Combination of parts and processes that work together to produce Negative Pressure Supercharging The basic combination of parts and processes needed to produce and control Negative Pressure Supercharging are...
| • | High Velocity Tri-Y Headers | | • | Synchronised Valve Timing | | • | Special Profile Camshaft | | • | Special Ignition Timing | | • | Cold Spark Plugs |
...but it�s the combination of parts and processes shown below that allow Negative Pressure Supercharging to work at optimum
| Negative Pressure Supercharging | | | | | | NPS is produced and controlled by...  Synchronised Valve Timing
NEW synchronised valve timing process
with early closing
intake and exhaust
valves.
NOTE
Negative Pressure Supercharging is controlled mechanically therefore it does NOT need computers but they may be used to enhance the NPS process. | | | | NPS is enhanced by...  Hot Air Induction
NEW hot air and cold water system produces ultra fast burn.
 Ultra Fast Burn
NEW HTCSI combustion produced by a combination of NPS, HPDT
and HAI processes.
 Spark Amplifiers
NEW plasma spark technology improves ultra fast burn.
| | | | NPS uses 7 highly advanced processes • NPS - Negative Pressure Supercharging
• CHVEG - Compressed High Velocity Exhaust
Gas
• SVT - Synchronised Valve Timing
• HPDT - High Pressure Differential Turbulence
• UHV - Ultra High Vacuum
• HAI - Hot Air Induction
• HTCSI - Homogenous Thermal Charge Spark
Ignition combustion NOTE
Today's mechanically complex wonder engines do NOT use any of these highly advanced processes. | |
| Impulse Engine Technology
P/L |
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Inventor of Negative Pressure Supercharging
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