OxyPaksformulated by AquaFix

OxyPaks XL

Name: OxyPaks XL
Brand: OxyPaks
Availability: InStock

A granular oxygen source and sludge digestion accelerator for wastewater lagoons, used to put oxygen into the zones a water column will not reach.

What it is

OxyPaks XL is a granular oxygen source that doubles as a sludge digestion accelerator. It puts oxygen into a specific zone of a lagoon rather than into the whole cell, which makes it a targeted tool for the deep, anoxic areas where a blanket forms and a water column cannot deliver.

Buy this when you are seeing

A dead zone or deep corner the aerators do not reach
Rotten-egg odor coming from one part of the cell
A biological program underperforming in a specific area
Localised sludge accumulation at the inlet end

FormGranular

Applied fromShore or boat, over the target zone

Dosed onTarget zone area and depth

TimelineDays to weeks on the treated zone

How it works

Aeration equipment moves oxygen through a cell in a pattern set by where the units sit and how the basin is shaped. Every real lagoon has places that pattern does not serve well: a deep corner, the far end of a long cell, the area behind an inlet structure. Those places go anoxic, and anoxic is where a blanket builds and hydrogen sulfide is produced.

A granular oxygen source works on that specific problem. Applied over the target zone it releases oxygen locally, in the place the water column was not delivering any, which both accelerates digestion of the organic solids sitting there and removes the condition that produces the odor.

That makes it complementary rather than competitive with a biological program. Bacteria in an anoxic zone are limited by oxygen before anything else; supplying it locally lets the population already present, and any population you have added, actually work.

Check these before you buy

These decide whether this product can work at all. If one fails, fix that first, because the money spent here will not survive it.

Identify the target zone before orderingThis is a spot treatment, not a whole-cell one. Profiling dissolved oxygen by depth and location, and mapping the blanket on a grid, is what tells you where the problem actually is rather than where it is convenient to treat.
Confirm the zone is anoxic rather than overloadedA local dead spot is treatable locally. A cell that is anoxic throughout because it is receiving three times its design organic load is a different problem, and no oxygen product resolves it.
Rule out an aeration layout problem you can just fixIf a dead zone exists because a unit is down, mispositioned or undersized, correcting that is cheaper and permanent. Spot oxygen is for zones the layout genuinely cannot reach.

Is this the right fit

Good fit for

Dead zones and deep corners outside the aeration pattern
Localised odor traced to one part of the cell
Accelerating digestion where a blanket is concentrated
Supporting a biological program in its weakest zone

Not the answer for

Whole-cell oxygen supply, which is what aeration equipment is for
A cell that is anoxic throughout from organic overload
A dead zone caused by a down or mispositioned aerator
Grit and mineral solids, which no biological route reduces

Dosing and application

Dosing basis: Set against the area and depth of the target zone rather than the whole cell, which is why identifying the zone comes before the order.
Placement: Over the mapped problem area. A dissolved oxygen profile and a sludge survey grid are what locate it; guessing wastes the application.
Alongside biology: Most effective run with a bacterial program rather than instead of one. Oxygen removes the limiting factor; the bacteria do the digestion.
Repeat: A localised oxygen source is consumed. Persistent dead zones usually need a repeating schedule, or a look at whether the aeration layout can be changed instead.

What to expect, and when

Before applicationDissolved oxygen profiled by depth and location, and the blanket mapped on a grid. Both are needed to place the treatment.
First daysOdor from the treated zone is typically the first thing to change, because hydrogen sulfide production stops when the zone is no longer anoxic.
Following weeksDigestion in the treated zone accelerates, which shows up in the next survey of those specific grid points rather than in the cell average.
Next surveyCompare the treated grid points specifically. A whole-cell average will dilute a real local improvement into invisibility.

How you prove it worked

Compare the treated grid points specifically, not the cell average. A localised treatment produces a localised result, and averaging it across a basin is the surest way to conclude that something which worked did nothing. Pair the depth readings at those points with a repeat dissolved oxygen profile in the same zone.

Every lagoon has somewhere the aerators do not really reach. A deep corner, the far end of a long cell, the pocket behind an inlet structure. On a dissolved oxygen profile those places read differently from the rest of the basin, and they are where a blanket builds first and where the rotten-egg smell at the fence line usually originates.

The useful way to think about a granular oxygen source is as a spot treatment for exactly that. It is not competing with aeration equipment, which supplies a whole cell continuously and is the right answer to a whole-cell shortfall. It addresses the residual zones that a reasonable aeration layout leaves behind.

That framing also sets the honest limits. If the whole cell is anoxic, the problem is organic loading or aeration capacity, and spot oxygen will not resolve it. If a dead zone exists because a unit is down or badly positioned, fixing that is cheaper and lasts. Where a genuinely unreachable zone is driving odor and accumulation, this is the tool built for it, and it works best alongside a bacterial program rather than in place of one.

Specifications

Manufacturer	AquaFix
Type	Granular oxygen source and digestion accelerator
Target	Anoxic zones and localised sludge accumulation
Application	Over a mapped target zone, shore or boat
Dosing	Target zone area and depth
Pairs with	Bacterial and biostimulant programs

Works alongside

Sludge Rx

Supplies the bacteria and biostimulants at the blanket while this removes the oxygen limit holding them back.

See the product →

VitaStim Sludge Reducer

Whole-cell biological reduction, with oxygen restored in the zone the water column was not serving.

See the product →

Common questions

Is this a substitute for aeration?

No, and treating it as one is expensive. Aeration equipment supplies a whole cell continuously. This puts oxygen into one zone for a period. Use it for the places a reasonable aeration layout genuinely cannot reach, not to avoid installing aeration a cell needs.

How do I know where to apply it?

Profile dissolved oxygen by depth and by location, including pre-dawn rather than only midday, and map the sludge blanket on a grid. Those two together locate the anoxic zone. Applying it where access is easiest rather than where the problem is wastes the treatment.

Will it fix my odor problem?

It removes the condition producing hydrogen sulfide in the zone you treat, so odor from that zone should stop. Whether that fixes the site depends on whether that zone was the source. Our odor control guide covers finding the source before buying the fix.

Do I need a bacterial product as well?

Usually yes, and that is the point of pairing them. Oxygen removes the factor limiting the bacteria; the bacteria do the digestion. In an anoxic zone, oxygen alone accelerates whatever population is already there, which is often less than you want.

How often does it need repeating?

A localised oxygen source is consumed, so a persistent dead zone usually needs a repeating schedule. That is also the point to ask whether the aeration layout itself can be changed, because a permanent fix beats an indefinite consumable.

Read before you buy

Compliance