Our Technology
How the Technology Works
1Sample Phase
You send us a sample of your waste water and data outlining your throughput needs. Based on this information, we plan a custom solution to meet your project’s demand.
2Testing Phase We send one of our demo units to your site to test and prove our treatment plan in the field.
3Pilot Phase The portable rover unit is deployed on your site for 3-7 days to demonstrate large scale consistent cleaning capability.
4Deployment Phase Service contract is initiated and rover unit remain on site to continue operations. No capital cost to you, equipment is charged as a service.
2Testing Phase We send one of our demo units to your site to test and prove our treatment plan in the field.
3Pilot Phase The portable rover unit is deployed on your site for 3-7 days to demonstrate large scale consistent cleaning capability.
4Deployment Phase Service contract is initiated and rover unit remain on site to continue operations. No capital cost to you, equipment is charged as a service.
Robust Compatibility
In Traditional Treatments of Microfloculation In addition to providing a single-solution approach to wastewater treatment, Neohydro can be incorporated into existing methods on a smaller scale for clients who are primarily interested in retaining their pre-existing setup. Traditional methods of industrial water treatment involve managing the microflocculation (particle build-up) of chlorine which, if left untreated, can form disinfection by-products (DBPs) when excess chlorine interacts with naturally occurring organic carbon. Treating high chlorine levels in water to meet acceptable EPA standards of contaminant DBPs is time consuming and expensive as it requires multiple treatment cycles for a single volume of water. Our relatively inexpensive Pathocell Infusion™ method can be used in pretreatment of industrial water to substantially lower the levels of chlorine and DBPs before traditional methods are employed. Our compatible Neohydro application will improve the processing time of traditional treatment methods and decrease the necessary treatment cycles to achieve EPA requirements at greatly reduced cost.What Oxidants are Generated?

Applications
Direct Applications
- Purifying Incoming Water
- Recycling Wastewater
- Elimination of Biofilms
- Separation of Oil, Gas or sediment
- Oxidizing of H2S
Primary Industries Served
- Oil & Gas Industry
- Food Industry
- Pulp & Paper Factories
- Chemical Manufacturing Plants
Most Effective at Treating
- Bacteria — 99% reduction
- TSS — 99% reduction
- TPH — 99% reduction
- Turbidity — Less than 10NTU
- Clean Water Yield – 99%
- Heavy Metals (strontium, barium, boron, iron) 40% to 90% reduction
Key Features
- Treats water with up to 200,000 TDS
- Coagulates sediment to less than one micron
- Non-toxic waste of 1 % — sediment vs. sludge
- Breaks emulsions
- Scalable and Portable
- One operator per shift
Industrial Activities
- Refining
- Fabricating
- Processing
- Washing
- Diluting
- Cooling
- Transporting
Typical Footprint








