Start Saving Fuel with MAGNETIZER®

Industrial Fuel Saving with MAGNETIZER® by Mundi.

Due to the diverse nature of FORTUNE 500 companies and their operations, a specific consolidated figure of NG used in production is only sometimes readily available. The amount these corporations spend annually on fuel can vary significantly depending on industry, company size, and economic conditions. However, it likely amounts to billions of dollars collectively across all these corporations. 

Mundimex, Inc., with its MAGNETIZER® Technology, offers a viable method for industrial fuel saving.

MAGNETIZER® operates on the principle of applying a magnetic field to fuel molecules to induce changes in their structure and behavior, ultimately aiming to improve combustion efficiency and reduce emissions. It strictly follows the principles of the 1970 Nobel Prize-winning science in physics as applied to fluid dynamics.

Here’s a summary of the key points:

  1. Permanent Dipole Moment: The technology imparts a permanent dipole moment to fuel molecules by applying a powerful, focused monopolar charge, which helps break apart clusters of molecules and reorganize their molecular structure in a desired way.
  2. Para-to-Ortho Conversion by the monopolar MF (magnetic field) changes the electron spin and hydrogen’s isomeric para-hydrogen form to a more volatile (combustible) ortho-hydrogen form. This conversion destabilizes long molecules, making them easier to break up, ionize, and atomize, resulting in smaller, more combustible hydrocarbon species.
  3. Improved Oxygen Bonding: MAGNETIZER® attracts oxygen atoms to the hydrocarbon molecules, enhancing oxygen bonding and fuel oxidation, which can lead to a more efficient combustion process.
  4. Reduction in Viscosity and Surface Tension: Downstream of MAGNETIZER®, there is a reduction in viscosity and surface tension due to the action of the monopolar MF with the presence of smaller hydrocarbon molecules and para-to-ortho conversion. It can contribute to improved fuel atomization and combustion efficiency.
  5. Application of Magnetic Field: The technology applies a properly focused magnetic field to ionize the fuel entering the combustion chamber. This process aims to maximize fuel economy, enhance fuel efficiency, and reduce pollutant emissions.
  6. Implementation: MAGNETIZER® technology involves mounting permanent magnetic alloys encapsulated by a “Flux Driver Plate”™ on the air and fuel inlet lines. The magnetic field strength is selected at a properly determined Gauss level to ensure optimal performance without over-magnetizing the fuel.


Overall, MAGNETIZER® technology optimizes combustion by manipulating fuel molecules using properly focused monopolar-in-applied charge magnetic fields. Real-world effectiveness may vary depending on fuel composition, burner type, and operating conditions. Evaluation through controlled testing and validation has been crucial to assess its practical benefits in various industrial applications. In Morocco, e.g., MAGNETIZER® regularly brings 17% NG savings on smaller types of burners with 1″ OD fuel lines.
Large industrial setups (aluminum furnace in a Volkswagen plant in Puebla, Mexico) amounted to 14-20% NG savings. Usually, we guarantee a min. of 6% fuel savings, but get 9% and more in real-life conditions. However, we prefer to underpromise and overdeliver as a company marketing policy.

We welcome you to explore the possibilities and fuel savings MAGNETIZER® will bring to your operational environment.

Separating mixtures by using magnet illustration

Reduce SAR (Sodium Adsorption Ratio)

MAGNETIZER® can effectively mitigate sodium in water by almost 90%, e.g., from 637.64 to 64.1 mg/L, as an independent lab from the United Arab Emirates confirmed in their SAR ( Sodium Adsorption Ratio) report to their government, which purchased our technology.

Can Magnetizer® Reduce SAR (Sodium Adsorption Ratio)?

RatioMAGNETIZER® does not change the chemical form of water ions. However, it alters their physical behavior by affecting their charge and magnetic properties.
A magnetic field, especially one of a monopolar nature that is appropriately focused, can aid in separating Sodium ions. They can be affected by a magnetic field due to their electric charge.
Furthermore, MAGNETIZER® attracts calcium and magnesium minerals flowing in water through a pipe system, and their presence affects the behavior of sodium ions.
The calcium and magnesium ions compete with sodium ions for the exchange sites on the soil particles. This competition reduces sodium ions’ adsorption and increases sodium’s mobility in the soil.
Calcium and magnesium ions alter the chemical properties of the soil and water, affecting the SAR value. A high concentration of calcium and magnesium ions reduces the SAR value by promoting the cation exchange process, which reduces the amount of sodium ions in the water.
The stabilization of the water pH by MAGNETIZER® helps decrease sodium ions by calcium and magnesium ions. It helps reduce the SAR value, benefiting plant growth and soil health. Additionally, calcium and magnesium ions are essential plant nutrients that can help improve soil structure, increase water infiltration, and reduce soil erosion.
The effect of calcium and magnesium minerals on sodium ions depends on the concentration of these minerals in the water, the texture and composition of the soil, and other environmental factors.
However, the sodium values in the desert area brine we have been asked recently are very high, and calcium/magnesium values are relatively low.

Can Magnetizer® Reduce SAR (Sodium Adsorption Ratio)?

Therefore, for best results, we recommend using MAGNETIZER® with a desalination process or Reverse Osmosis and adding soil amendments such as gypsum or organic matter post-magnetic treatment to improve soil structure and drainage.
Starting with MAGNETIZER®, however, will be the first, immediate, and least expensive step to improve the current situation.