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Concrete and Magnetic field science paper link
Proposal Concrete Decarbonization
A Proposal for Electromagnetic & Electrocatalytic Water Treatment Technology Applied to Concrete Production.
Scientific paper adjunct: Concrete Innovation a discussion
Prepared by: Magnetrolysis Inc.
Date: April 2026
Study on magnetic fields and Concrete:

PubMed Central (PMC)

Influence of Magnetic Water on Concrete Properties with Different Magnetic Field Exposure Times

In addition, experiments proved that when the properties of the MW were enhanced, there was an enhancement in cement hydration and workability-related properties. The hydration products of the NW and MW60 concrete mix were characterized through FTIR analysis, and it can be concluded from the TGA results that mixing magnetic water for concreting showed a potential reduction in CH amount and improved the thermal resistance. Microstructure images showed that the concrete mixed with MW provided a fu

Section 1 — Executive Summary
The Challenge: Water Quality in Concrete Production
Conventional tap water is chemically inert and structurally unoptimized — leaving significant performance and carbon-reduction potential untapped.
The concrete industry in Canada is a significant user of water, with estimates indicating that it uses 150–300 liters of water per cubic meter of concrete. This translates to approximately 1,500–3,000 gallons of water per cubic yard of concrete. Water use in Canada - Canada.ca50,000
Phase 1: $50,000
  1. Initial funding
  1. 50K for first trailer
  1. Bring trailer to Colorado for testing
Phase 2: $150,000
  1. Order parts from China.
  1. build 2nd trailer
  1. preliminary lab results
Phase 3: $ 50,000
  1. Ongoing testing, operations
  1. Patents. IP.
  1. Vend-in TSX
  • Duration: 5–6 months | Supervised by Raul Martinez, UL Listed Contractor
  • Upon completion, the systems patent is assigned in full to the funding group's LLC composed of investors and Magnetrolysis partners.
Section 7 — Next Steps
Moving Forward: An Invitation to Partner
Magnetrolysis offers a patent-protected, commercially viable pathway to reduce concrete's carbon footprint — while delivering measurable performance gains. Here's how we get there together.
  1. Deploy a mobile demonstration unit to engage academia, engineers, and ready-mix producers firsthand.
  1. Launch carbon credit validation and explore methane reduction credits from abandoned wells — 470,000 in Canada, 3 million in the US.
  1. Build dedicated engineering and sales divisions to tailor the technology to each market
  1. Scale sales and distribution across the Canadian ready-mix sector.
  1. Expand through global licensing, backed by a fully assigned patent portfolio.
Ready to be part of the next chapter in concrete innovation? Let's talk — contact the Magnetrolysis team today.