- Prototype air filtration system has been proven to inhibit viruses and bacteria by as much as 97 per cent
- Technology that will be used in future Jaguar and Land Rover vehicles has also been tested against novel coronavirus (SARS‑CoV‑2*)
- Jaguar Land Rover commissioned independent research to assess performance in lab conditions
- World‑leading research is the first milestone in ongoing research into air purification technology
- The advanced technology also deodorises and inhibits allergens and can create a cleaner air environment for the customer
- Cabin purification research is helping Jaguar Land Rover reimagine modern luxury, unique customer experiences, and positive societal impact
Whitley, UK – Tuesday 16th March 2021: Jaguar Land Rover’s future cabin air purification technology has been shown in laboratory tests to inhibit viruses and airborne bacteria by as much as 97 per cent.
The prototype heating, ventilation, and air conditioning (HVAC) system uses Panasonic’s nanoe™ X** technology to inhibit harmful bacteria and viruses, and will help the cabins of future Jaguar and Land Rover models to deliver a unique customer experience. The research comes as Jaguar Land Rover defines its future strategy: a sustainability‑rich reimagination of modern luxury, unique customer experiences, and positive societal impact.
Jaguar Land Rover partnered with Perfectus Biomed Ltd, a leading microbiology and virology lab, to perform the world‑leading laboratory‑based sealed‑chamber test designed to simulate a vehicle ventilation system in recirculation mode over a 30‑minute cycle. The independent research showed that viruses and bacteria were inhibited by as much as 97 per cent.
Panasonic’s innovative nanoe™ X technology has also been tested on novel coronavirus (SARS‑CoV‑2*) by Texcell, a global research organisation that specialises in viral testing and immunoprofiling, and is one of the laboratories in the world with permission to test against novel coronavirus. It found more than 99.995 per cent of the virus was inhibited during the two‑hour laboratory test***.
Our customers’ wellbeing is of paramount importance to us – and now, more than ever, we are all looking for technological solutions that can help take care of our loved ones. The independent research, developed and commissioned by our expert engineers, is just one of the ways we are working to assure our customers that harmful pathogens are being minimised, providing a cleaner environment for passengers inside the cabin and setting new standards in the ownership experience.
Dr Steve Iley
Jaguar Land Rover’s Chief Medical Officer
To provide active air purification the nanoe™ X technology ‑ ten times more effective than its predecessor nanoe™ ‑ uses a high voltage to create trillions of Hydroxyl (OH) Radicals enveloped in nano‑sized water molecules****. These OH Radicals denature the virus and bacteria proteins, helping inhibit their growth. The OH Radicals deodorise and inhibit allergens in a similar way to create a cleaner air environment for customers.
Air Purification Technology
This technology is a great example of being able to harness the power of nature and puts Jaguar Land Rover right at the forefront of this cabin technology. Hydroxyl Radicals are one of the most important natural oxidants in chemistry and have been helping to clean our atmosphere for millennia, removing pollutants and other harmful substances. The creation of this technology and our advanced research, is the first step in deploying this scientific phenomenon within vehicle cabins of the future.
Alexander Owen
Research Engineer at Jaguar Land Rover
This pioneering research will allow Jaguar Land Rover to offer the next generation of advanced cabin air filtration in the future. Models^ across the Jaguar range, including the new all‑electric Jaguar I‑PACE performance SUV, and Land Rover line‑up – including the Discovery and Range Rover Evoque – currently offer nanoe™ technology and PM2.5 filtration. An innovative pre‑conditioning feature is also available so customers can enable the system before getting into the vehicle.