Magnetizer® “MundiMag” Fuel Savings

Magnetizer® “MundiMag” Fuel Savings

FUEL SAVING, Emissions Reductions, Cleaner Combustion In Industrial Grade Magnetic Fluid Treatment

For boilers, furnaces, ovens, heaters, generators, engines, and industrial combustion systems.

MAGNETIZER® is deployed across all major combustion processes, delivering measurable reductions
in fuel consumption and emissions. Its magnetic fuel energizers optimize combustion, increase efficiency,
improve power output, and extend the lifespan of internal components such as nozzles, chambers,
and exhaust systems.

Behind MAGNETIZER® lies Nobel Prize‑winning science.

Diagram comparing bi‑polar and mono‑polar magnetic fluid treatment used in Magnetizer® fuel conditioning.
 Magnetizer® MundiMag units installed on an industrial fuel pipe for combustion optimization

Difference between a mono-polar and bi-polar fluid treatment system

SCIENCE BEHIND & VALIDATION

MAGNETIZER® “MUNDIMAG” technology is grounded in Nobel Prize‑winning physics describing how magnetic
fields influence molecular alignment, electron spin, and hydrogen isomerization. These phenomena directly affect
combustion efficiency, emissions, and fuel behavior.

The system applies a focused mono‑polar magnetic field to fuel and air lines, producing measurable physical changes in fuel behavior:

  • Hydrocarbon clusters break apart (disperse) — unipolar magnetic repulsion breaks associations into smaller particles.

  • Hydrogen converts from para‑ to ortho‑state (more volatile).

  • Reduced viscosity & surface tension.

  • Atomization and ionization increases (improves) — fuel carrying magnetic alignment is more finely divided at the nozzle.

  • Pyrolysis increases — hydrocarbons generate atomic carbon and hydrogen, enhancing explosion reaction and reducing soot.

  • Oxidation accelerates — finer particles burn at lower oxygen concentration.

  • Oxygen bonding improves.

  • Flame temperature increases — reduced dilution by low‑temperature air.

  • CO formation decreases — more complete combustion increases CO₂ and reduces dust.

  • NOx formation may slightly increase — but can be compensated by standard methods.

  • Radiation heat increases — bright, high‑temperature flame improves combustion efficiency.

  • Combustion becomes cleaner and more complete.

    These changes have been repeatedly confirmed by:

  • flue gas analysis

  • flame observation

  • temperature readings

  • emissions measurements

  • long‑term operational data

  • independent third‑party evaluations

MAGNETIZER® “MUNDIMAG” does not add chemicals, does not require
power, and does not alter equipment. It simply optimizes the physics
of combustion.

Result: cleaner burn, higher efficiency, lower emissions.

Apart from Nobel Prize-winning science that supports “MundiMag,”
we provide:

  • Watson Wise Associates (UK)

  • measurable parameters

  • independent tests

  • global deployments

    Independent validation by Watson Wise Associates (UK) confirms:

  • universal fuel‑saving capability

  • consistent emissions reduction

  • improved combustion stability

  • extended equipment lifespan

  • safe, non‑intrusive operation

  • applicability to any building, any boiler, any location

WATSON WISE ASSOCIATES (UK) — TECHNICAL APPRAISAL

One of the world’s leading building services and management consulting firms, Watson Wise Associates (UK), conducted an independent appraisal of MAGNETIZER®.

Because the findings had major strategic implications, the brand name “MAGNETIZER” was replaced with the neutral term “solution” to avoid circumvention and protect all parties involved.

A technical appraisal by Watson Wise Associates (UK) confirms MAGNETIZER®’s universal fuel‑saving capability across buildings and locations. Due to the strategic implications of the findings, the brand name was replaced with the word “solution” to prevent circumvention. Their report speaks volumes about the technology’s effectiveness.

Their conclusions:

  • The technology provides universal fuel‑saving capability

  • It works in any building, any location, any boiler type

  • It reduces fuel consumption and emissions consistently

  • It improves combustion stability and flame quality

  • It reduces maintenance and extends equipment lifespan

  • It is safe, non‑intrusive, and cost‑effective

The UK report is one of the strongest independent validations of magnetic fluid treatment ever published.


HOW IT WORKS

MAGNETIZER® energizes, organizes, and polarizes fuel molecules by:

  • breaking hydrocarbon clusters

  • converting hydrogen from para‑ to ortho‑state

  • reducing viscosity and surface tension

  • improving oxygen bonding and oxidation

  • enhancing atomization and combustion completeness

Downstream of MAGNETIZER®, fuel exhibits:

  • smaller hydrocarbon species

  • reduced intermolecular forces

  • improved molecular alignment

  • increased ionization and atomization

  • lower viscosity and surface tension

The magnetic field is applied perpendicular to the fuel line, with a precisely selected Gauss level to avoid under‑ or over‑magnetization. Fuel magnetization is part science, part art.

