Potential to reduce energy consumption

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Potential to reduce energy consumption

Mr. Strain’s work leverages modern technology to achieve superior results. With further development, this invention could contribute to reducing energy consumption and reliance on fossil fuels, aligning with global efforts to combat climate change.

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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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Letter of support

David Strain’s invention demonstrated an efficiency advantage greater than 15°/o favoring the diamondshaped
actuator over a conventional actuator.

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When Physics Gets Puzzling

The Energy Enigma That’s Got Scientists Scratching Their Heads

What happens when a simple invention challenges one of physics’ most famous equations? Spoiler alert: Einstein might need to make room at the table.

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A climate in crisis. There is a workable solution

APS Controls introduces an internationally patented invention capable of reducing global fossil fuel consumption by over 33%, which could save $832 billion annually. Despite its potential, the invention faces rejection from governments, universities, and environmental organizations without substantive technical critique.

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Questions?

Dr. Donald M. Gorber, P.Eng., a seasoned expert with more than 35 years’ experience in the energy and environmental field and president of SENES Consultants Limited, has provided a letter of support for Mr. David Strain’s innovative invention—a patented diamond-shaped hydraulic actuator.

Following a detailed presentation and rigorous testing conducted alongside Dr. Mehran Monabbati, a senior energy scientist, Dr. Gorber confirmed the actuator’s 17% efficiency improvement over conventional pistons. This innovation demonstrates reduced hydraulic fluid usage to perform equivalent work, showcasing significant advancements in energy efficiency and performance.

Dr. Gorber emphasized the invention’s potential impact, noting its ability to elevate scientific understanding of thermodynamics and energy efficiency in pressurized fluid systems. He highlighted that, while similar principles were noted in a historical 1874 patent, Mr. Strain’s work leverages modern technology to achieve superior results.

With further development, this invention could contribute to reducing energy consumption and reliance on fossil fuels, aligning with global efforts to combat climate change.