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| |
| 1: |
Cleans and lubricates the fuel pump |
2: |
Neutralises acids in petrol which cause deposits |
| 3: |
Cleans and lubricates the injectors |
4: |
Cleans carbon build up from inlet valves, improves
combustion efficiency |
| 5: |
Removes light carbon deposits from the combustion chamber to
improve combustion efficiency |
6: |
Cleans and frees compression piston rings, allowing them to
function correctly |
| 7: |
Cleans the exhaust valves, removing carbon deposits,
cleaning the valve seats to improve compression and lubricating the valve
stems to overcome valve sticking |
8: |
Removes deposits and debris from the lambda sensor, enabling
better detection and adjustment of the fuel/air mixture. And important
factor in performance and economy |
| 9: |
Used regularly, cleans and lubricates the E.G.R. valve to
prevent sticking which can cause significant performance fall off |
10: |
Helping the catalytic convertor to operate efficiently to
ensure maximum reduction of harmful exhaust emissions |
The RED line shows how Gas Treatment
moves through the vehicle cleaning and freeing a host of components to work more
effectively.
Why Will the Car Drive Better?
As the Electronic Control Unit (the on-board computer) registers the
difference in combustion made by the Gas Treatment, the computer adjusts the
running of the engine. Technically it "remaps" the engines running. With better
information from cleaner sensors, the ECU is able to optimise the performance of
the vehicle. Because the combustion chamber is cleaner, the valves seat better,
the piston ring seal operates more effectively, you can feel the difference. The
driveability improves noticeably.
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