Energy, Power & Propulsion
We've developed our unique SRM as a prime-mover, converting DC electrical energy from the solar panels into mechanical energy. This mechanical energy is then transferred via direct coupling to an electrical generator which converts the mechanical energy into clean electric power free from harmonic distortion. Our SRM is efficient, compact and reliable.
We have developed a microwave reactor.
Our proposal is a multi-emitter microwave device that captures gases, CO2 from engines, and reforms them into calcium carbonates, And The Calcium Carbonate is of high value for gas and oil drilling. Since it saves money by preventing drilling fluids from being lost in cracks, when trepanning.
Breakthrough Propulsion Program -Asymmetrical thrust demonstrated
NASA seeks to find an inertia style thruster (Breakthrough Propulsion Program BPP, 1996 – 2002). The proof of concept in the attached drawings depicts a simple mechanism, self contained, that produces an asymmetrical thrust that results in a velocity of 30 ft/sec (about 24 mph) in this example.
I am an engineer, researcher & scientist. Recently I completed a new novel solar panel with CAD & 2D drawings for the concept being readily available. I am now looking to manufacture the bespoke solar panel prototype. I previously worked with the EU union, British energy research department, and notable universities in the UK classed Russel Group.
In the beginning of June of 2025 the fact was realized that any given three phase generator can be manipulated into a twelve phase generator by proper sizing of the permanent magnets on the rotor.
The transition from intercalation-type anodes to metallic anodes represents a significant paradigm shift in energy storage technology. The energy density of alkali metal batteries to withstand repeated charge and discharge cycles depends on the efficiency of metal deposition and stripping.
Integrated and flexible process schemes are proposed for utilization of CO2 as a sustainable feedstock with the objective to mitigate its harmful environmental impact. The selection of appropriate process configuration for a given location would require techno-economic evaluation and life-cycle assessment.
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