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Wastewater Treatment

Next Steps

New Innovative Treatment Solutions

INNPT Applications

Mobile Plants

New WWT Plants

Disposal System

Advantages of INNPT Technology


INNPT is a new technology using nanoparticles in wastewater treatment.


NNPT guarantee a removal efficiency more than 85 % up to 95% for COD, BOD, TSS Phosphors and Sulphide.

Heavy Metals

NNPT also guarantee 70%  90% removal of heavy metals like zinc , lead chromium ,cadmium ,iron and copper … etc. which precipitate it in insoluble format in sludge  which protect land and aquatic life


INNPT guarantee the quality of treated wastewater to be tertiary equivalent according to the regulation roles in the country to be used


treatment rate with 400% more in the same traditional plant area and structure

Scale up

INNPT plant can be designed to serve a total flow rate from 50 cubic meters per day up to one million cubic meter per day


INNPT technology can be engaged with any existing biological treatment system or chemical treatment system to increase plant treatment performance and / or increase plant capacity up to 400% designed capacity without need for new land or huge constructions.


INNPT CAPEX and OPEX is the lowest compared with any other technology in WWT giving the same wastewater treatment efficiency

AREA : INNPT plant requires 1/8 sq. meters of land of plant flow rate per day

Cost : INNPT plant CAPEX costs 40 % less than traditional WWTP costs

Electricity : INNPT plant consume 0.3 kw/h for one cubic meter of treated water in tertiary process


INNPT is flexible in pollutants range which it can remove from treated wastewater So it has the capabilities to be adjusted to reflect new coming pollutants values higher or lower than plant design limits up to 200 % difference.


INNPT mobile plant can be used in small village instead of evacuation trucks to serve other remote unserved rural areas. each truck can serve around 2000 capita


INNPT recover phosphors and Nitrogen from treated wastewater in precipitated  sludge so it can be used in land reclamation

Pumping Station Alternative

INNPT plants can be used to treat wastewater in place instead of building  pumping stations at designed pumping station locations, so it will save pipe lines as well as a lot of cost in main WWTP as all remote villages will be served in place according to its actual discharge

Traditional plant VS INNPT plant

Wastewater treatment plant

5 Advantages

As short as possible

Traditional plants need three to five years, but our plants only need (6-12) months


Our treatment method Efficiency with total suspended
solids is 85-95 %

Reuse concept

Because of our treatment method the treated ww can be reused for various industrial needs

Environmental Considerations

safely recovers phosphorus in bio solids

Low cost

Traditional plants cost 8$/C but our plants only cost 4$/C

Mobile Treatment Plant

Mobile INNPT truck is a compact treatment plant uses INNPT technology to treat wastewater from septic tanks and disposes it in drainage canals as clean water for reuse in irrigation according to environmental law Mobile INNPT truck results shows that it concides with FAO rules for reuse of treated wastewater in irrigation systems EEAA in Egypt starts using Mobile INNPT trucks in upper Egypt to cover unserved rural areas with sanitation service.  

Existing plants  Enhancement

  • increase capacity up to 400% of its designed capacity

  • Upgrading existing WWTP to tertiary treatment level

  • INNPT plant consume less than  0.1 kw for one cubic meter of treated water in tertiary process.

  • INNPT guarantee a removal efficiency more than 85 % up to 95% for COD, BOD, TSS, Phosphors and Sulphide.

  • Sludge Disposal which eliminate the need of landfilling using
    our technology.

1 | Analyzing

Analysis of Input water

Treatment Process

2 | Suction

Water suction to treatment tank

3 | Mixing

Of TSS in the wastewater

4 | Sedimentation

Mixing with INNPT additives

5 | Filtering

Three types of filtration in 1 stage

6 | Discharging

Water treated discharge phase

7 | Ready

Collection of sludge

8 | Analyzing

Analysis of Output water

Sludge disposal system

INNPT 3S for Sludge Pasteurization

  • Sludge Pasteurization and Total removal of Pathogenic bacteria.
  • Heavy Metals Precipitation Increase existing plants efficiency and capacity.
  • Recover Nitrogen and Phosphorus in sludge.
  • Increase Potassium % in treated sludge.
  • Treat sludge to comply with EPA regulations and constraints for class A fertilize.
  • Quick and efficient technology for sludge stabilization which :
    • Save drying time to 3 minutes
    • Create class A fertilizer within 3 days
    • Save soil from heavy metals
    • Save soil from pathogenic bacteria

Sludge End Use Options

Disposal in Landfill

A landfill is an area of land that has been specifically engineered to allow for the deposition of waste onto and into it.

Land Application

composted or digested

Building Materials

Cement, clay brick, lightweight aggregate


sewage sludge treatment routes with efficient biogas utilization and heat integration

Gasification & Pyrolysis

Gasification is a process that converts organic- or fossil fuel-based carbonaceous materials into carbon monoxide, hydrogen and carbon dioxide.

Pyrolysis is the thermal decomposition of materials at elevated temperatures in an inert atmosphere. It involves a change of chemical composition and is irreversible