The Fossil Fuel Solution That is Being Avoided

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Fighting climate worry

Let’s be honest – if you’re in eighth grade right now, you’ve probably heard some pretty scary stuff about what the world might look like when you’re older. Two big worries keep coming up – climate change and running out of fossil fuels.

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Prove me wrong!

I am not someone who likes uncertainty. I am an energy researcher. When a result does not match the prediction, you find the error, fix it, and move on. For years, I could not find the error. My device kept outperforming what the standard calculations said it should be able to do. Consistently. Repeatedly. By around 26 percent. So I did the one thing that made me genuinely nervous — I handed everything to an independent expert and asked him to prove me wrong.

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Questions?

Simplistic Overview

The internationally patented invention represents a groundbreaking advancement in reducing fossil fuel consumption.

Expert Endorsement

Dr. Gorber, an energy specialist, provided the following statement in his peer review letter:

“I believe that Mr. Strain’s invention will advance the scientific community’s understanding of thermodynamics relating to pressurized fluids and energy to a new level. If fully developed the invention has the potential to reduce energy and as a result a reduction in the use of fossil fuels, thus assisting in the battle against climate change.”

Dr. Gorber’s statement underscores two critical points:

  1. The invention presents a viable solution to combat climate change by reducing fossil fuelcombustion.
  2. The invention challenges conventional thermodynamics principles, highlighting the need for an extended understanding of pressurized fluid dynamics.

Validation of Claims

Dr. Gorber, formerly the president of SENES Consultants, led a division specializing in energy. Tests conducted at SENES’s and APS’s offices confirmed the validity of this innovative opportunity to address climate change.

Core Scientific Foundation

The invention is based on a novel hydraulic actuator design that outperforms traditional cylindrical pistons in efficiency. The efficiency differential enables the system to generate surplus energy when both devices are used concurrently, as outlined in the patented design.

This surplus energy:

  • Powers the system independently.
  • Provides additional energy output, eliminating the need for fossil fuels.

Practical applications

  • This surplus energy can also power electrical generators, irrigation pumps, etc.

Implications for Thermodynamic Laws

The invention’s functionality demonstrates that the net work output exceeds the work input (Wout > Win). This observation necessitates a re-evaluation of traditional thermodynamic principles, as supported by two widely recognized formulae:

  • Work = Force × Displacement (W = F × D)
  • Work = Pressure × Volume Change (W = P × ΔV)

By redefining these principles, the invention paves the way for a new era of energy efficiency and sustainability.