Climate Change Solutions
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The Inventor Answers Back
You watched the videos. You had questions. David Strain — the inventor behind an internationally patented climate change solution — sits down to answer the ones that came up most. The invention, the principles, and the thinking behind it. In his own words.
A patented climate change solution
The fundamental science of a major climate change solution was first presented in a patent from 1874. It is based on a more efficient hydraulic piston.
Recent Videos
The Retrofit That Made Things Worse
Induction units were already not winning any efficiency awards. Then came the BAS upgrades — and two mistakes that made a flawed system perform even worse. We found them in the field. This is what we saw.
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.
Questions?
A Climate Change Mitigation Contribution
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.
M. Gorber, Ph.D., P.Eng. President,
SENES Consultants Limited Donald
Hydraulic Displacement Motor
Patents
Diamond-Shaped System
A patent regarding the diamond-shaped fluid powered linkage, system and engine.
Bourdon Tube Characteristics
Videos
Interview: An interview with David Strain, describing the mechanics and applications of the actuator.
Diamond-Shaped and Mr. Reilley’s Actuators: A demonstration of the efficiency differential of non- conventional actuators.
The Science: A descriptive demonstration of the mechanics of the actuator.