REQUIREMENTS FOR SUCCESSFUL INSTALLATION

  1. Prepare equipment Before installing MAGNETIZER®, ensure boilers, furnaces, ovens, engines, and other fuel‑consuming systems are operating at peak efficiency. A clean baseline is essential.

  2. Adjust NG pressure or nozzle size If the system does not automatically regulate air‑to‑fuel ratio, lower NG bar pressure according to flue gas analysis before and after installation. The goal is to maintain identical temperature readings, flame characteristics, and boiler efficiency at the new fuel‑to‑air ratio.

If pressure cannot be lowered, reduce jet nozzle size by at least one step. This is standard practice and consistently effective.


INSTALLATION PROTOCOL OF MONO-POLAR MAGNETIZATION

To ensure optimal results:

  1. Bring all fuel‑consuming equipment to peak performance before installation.

  2. Adjust NG bar pressure according to flue gas analysis.

  3. Maintain identical temperature readings and flame characteristics before/after installation.

  4. If pressure cannot be lowered, reduce jet nozzle size by one step.

  5. Use non‑magnetic pipes downstream of MAGNETIZER® to shorten stabilization period.

  6. Install MAGNETIZER® close to burners in increments of 8 rings.

Magnetizer at Gazprom, Russia

BENEFITS

MAGNETIZER® “MUNDIMAG” lowers operating costs by reducing fuel consumption and maintenance requirements. It cleans combustion chambers, nozzles, and exhaust paths, making boilers, heaters, furnaces, and engines more efficient, economical, and environmentally friendly. As one of the most ecological and cost-effective fuel‑saving technologies available, MAGNETIZER® “MUNDIMAG” consistently delivers:

  • 6–20% fuel savings in industrial systems

  • 21–25% savings in domestic heating (e.g., Bosch tankless heaters)

  • up to 75% reduction in hazardous emissions

  • cleaner nternal components, smoother-running boilers, engines, and generators

  • reduced maintenance and downtime

  • improved engine power and combustion stability

  • lowered operating costs

EFFECTS OF PROPER INSTALLATION

Correct application of MAGNETIZER® improves combustion conditions continuously. After magnetization, boilers can operate at lower oxygen content (1.3–1.5% by volume) while maintaining stable flame characteristics and efficiency. Operators typically adjust residual oxygen in exhaust gas to 2.0%, 1.2%, or 1.0% depending on the test run.

Observable improvements after proper installation:

  1. Flame quality increases — it becomes brighter, hotter,

  2. Flame color shifting from red → white-orange → to blue,

  3. Flame geometry changes — it shortens vertically, widens laterally, indicating higher combustion rate,

  4. Spark formation decreases or disappears.

  5. Vibrating combustion disappears,

  6. Pollutants in exhaust gas decrease,

  7. Combustion efficiency increases at lower oxygen concentration

Stabilization Period

Magnetization of metal parts and cleaning of nozzles/combustion chambers may take up to 90 days. To shorten this period, use non‑magnetic pipes downstream of MAGNETIZER® (e.g., ASTM A193 Grade B8M, DIN 1.4401, JIS SUS 316, ISO A4/A5). This ensures magnetized fuel reaches burners with minimal magnetic loss.

QUALITY, SAFETY & ASSURANCE

MAGNETIZER® “MUNDIMAG” is engineered and manufactured to the highest quality standards. Each unit undergoes rigorous quality control performed both internally and by independent third‑party QC teams. It is:

  • non‑hazardous

  • non‑flammable

  • safe for people, animals, electronics, and the environment

  • compliant with fire safety norms

  • energy‑free (no power supply required)

  • protected by a patented metal screen preventing magnetic dispersion

    Our proprietary monopolar fluid treatment technology has evolved into a complete product line designed for liquid and gas media across standard circular conduits of various materials.

    All components are built from state‑of‑the‑art, high‑grade materials, ensuring durability, stability, and consistent magnetic performance.

    MAGNETIZER® “MUNDIMAG” meets all relevant fire safety norms. It is non‑hazardous, non‑flammable, and safe for people, animals, electronic equipment, and the environment when installed correctly.

    A patented metal screen prevents magnetic field dispersion outside the pipe diameter, ensuring focused magnetization without any external influence. The system requires no external power supply.

    MAGNETIZER® “MUNDIMAG” can be safely applied to:

    • boilers

    • chillers

    • cooling towers

    • heat exchangers

    • evaporative condensers

    • generators

    • vehicular engines

    Its primary benefits include energy conservation, emissions reduction, cleaner combustion, and extended equipment lifespan.