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How to save energy with your medical equipment
Healthcare consumes energy. Because every action to preserve resources counts, we create new possibilities in a world of limited resources.
We are committed to achieving net-zero emissions by 2050 and to helping you reach your targets for sustainability in radiology and therapy with our products and services. Below you will find a range of energy-saving guides for various systems, as well as real-life examples of how resource preservation can make a big difference on our joint journey towards green medical imaging.
Best practices for energy-saving in radiology and therapy
How to save energy in advanced therapies
How to save energy in CT
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How to save energy in CT
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How to save energy in MRI
How to save energy in MI (Symbia Pro.Specta systems)
How to save energy in ultrasound
How to save energy in X-ray
How to save energy with Varian C-Series Clinac systems
How to save energy with Varian TrueBeam and Halcyon systems
Reducing the need for helium
About a quarter of the helium consumed worldwide is used for the extreme cooling of superconducting magnets, and demand is on the rise. Because helium is such a rare resource on Earth, it makes sense to use it economically.
While conventional MRI scanners can require over 1,000 liters of liquid helium for cooling1, new technologies limit the mass of parts that need to be heavily cooled to a minimum, reducing the amount of liquid helium required to less than one liter.2
Avoiding the need for helium not only conserves valuable environmental resources. New technologies are also easier and cheaper to install than is usually the case for a conventional MRI system.
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