Shrimp Pond Probiotic for Survival, Feed Efficiency, and Cleaner Ponds

What shrimp pond probiotics do, and how AQ works

Aquaculture Treat (AQ) is a high-CFU, spore-forming Bacillus probiotic for shrimp and aquaculture ponds. Its facultative and aerobic strains stay active in both the oxygen-rich water column and the low-oxygen pond bottom, so the treatment keeps working where a single-strain product would stall. The strains secrete protease, lipase, amylase, and cellulase, the enzymes that break down uneaten feed, feces, and dead plankton before that waste decays. Digesting the organic load lowers BOD and COD, clears suspended solids, and feeds the microbial uptake of ammonia and nitrite, so the pond holds cleaner water and steadier pH and dissolved oxygen across the whole cycle.

Proven on a commercial shrimp farm: 77% survival, 1.37 FCR, and 17% more harvest

On a 7,000 m² Pacific whiteleg (Litopenaeus vannamei) grow-out pond in Colima, Mexico, one crop was dosed with AQ on a routine schedule while a second pond of the same size and stocking was left untreated as the control. Feed, aeration, and day-to-day management were kept the same on both.

Every measure moved in the treated pond. Survival rose from 69% to 77%, feed conversion fell from 1.79 to 1.37, and harvest came in at 4,268 kg against 3,650 kg, about 618 kg more shrimp from the same water. The crop also graded tighter: size dispersion dropped from 17% to 8%, so fewer undersized animals pulled down the average. The operator put operating profit at $6,822 for the treated pond against $4,344 for the control. AQ cost $181 for the cycle and added about $2,478, a return the farm recorded near 1,270%. Those figures come from one commercial operation with a single treated and control pond, not a replicated study, so read them as this farm's result. See the full Colima shrimp farm case study.

Probiotics for whiteleg and tiger shrimp

AQ is used as a probiotic for whiteleg shrimp (Litopenaeus vannamei) and tiger shrimp (Penaeus monodon), the two species that carry most of the world's production, and it suits other farmed species, including freshwater prawns such as Macrobrachium rosenbergii. The strains adapt across a wide salinity range, from low-salinity inland ponds to full-strength coastal water, so the same product covers a farm's whole operation instead of one pond type.

Shrimp pond water quality and clarity

Poor water quality in a shrimp pond almost always traces back to organic load: feed and waste that settle and decay, drive up ammonia, and pull oxygen out of the sediment. AQ digests that material before it turns, which lowers BOD, COD, and total suspended solids and holds dissolved oxygen steadier day to night. Clearer, more stable water leaves less room for the sudden crashes that cost a crop.

Ammonia and nitrite control in shrimp ponds

Ammonia and nitrite are among the most common causes of stress and loss in shrimp culture, and both climb when feed and waste break down faster than the pond can process them. AQ works on both ends of that problem. It digests the waste that would release ammonia, and it feeds the microbial uptake of ammonia, nitrite, and nitrate, which lowers total ammonia nitrogen and blunts the toxic spikes that force emergency water changes.

Sludge, pond bottom, and odor control

When settled waste outpaces what the pond can break down, the bottom goes black and anaerobic and gives off the sulfur smell that tells an operator the sediment has gone sour. The enzyme activity in AQ digests proteins, fats, starches, and fibrous residue at the bottom, so it never builds into that anaerobic layer. Pond bottoms stay firmer and aerobic, hydrogen sulfide and volatile fatty acids stay low, and cleanout between crops takes less work.

Probiotics for biofloc, RAS, and earthen pond systems

AQ carries across the main production systems. In biofloc culture, its Bacillus strains add to the microbial community that builds and holds floc, which recycles nitrogen and feeds the shrimp. In recirculating aquaculture systems (RAS), it works as a side-stream treatment that keeps the organic and nitrogen load in check between filter cycles. In earthen and lined ponds, it manages the sediment and the water column together. Because the strains are facultative, they stay active through the swings in oxygen, salinity, and temperature that these systems run through.

Probiotics for hatcheries, nurseries, and grow-out ponds

Water quality matters at every stage, and AQ covers all of them. In hatchery tanks and nursery systems it helps hold conditions steady for post-larvae, when animals are smallest and least tolerant of a swing. In grow-out ponds it manages the heavy load that comes with full biomass and heavy feeding. Running the same probiotic from hatchery through harvest keeps the microbial baseline consistent across the operation.

Pond stability and shrimp resilience

AQ works by competition and stability, not by treating disease. Its Bacillus colonize the water column and pond bottom quickly, take up the available space and nutrients, and leave less room for less desirable organisms to build up. Firmer aerobic bottoms, lower ammonia and nitrite, and steadier water chemistry keep stress down, and shrimp under less stress hold their own condition better through the cycle. AQ is a pond and water-quality product; it is not an animal-health product, and we make no disease or treatment claims for it.

Multi-strain Bacillus probiotic for aquaculture water treatment

AQ combines complementary Bacillus strains rather than leaning on a single organism. That widens the range of enzymes at work and keeps the pond stable as conditions shift, where a one-strain product tends to fall behind. Dosed on a routine, it does the everyday job of aquaculture water treatment across shrimp and fish systems, whether earthen ponds, intensive grow-out, or biofloc operations.

Less water exchange and lower operating cost

Managing the waste load biologically changes the economics of a pond. When ammonia and sludge stay in check, farms exchange and pump far less water, which cuts fuel and labor and tightens biosecurity by keeping outside water out. On top of that, better survival and feed conversion, larger and more uniform shrimp, and less spending on aeration, dredging, and corrective chemicals all add up to a stronger margin per crop. In the Colima pond, water exchange went from 8 to 10 per cycle down to none.

How to dose AQ, and buy bulk, wholesale, or private label

AQ is dosed by pond volume and stocking density, starting during pond preparation before stocking and continuing on a schedule through grow-out. The dosing tables on this page give powder and liquid rates by farming intensity, from semi-intensive ponds up to super-intensive systems. It ships as powder and liquid, from samples through bulk, wholesale, OEM, and private-label quantities, with domestic and international shipping to farms, hatcheries, integrators, and distributors. Tell us your pond size, system, and stocking density, and we will recommend a starting dose and send a quote.