For many people with lung disease, inhalers are a lifeline; allowing you to take control of breathing problems and open up your airways. So it can come as a shock to learn that some inhalers come with a large carbon footprint. The most commonly used inhaler in the UK for instance, Ventolin Evohaler™, has a carbon footprint equivalent to 28kg of CO2. Many patients are now seeking ways to reduce the greenhouse gas released from their inhalers. For some, switching inhalers could save as much greenhouse gas as becoming vegetarian.
Before making any changes to your treatment you should consult a healthcare professional. Stopping your inhaler because of it’s carbon footprint is not recommended, not least because if you have an exacerbation the extra treatment you need could greatly increase your carbon footprint!
This site will show you why some inhalers have such a large carbon footprint, and will outline some ways to reduce it. Some patients may be able to switch inhalers, but if you do need an inhaler containing greenhouse gases please don’t feel guilty – everyone has a carbon footprint. There are still things you can do to reduce the carbon footprint of your inhalers, and the pharmaceutical industry is working hard to develop new propellants with a much smaller carbon footprint.