F2 – Sustainable synergistic-thermal propulsion

Designed as an alternative to conventional thermal propulsion and electric propulsion, sustainable synergic-thermal propulsion aims to disseminate, on a planetary level, low-impact vehicles that meet climate requirements, preserve the environment and save resources, and which are capable of contributing to the depollution of cities while offering the population and the economy of rural areas fair access to mobility.

To the direct effects exerted by the high-efficiency and high-effectiveness thermal eco-engine on the ecological footprint of the vehicle (reduction of the impacts on the environment and resources), sustainable synergistic-thermal propulsion adds the indirect effects resulting from a coupling with two other elements which are a robust and light vehicle cell and a clean carbon neutral fuel.

The combination of the above elements decreases the ecological footprint of the vehicle by 50 – 70% (up to 85% for CO2 emissions) as well as its running costs, compared to those of the conventional combustion vehicle.

Sustainable synergistic propulsion: amplifies the impact gains made possible by the thermal eco-engine 

Compared to conventional propulsion technologies, sustainable synergistic-thermal propulsion offers the advantage of a marked reduction in the need for resources and environmental impacts on the places of manufacture and recycling of vehicles as well as of production and distribution of the energy consumed. Its low environmental impact on the places where vehicles are used make it suitable for contributing, like electric propulsion, to the pollution control of cities.

Although its internal efficiency (“tank-to-wheel”) does not match that of electric propulsion, sustainable synergistic-thermal propulsion offers significantly higher overall efficiency (“well-to-wheel”). Not requiring a battery, it makes it possible to build vehicles that are lighter and more economical, with greater autonomy and lifespan, and whose manufacture and recycling require smaller amounts of energy and generate less environmental pollution. In addition, its use does not depend on a power supply network or the charging time of a battery.

Features about F2 – Sustainable synergistic-thermal propulsion

A future for kidsResponsible mobilTechnical optionsSynergistic coupling
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