MPC™

Maximum Polarization Charge (MPC) technology is an advanced physicochemical water treatment process designed to break down contaminants at the molecular level.

Through ionization and polarization mechanisms within the water molecules, MPC accelerates chemical reactions that separate and degrade contaminants, enabling efficient removal of organic and inorganic pollutants.

In many applications, up to 92% of contaminants can be treated within the first minutes of the process. 

The MPC process consists of several treatment stages that progressively remove contaminants from wastewater. 

Our environmental compliance services ensure your oil and gas operations meet all regulatory requirements. We provide environmental monitoring, reporting, and permit assistance to keep your operations in compliance.

After the reaction stage, clarification removes the solids generated during treatment. This stage typically includes:

• Efficient separation of suspended solids
•  Use of coagulants and flocculants to accelerate sedimentation
• Continued degradation of contaminants throughout the process
•  Production of visually clear water with significantly reduced turbidity and organic load
• Removal efficiencies during clarification can reach 90–95% contaminant reduction.  

The treated water may then be suitable for reuse or discharge according to environmental regulations.

A filtration stage may be implemented to further improve water quality.  This stage may include filtration media such as:

•  Zeolite
• Activated carbon

These filtration systems remove:

•   Fine suspended particles
•  Residual odors
• Colors
• Remaining organic compounds

 This stage may increase contaminant removal efficiency to up to 99%. 

For applications requiring higher water quality standards, tertiary treatment technologies may be applied, including:

• Ultrafiltration
• Nanofiltration
• Chlorination
• Ozonation
• UV disinfection

These additional steps allow treated water to meet strict environmental or reuse standards.