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Engine types possible: Gas, Diesel, Hydrogen, Pneumatic, Steam,

Engine types possible: Gas, Diesel, Hydrogen, Pneumatic, Steam, Hydraulic, HCCI (Homogeneous Charge Compression Ignition) Pump and Turbo-pump Without check valve Compressor Including plastic made Educational Kit Running as air-motor. Power density

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Engine types possible: Gas, Diesel, Hydrogen, Pneumatic, Steam,

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  1. Engine types possible: Gas, Diesel, Hydrogen, Pneumatic, Steam, Hydraulic, HCCI (Homogeneous Charge Compression Ignition) Pump and Turbo-pump Without check valve Compressor Including plastic made Educational Kit Running as air-motor

  2. Power density • A piston completes 4 strokes in two rotations • Quasiturbine completes 32 ! • A factor of 8 in power density improvement • Low RPM (150 to 3000) • High torque • Zero-vibration • 20 times less noise • Potentially oil free… • Hydrogen compatible • Higher efficiency • Less pollution Model QT75-SC Pneumatic

  3. Comparison on the RAGON diagram (transport): • Highest specific power density ! • 2 orders of magnitude over the fuel cells !

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