We connect to the intake
The machine feeds hydrogen through the engine’s air intake while the vehicle is running.
You don’t have to wait for the car to feel bad before doing a carbon clean. Here’s what the process actually does, where it helps and where a proper repair still comes first.
What happens during a carbon clean
The machine feeds hydrogen through the engine’s air intake while the vehicle is running.
While the engine runs, the process works on carbon deposits through the combustion area.
What loosens moves out through the normal exhaust path. We don’t strip the engine.
Where carbon cleaning fits in
One doesn’t replace the other. They are doing different jobs.
Takes care of oil, filters and the normal service items the engine needs.
Deals with carbon on the combustion side — something an oil and filter service simply doesn’t clean.
Shows us when the problem is a fault and not something a carbon clean is going to fix.
Fuel consumption
If carbon starts affecting how the engine breathes and burns fuel, the car can feel heavier and less responsive. Fuel use can suffer too.
There’s no honest way to promise a fixed fuel saving. Traffic, driving style, load, tyres and mechanical faults all play a part.
Carbon doesn’t wait for a warning light
New or older vehicle?
Newer cars still do short trips, traffic and plenty of idling. That’s exactly why preventative cleaning makes sense before the symptoms start.
Higher-mileage cars can have years of build-up behind them, so the change may be easier to notice. But if something is broken, it still needs fixing.
From cars to heavy vehicles
Vehicle suitability and session requirements depend on engine size, condition and application.
What it can and cannot do
DPF, EGR & turbo
The DPF catches soot. If the engine is running dirty, it has more soot to deal with. A carbon clean can help on the combustion side, but a blocked or faulty DPF still needs the right repair or clean.
EGR systems collect dirty deposits over time. Carbon cleaning can help with the build-up around the running process, but a stuck or faulty EGR still needs proper attention.
Carbon and soot can make a turbo-diesel feel poor, but so can a boost leak or a turbo fault. That’s why we scan and check instead of guessing.
Choose the session
For newer or well-maintained vehicles. This one is the clean only — no diagnostics.
Get Exact PriceThe normal maintenance clean for most vehicles, with basic diagnostics where applicable.
Get Exact PriceMore cleaning time, plus full before-and-after diagnostics and live readings.
Get Exact PriceAs a maintenance guide, aim for roughly once a year or every 10–15,000 km. Short trips, traffic and towing can make that interval matter even more.
Book My Next CleanSend us the make, model, mileage and what the car is doing. We’ll tell you whether we’d start with a clean, diagnostics or a repair check.
Ask on WhatsAppFAQ
No. Oil, filters and scheduled servicing look after different parts of the vehicle. Carbon cleaning focuses on carbon build-up in the combustion path.
No. Sensors, injectors, turbochargers, EGR systems, DPFs and other faulty components still require proper repair.
It may help where carbon build-up is contributing, but no fixed fuel-saving percentage can be promised.
No. Hydrogen is introduced through the air intake while the engine runs.
A useful preventative guideline is once a year or every 10,000 to 15,000 km, depending on vehicle use.