Recreational and amenity water
Lakes, lagoons, resort water, marinas, ornamental basins. This failure is public. Scum, then odor, then a sign on the gate, usually in the fortnight the asset earns its year.
Recreational · Commercial · Industrial
Treatment that travels to the asset.
Amenity lakes. Effluent lagoons. Process water, cooling towers, data center loops. Desalination intakes and the fields their brine goes into. Fluid Nano mounts one oxidation and oxygenation stage four ways and keeps it on whichever of those is costing you money, as a standing subscription run by a licensed service operator.
500,000
Toledo residents told not to drink the tap water when the 2014 Lake Erie bloom reached the intake
NOAA Fisheries
1 · 12 µg/L
WHO provisional drinking-water guidelines for microcystin-LR, the toxin a freshwater bloom leaves behind: lifetime, then short-term while treatment is restored
WHO background document
1.5×
Oxygen transfer efficiency reported for nanobubble aeration over coarse bubbles in a laboratory study; other setups report other multiples
Science of the Total Environment
The argument
Plants are built for flows. Your headache is a volume.
Water treatment has one dominant shape: a flow, entering a plant at a rated capacity, passing through stages sized to that rating and leaving to a specification. For municipal supply it is the right answer, and Fluid Nano is not built to replace it.
It does not describe the water that generates most operator pain. A raw water reservoir gone anoxic under August stratification. A holding lagoon that smells toward the nearest housing. A tower basin and its circuit. The open sea a desalination plant draws through when a bloom drifts across it. A hotel lake with a sign on the jetty.
Those are volumes. None of them can be routed through a building.
So the plant travels: a skid beside a loop, a pontoon on a lagoon, a hull on open water. On fresh water the stage works the volume itself, at the depth the fault sits in. On seawater and brackish water it works contained: the affected water is drawn in at high flow, worked inside the unit and handed straight back to the water it came from, inside the specification that discharge was permitted under. Contained means the reaction is enclosed and instrumented. The stage has no storage and holds nothing back from the body. The specification is fixed with the authority holding jurisdiction over that water and confirmed by a laboratory outside this company.
Water bodies are not one problem, so a program also carries separation and treatment capability past the oxidation stage, chosen by the state the water has to leave in.
A condenser circuit has no season. Biofilm assembles in February at close to its July rate, and an intake meets whatever the current brings that week. The crew, the gases and the instruments stay with the asset all twelve months, which is also what makes it affordable: a load held down from the start never reaches the state where only expensive options remain.
What the system is for
Four duties, one treatment stage.
Process and product water
Beverage, food, wash-down and reclaim. Whatever reaches the first stage sets the duty on every stage after it, and a seasonal source turns a stable process into a supervised one.
Cooling water and thermal loops
Towers, condensers, power station circuits, data center cooling. Warm aerated water with nutrient in it grows biofilm, and biofilm is where most of a loop's chemical and blowdown budget goes.
Desalination intakes and discharges
Desal I/O. The approach water ahead of the screens and the receiving field behind the outfall. Neither sits inside the plant. Both stop it.
One stage, four mountings.
A single treatment stage — read, condition, shear, oxidize, verify — carried on a skid, a pontoon, an in-line module or a hull.
The hull is the SeaBreather platform.
Why that matters commercially
A site with a lagoon, a cooling circuit and an intake usually runs three contracts, three chemistries, three consumable streams and three reporting formats that never agree.
One instrumented stage is easier to audit, easier to compare year on year, and far easier to defend in a capital review.
The mechanism
Delivery is the easy half.
Aerating anything large is not limited by how much gas you can bring to it. The limit is what fraction of that gas dissolves instead of venting.
Shear gas below roughly a micron and the fraction changes. The bubbles are too small for buoyancy to govern, a negative surface charge stops them merging back into big ones, and the same gas spreads across an enormously larger interface. A laboratory study in Science of the Total Environment reports the resulting oxygen transfer efficiency at 1.5 times that of ordinary coarse bubbles.
That ratio makes a portable stage arithmetically possible. Hang a diffuser in a lagoon and most of the energy goes into talking to the sky.
Oxygen alone will not clear organic load. Where the water carries bloom material, biofilm precursors or dissolved organics, an oxidative stage reaches what aeration cannot.
Scope
Five answers that set a contract's edges.
Each changes what the contract covers and what your team keeps.
- Your chemical inventory ends a run the same size it started. Gas is the working input. Anything else a duty calls for arrives on the operator's manifest, is logged against the run and leaves the same way, never through your stores or disposal schedule.
- Nothing needs emptying, lining or isolating first. The asset stays in service while the stage works it.
- Bromate is governed against the limit that applies to your receiving water, named by whoever consents the discharge and recorded in the service agreement before a skid moves. No number is published ahead of that: a bay is not a public supply main, and a drinking-water figure is the wrong instrument for open water. Whether bromide reaches a formation threshold is assessed for that body first, since brackish and saline water vary and ozone spends itself on all the dissolved carbon in the column. Ozone does find bromide around eighty-three times faster than chloride, so the reaction runs enclosed and instrumented, read in real time by the crew and by an overseer outside the operating company. Your team can stop a run on suspicion alone.
