Where and how to use these new engines?

The liquid piston engine can be applied for:

  • What is standing firm on the ground,
    • Electrification of cities and villages
    • Electrification of all industries, including heavy industry and data industry
    • Electrification of all public utilities
    • Pumping action of all types of fluids
  • What is floating on water,
    • Powering large container ships

The reaction turbine engine can be applied for:

  • What is standing firm on the ground,
    • Electrification of houses
    • Electrification of all other buildings and businesses
    • Pumping action of all types of fluids
  • What has wheels,
    • Powering automobiles, cars
    • Powering trucks, busses, trains, trams
  • What is floating on water,
    • Powering boats and ships
  • What flies in the air,
    • Powering airplanes

In a motor vehicle, the powertrain or powerplant comprises the main components that generate power and deliver that power to the road surface, water, or air. This includes the engine, transmission, drive shafts, differentials, and the final drive, propeller, etc. Hybrid powertrains also include one or more electric traction motors that operate to drive the vehicle wheels.
(Wikipedia)

The new type powertrains will look like this:

  • Engine – pump
  • Engine – generator – power grid – application
  • Engine – generator – ultra capacitors – application
  • Engine – generator – ultra capacitors – lithium battery – application
  • Engine – generator – ultra capacitors – lithium battery – magnetic gear system – application.

The application of ultra-capacitors have the advantage of ‘KERS’, kinetic energy recovery. KERS systems offer also the possibility for new braking systems for vehicles. Both disk brakes and rubber tyres do generate substantial amounts of fine dust emissions.