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About
Our Company
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Open Positions
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Environmental Remediation
Industrial Water & Wastewater
Drinking Water
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HiPOx
Overview
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Targeted Contaminants
Case Studies
PulseOx
Overview
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Targeted Contaminants
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ARoNite
Overview
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Targeted Contaminants
Case Studies
Services
Water Treatment as a Service
Laboratory Testing
Pilot Scale Testing
Total Solution Design & Build
Aftermarket Sales & Services
Ops & Maintenance & Emergency Response
Contact
About
Our Company
Our News
Open Positions
Markets
Environmental Remediation
Industrial Water & Wastewater
Drinking Water
Water Recycling & Reuse
Solutions
HiPOx
Overview
Advantages
Targeted Contaminants
Case Studies
PulseOx
Overview
Advantages
Targeted Contaminants
Case Studies
ARoNite
Overview
Advantages
Targeted Contaminants
Case Studies
Services
Water Treatment as a Service
Laboratory Testing
Pilot Scale Testing
Total Solution Design & Build
Aftermarket Sales & Services
Ops & Maintenance & Emergency Response
Contact
How Aronite Works
How we Do It
Hydrogen is either generated or delivered on site
Carbon Dioxide is delivered on site and used to control pH
Carbon Dioxide & Hydrogen are fed to the ARo Reactor creating the optimum environment for the biofilm
Contaminated water is fed to the ARo Reactor allowing the biofilm to grow and reduce the target contaminant from the water
Treated water is filtered and disinfected using conventional technologies before discharge to distribution system
Naturally occurring biology grows on the surface of a gas diffusion membrane sheet woven of a proprietary hollow fibers
Several of these sheets are spiral wound around a water feed tube with a water channel spaced between the sheets
Hydrogen and Carbon Dioxide are fed to the lumen of the hollow fibers
Water passes between the sheets making contact with the biofilm
Nitrates are reduced to Nitrogen and Water
Over time, cells fall off into water and are filtered
ARoNite
Overview
Advantages
Targeted Contaminants
Case Studies