy and surgical interventions, complex comorbidities and ecological crisis make it necessary to make critical care more sustainable.AimTo explore the perspectives of nurses working in surgical intensive care units regarding responsible medical waste management, energy and medication consumption.Study DesignThis qualitative descriptive study was conducted in surgical intensive care units of a university hospital in Turkey in November 2023. Twenty‐three nurses filled in an introductory form and participated in a semi‐structured interview. Data were analysed using inductive content analysis.ResultsThree main themes were determined: environmentally sustainable intensive care, prevention of waste in intensive care; responsible consumption and recycling; suggestions for institutional and individual behavioural change regarding environmental sustainability.ConclusionsThe majority of nurses lack knowledge about sustainable development goals. However, in the intensive care unit, they provided effective and creative solutions for medical waste management, energy and medication consumption and individual and institutional behavioural change regarding environmental sustainability.Relevance to Clinical PracticeSustainability strategies should be created in institutions to ensure responsible medical waste management, energy and medicine consumption and reduce carbon footprint. In accordance with this purpose, ‘Green teams’ including unit‐based doctors, nurses and paramedics should be established. Training should be provided and awareness should be raised to reduce energy use resulting from heating, lighting, ventilation and air conditioning.
Background: Patient care informatics are becoming more advanced with digital capacity and server functionality. The Intensive Care unit (ICU) is becoming paperless for prescribing, charting and monitoring care. A further challenge is to include all life sustaining therapies in this digital space. Digital modules and options may be available, however continuous renal replacement therapies (CRRT) often require custom design for many nuances. Associated with the COVID pandemic, and a surge in the paperless and ‘Green’ ICU bedside, we gathered a team to design, develop and implement a CRRT orders, charting-documentation and monitoring functionality into our existing Cerner (ORACLE Corp, Austin, Texas, USA) software. Key messages: This included new approaches to the two-dimensional paper documents used prior and a live dashboard with new metrics and data. The design linked to other relevant CRRT pages such as the master patient fluid balance, pathology results and medication prescribing. The primary views and function are role related for medical, nursing and pharmacy with specific and sensitive input. Following the build and implementation initial evaluation was positive, and led to an audit trail or e-history for prescribers use, and provision for concurrent therapies. Clinicians use this digital ordering differently with live data available for ‘hand-over’ and case discussion. There is scope for research and further links to devices such as personal phones and via an App. Summary: This experience may assist CRRT users design and develop similar prescribing, charting and monitoring bedside computer opportunities in the desire for digital and Green nephrology in the ICU.
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