Home

WATER TREATMENT WITH MPR - MULTI-PHASE REACTOR

The Complus Systems Multi-Phase Reactor is an advanced oxidation process that creates highly reactive oxidizing radicals directly from the wastewater stream without requiring additional chemicals or precursor oxidizers.

Suspended biosolids in the wastewater are significantly reduced in particle size through the lysing of cellular matter, followed by oxidation of the resulting smaller particles. This process alone can fully sterilize the water, enhancing the bio-reactivity of solids entering the digester and shortening digestion time.

Dissolved solids, such as metal ions, are oxidized, where the metal ions bond with oxygen, becoming insoluble. These insoluble materials form solid precipitates that are removed through conventional filtration. Chlorides previously bonded to the metal ions transform into chlorine dioxide and free chlorine.

Hydrodynamic Cavitation Technology

SUMMARY OF TECHNOLOGY

Multi Phase Reactor Advanced Oxidation Process

Modular and scalable for high-volume production, it effectively eliminates contaminants and microbes, desalinates water, and produces drinking water that meets US EPA guidelines from any source. It is low maintenance, field-tested, commercially proven, and equipped with online monitoring and data logging capabilities.

Electro-Chemistry

The Multi Phase Reactor generates an Advanced Oxidation reaction state within its reactor chamber by means of a proprietary cavitation, mixing, and ion exchange within the active reaction zone. The highly active reaction zone is capable of breaking down suspended solids, wet oxidizing volatile organic compounds, mineralizing dissolved metallic ions, and precipitating dissolved solids for subsequent particle separation.

APPLICATIONS

Municipal Wastewater Treatment

Water treatment with Bio-Solids

MPR treated biosolid loaded water break down the bio-solids reducing the solids
content in the effluent by up to 80%
- Proven to lower BOD and COD by 90 – 95%
- 85 – 90% Removal of Nitrogen
Break down of filamentatous bacteria and release of intracellular matter that

increases biological reactivity, reducing digestor exposure time to hours instead of

days.
Ozone is organically generated within the MPR is highly effective in sterilizing

influent. Remove competitive and hazardous biologics (bacteria, virus, and spores)

from entering digestor. Improved quality of clarified effluent and recovered solids.
Bio-Solids discharged from clarifier much lower in volume and classified as Class A,

suited for direct disposal.

Industrial Wastewater Treatment

Treatment of VOCs, TSS, TDS

- MPR cavitation and electro-chemistry provide perfect storm of advanced oxidation
  radicals that:
  - Wet Oxidation of VOCs, converting to products of combustion (high concertation of
    Advanced Oxidation species decomposes VOCs)
  - Expose TDS to oxidation species, converting to insoluble solids, e.g. Fe(+) to FexOy, H2S to
    SxOy, etc.
  - Raise ORP >300
- High Shear fractures long chain organics (hydrocarbons, pharmaceuticals,
  polymers, etc) and solids (minerals).

Desalination

Approach 1 – Desalination via physical chemistry

Cavitation and Electo-Chemical reaction to Oxidize TDS to insoluble mineralized
oxides
Halides no longer have corresponding (+) ion to associate with. Becomes Free
Chlorine, ClO2, other

Approach 2 – Vapor Distillation

Cavitation, exothermic reaction of VOCs, and Frictional heating raises water
temperature to boiling point.
High efficiency of heating – non-scaling
Flash distillation of water vapor
Vapor condenser pre-heat feed water.
Energy balance very favorable relative to other phase change processes.

Upgrading Heavy Crude Oil

MPR technology produces high shear in crude
- Frictionally heats oil
- Fractures long chain hydrocarbon
  - Creates C10 – C15 distillates
  - Permanently lowers viscosity, no further heating required for down stream processing.

Mud and Polymer Mixing

Dramatically increase the Viscosity of Mud for given mix ratio and increases EC values
Stronger emulsion stability
- Improves friction characteristics
Mix powdered polymers at fracturing location
Continuous, complete and consistent hydration
Elimination of hydrocarbons and chemicals for mixing
Increases yield of polymer systems

Aqueous Extraction with MPR

Proven high performance extraction with:
- Oils - CBD, Olive, Hops, Peppers
- Proteins - Chicken Biomass
Protein/Oils/Nutrient brought into solution by breaking cellular structure, not
necessarily cavitation which can cause radical formation in extraction
product.
Water extraction yields higher quality and purity, simple and low-cost
processing techniques
- No hydrocarbon solvents to extract
- No technical complexity with supercritical fluids
- Retain micro-nutrients lost via conventional extraction