LESS ENGINE KNOCK MORE BOOST – Poor quality fuel very often is the main performance hinderance of our engines. As car manufactures reduce the displacement of engines and use turbochargers to increase the engines output, today’s engines operate on the borderline between optimal efficiency and detonation. Our fuel is being pushed to its limits and struggling to support a combustion process free of engine knock, limiting us from running higher levels of boost and achieving the greater performance potential our engines are capable of. Water methanol injection immediately lifts the boundaries of what can be achieved on pump fuel and is becoming a common technique in today’s times for controlling engine knock, allowing for higher levels of boost and greater performance from our engines.
ELIMINATE CARBON BUILD UP - Direct injection engines are prone to carbon build up on the backside of the intake valves. The main reason is that fuel and added detergents are not hitting the back of the intake valves as you have with port injection. By injecting the fuel directly into the cylinder instead of at the back of the valve, the petrol and detergents can’t clean the valve and port. Carbon is allowed to build up and can lead to an assortment of issues such as idle and drivability problems, loss of power, poor fuel economy, hard starts and misfire codes. Direct port water methanol injection solves this problem and is extremely effective at removing carbon build up on the backside of the intake valves and preventing future build up from occurring.
MORE FUEL MORE POWER - Performance enthusiasts looking to make more power know engines can quickly run out of fuel, limiting them from reaching higher levels of performance. Adding direct port methanol injection can provide additional fuel enrichment raising the ceiling and ability to make more horsepower vs the factory fuel system alone.