Texas Bio Group
The challenge

Organic load in intensive ponds

In shrimp and fish ponds, uneaten feed, feces and dead plankton settle and accumulate as sludge on the pond bottom. As this organic matter decomposes, it consumes dissolved oxygen and releases ammonia, nitrite and, in oxygen-poor bottom layers, hydrogen sulfide. The higher the stocking density, the faster this load builds up, and the greater the stress on the animals.

How Bacillus works in the pond

Bacillus are naturally occurring, beneficial bacteria widely used in aquaculture.

Organic matter degradation

Bacillus produce enzymes (proteases, amylases and lipases) that break down proteins, starches and fats from feed residue and waste.

Organic sludge management

Bacillus-produced enzymes support the breakdown of biodegradable organic material, helping manage sludge accumulation on pond bottoms.

Ammonia management

Selected Bacillus strains support microbial nitrogen uptake and organic waste management, helping maintain water quality in aquaculture ponds.

Microbial balance

A strong population of beneficial bacteria competes for nutrients and space, helping maintain a stable microbial community in the pond.

Stability

Bacillus form spores, which keeps the product stable during storage and transport until it is activated in water.

Aquaculture ponds seen from above

Applications

  • Pond preparationConditioning the pond bottom before stocking.
  • Grow-outRoutine water-column treatment throughout the production cycle.
  • Pond-bottom managementTargeted treatment of sludge and organic deposits.
  • Hatcheries and nurseriesWater quality support in early production stages.

Suitable for whiteleg shrimp (Litopenaeus vannamei), black tiger shrimp (Penaeus monodon), tilapia, pangasius and other farmed species, in earthen and lined ponds under intensive and semi-intensive systems.

Good practice

Best results with good pond management

Bacillus products work best as part of sound farm practice: adequate aeration, controlled feeding and regular monitoring of dissolved oxygen, pH and ammonia. Apply after disinfectants or chlorine treatments have cleared, since these also kill beneficial bacteria. Dosage depends on the product, pond conditions and stocking density, and is detailed in each product's usage guide.

Formats and documentation

Formats

Liquid, powder and water-soluble pack formulations

Origin

Manufactured in the USA

Documentation

Product specification sheet, Certificate of Analysis (COA) and usage guide with every product