Amerada R&D Ltd.
Project 1 ... Hydrogen
Project 2 ... Natural gas dehydration
Project 3 ... Production of clean water by pressure
Project 4 ... Removal of particles in fluid by vibratory sound
Located in:
Calgary, Red Deer, Bonnyville,
Alberta, Canada
Warren
Maine, USA
Welcome to Project 1
THE NEXT INNOVATION - (White) Hydrogen Energy
Vision: To be a global leader in sustainable hydrogen production, driving the advancement of clean energy technologies and contributing to a greener, more sustainable future.
Mission: To produce and supply high-quality hydrogen using silicon nanoparticle technology, ensuring economic viability, environmental sustainability, and superior performance for our customers.
A COMPLETELY NEW CONCEPT IN PRODUCING HYDROGEN
FROM SAND AND WATER -
PATENT PENDINGS - Canada - 0184-298 CAPT - U.S. - 0184-298USPT
White Hydrogen from water and sand (silicon)
An alternative solution to the use of fossil fuels
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Hydrogen power systems for homes and service stations are being developed by Amerada R & D Ltd.
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Each site would have a hydrogen generator producing station of their own, eliminating the cost and need for fossil fuels.
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This is a multidisciplinary approach for producing hydrogen through silicon oxidation. The approach involves synthesizing silicon nanoparticles, the silicon-water reaction which generates hydrogen on demand.
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The benefits of silicon (sand) are abundant, the material is easy to transport, fast, inexpensive way to produce hydrogen and has a high energy density.
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Further, upon oxidation with water, silicon can release two moles of hydrogen per mole of silicon, or 14% of its own mass in hydrogen.
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The greatest significance of this work is that silicon can react with water rapidly enough to be of practical use for on-demand hydrogen generation.
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We are constructing the first commercial system where oxidation of silicon nanoparticles is a feasible method for large-scale hydrogen generation.
United States Patent Pending
Our estimated costs for the complete build of the pilot project is $2,000,000.00 USD
Carbothermic Reactor and Ball Mill
North America does not have the capability to produce silicon at any large requirements. Therefore, a complete plant including the ball mill will have to be built. Est. cost $750 Mil USD
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Welcome to Project 2
Natural gas dehydration
Featured as Number 2 in new technology world wide in the Calgary International oil show in 2017
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Is a unique combination of known physical processes, combining expansion, cyclonic gas/liquid separation, and a patented pressure differential technology process culminates in steps in a compact, tubular device to condense and separate water and heavy hydrocarbons from natural gas.
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Condensation and separation at supersonic velocity are key to achieving step-change reductions in both capital and operating costs.
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The residence time inside the GFD separator is only milliseconds, allowing hydrates no time to form and avoiding the requirement for hydrate inhibition chemicals.
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Elimination of the associated chemical regeneration systems avoids harmful benzene, toluene, and xylene emissions to the environment or the expense of chemical recovery systems.
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The simplicity and reliability of a static device, with no rotating parts, which operates without chemicals, ensure a simple facility with a high availability suitable for unmanned operation in harsh and/or offshore environments.
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The compact GFD system design enables debottlenecking of existing space and weight-constrained platforms.
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The first commercial test application was in 2019 using compressed air gas in Calgary, Alberta, Canada proves the technical and commercial maturity of the GFD separator, which is a major milestone toward the industry acceptance of this innovative technology. However, the feasibility and benefits of this technology must be studied for specific gas development in sour service.
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Welcome to Project 3
Clean water by a pressure differential and Vacuum evaporation.
Vacuum evaporation is the process of causing the pressure in a liquid-filled container to be reduced below the vapor pressure of the liquid, causing the liquid to evaporate at a lower temperature than normal.
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Welcome to Project 4
Vibratory sound
A "vibratory sound effect" in liquids and gases refers to the phenomenon where sound waves travel through a medium (like water or air) by causing the molecules within that medium to vibrate, transferring the sound energy from one molecule to the next, creating a wave-like motion that we perceive as sound; essentially, the closer the molecules are, the faster the sound travels, which is why sound moves faster through liquids than gases due to the tighter molecular arrangement in liquids.
The particles of the medium do not travel with the sound wave. This is intuitively obvious for a solid, and the same is true for liquids and gases (that is, the vibrations of particles in the gas or liquid transport the vibrations, while the average position of the particles over time does not change).
The present study revealed that hydrodynamic cavitation is a potentially attractive option as a process intensifying technique for heavy oil upgrading in conjunction with established processes. Recommendations to make further inroads in heavy oil and bottom-of-the barrel upgrading via cavitation have also been made. The present communication is expected to be a single point source for further researches in cavitation assisted upgrading of heavy oil and petroleum residuals.
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CONCLUSION
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It will be necessary for Amerada to relocate during the formation of the hydrogen unit for international marketing.
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The first public news release will be made available in January of 2025.
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Full ROI is expected prior to the end of 2025 through the license agreements and sale of the hydrogen technology.
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Feasibility studies will begin in the new year to ascertain the location and viability where to establish this new technology. This will begin in Northern Alberta at the Cold Lake Bonnyville area.
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We will be establishing contacts throughout the oilsands projects in North America to be able to utilize the mining tailings.
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Investment
Investors will have the opportunity to sell their stock back to Amerada at the current market valuation of shares at any time. We are expecting the share value will increase considerably once the technology is introduced to the market in January of 2026
For more information or investment opportunities or license agreements please contact:
Gary Woycenko VP of Investor Relations
780 826-9494
Robert McKenzie President and CEO
403 333-8881
robert.mckenzie@amerada.net
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EMPLOYMENT OPPORTUNITIES:
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Chemical and process engineer (EMPLOYED)
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Structural engineer
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Mechanical Engineer ASME (EMPLOYED)
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Piping and vessel drafting
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Level 2 ASME inspectors to CSA Standards or AWS certification
Please submit your qualifications to robert.mckenzie@amerada.net
No phone calls please .. You will be contacted in the order received.