- Fluid Nano is not a replacement for catchment work. USGS modeling of the Mississippi and Atchafalaya finds agriculture the largest source of the nitrogen and phosphorus arriving in the Gulf, and what lands in your reservoir came off land you do not own. Cutting that load upstream is a twenty-year job and somebody should start it. At this end, the oxidation and aeration firewall can sit at a runoff hotspot and take the load where it enters. A contribution, then. Not a policy, and not an argument against fertilizer, which is how a great many people eat.
- There is no headline percentage for your loop, your lagoon or your intake, because nobody has published one. Yours comes out of a calibration phase or it does not exist.
The current question
Data center cooling, and what stands up before a calibration phase.
Cooling water became a boardroom subject roughly eighteen months ago. No figure is published for what this treatment does to a specific loop.
A cooling circuit is warm, aerated and carries nutrient, which makes it hospitable to biofilm, and biofilm drives most of the loop's chemical, energy and blowdown penalty. Raising dissolved oxygen through the whole volume is a different intervention from raising it at a surface, and a controlled oxidative stage acts directly on the dissolved organics biofilm assembles from. Those are mechanisms, and the transfer physics under them is published.
A cycles figure, a chemical-spend saving, a make-up saving or an approach-temperature gain comes out of your own circuit, afterward, in writing, with its assumptions attached: your make-up chemistry, metallurgy, load profile and existing program.
So the offer is narrow. One circuit, a fixed window, your fouling indicators, the failure condition written down before anything is switched on.
On the record
The freshwater result is the one that applies here.
In 2018 NCCOS, NOAA's coastal science arm, published a validation of an ozone nanobubble aeration rig working an eight-acre pond outside Fort Myers Beach in Florida. Algae gone inside two days, oxygen restored.
Fresh water, pond scale: the published result closest to what Fluid Nano does for a living. The rig was called NABAS and belonged to another company. It puts a floor under the approach. What a Fluid Nano skid does on your water comes out of a calibration phase on it.
48 hours
To complete elimination of algae on an eight-acre Florida freshwater pond, with reoxygenation and no apparent harm to aquatic life
NOAA NCCOS, September 2018
2 mg/L
Dissolved oxygen below this and most aquatic life in a reservoir or basin cannot be supported
NOAA NCCOS
Mechanism, bromate control and the radical-chemistry literature.
The freshwater row
Nine global variables, and one of them is about water on land.
Earth-system scientists assess nine control variables each year, measuring how far the planet has moved from the conditions industry was designed around. The least quoted covers your reservoir, your lagoon and the river your abstraction license draws on.
Freshwater change counts two quantities: blue water in rivers and lakes, and green water, the soil moisture a crop drinks. The 2025 Planetary Health Check, published by the Potsdam Institute for Climate Impact Research with the Stockholm Resilience Centre, which built the framework, puts freshwater change beyond its safe range, and seven of the nine are now beyond theirs. Ocean acidification was that year's addition. Atmospheric aerosol loading and stratospheric ozone depletion are the two still holding. Authorship, method and the full assessment: the framework page.
The ladder and the mark against freshwater change are Sophia Delta's drawing. Where each variable falls is the researchers' published finding, and nothing in that assessment refers to this company or anything it sells.
Freshwater change is a planetary average. What gets contracted is one lake, loop or reservoir inside a service zone with a consent number on it. A program changes the state of that water. It does not change the global assessment.
The framework sorts. A resort lake and a cooling loop drawing municipal make-up file under the heading a lender, an insurer or a ministry already uses for a drying river basin. Desalination splits: product water entering a supply is a freshwater question, while the intake draws seawater, which sits outside this variable altogether.
Where it goes to work
Lakes, loops, intakes, outfalls.
Lakes and lagoons
Amenity water where a bloom, an odor or a closure notice turns into a revenue event inside a week.
Desalination intakes
Approach water and discharge fields, where organic loading decides whether a plant holds capacity or throttles.
Ports and industrial basins
Enclosed working water carrying heat, organics and traffic in one slow-flushing basin.
Elsewhere in the system family
SeaBreather
The base platform. Dissolved oxygen restored at coastal scale.
HABslayer
Harmful algal blooms and the toxins they carry, broken down inside the reactor.
NanoponiX
Oxygenated irrigation, including on brackish and saline ground.
SoilScrubber
Dried lakebed and salt crust, treated for what the surface is carrying.
Immediate, Significant, Scaled
Start with the asset.
Which body or circuit, what fails, which months, and what the failure costs you. Alarivean replies with a read on that water, including when the answer is that this is the wrong tool.
A good read leads to a subscription on a named body or circuit. It ends on two grounds only: performance outside the agreed spec, or a minimum period served by a client who is not satisfied.