MicrotackDesign
[[POS2]]

BactipostPowderandLiquid

AQUAMIMICRY

Reduces Ammonia and Foaming Problem in Shrimp Hatchery

Application during rearing stages: 

Zoea stage:

  • 0.5 ml per ton of water.

Mysis stage:

  • 1 ml per ton of water.

Post larvae stage:

  • 1-2 ml per ton of water.
  • If problem still exist, can repeat 2 or 3 application per day.

Zoothamnium:

  • 5 ml per ton of water.
  • If problem still exist, can repeat 2 or 3 application per day

Guide Line:

  1. The rate of application may vary depending on the organic accumulation in the pond system. It is essential to tailor the application rate to the specific conditions of the pond.
  2. If necessary, the same application rate can be repeated the next day to achieve the desired water quality.
  3. It is crucial to check for alkalinity, mineral content, and vibrio plate count before and after application. This ensures that the water parameters remain within optimal ranges for the health of aquatic organisms.

AQUAMIMICRY® is a comprehensive solution for enhancing water quality in hatcheries, addressing key challenges such as protein foam, turbidity, pathogenic bacteria, and nutrient imbalances. By facilitating the nitrogen cycle and reducing the need for frequent water exchanges, AQUAMIMICRY® promotes a healthier and more sustainable pond environment. Adopting AQUAMIMICRY® in hatchery operations can lead to improved survival rates, better growth, and overall productivity, contributing to the success and sustainability of aquaculture practices

Hatchery : Enhances Healthy Pond Water

Maintaining optimal water quality is critical in hatchery operations, directly influencing the health and growth of aquatic organisms. One effective solution for enhancing pond water quality is to apply AQUAMIMICRY®, a product designed to address various water treatment challenges in hatcheries, promoting a healthy pond environment.

BactipostTM

  • Reduces sticky protein foam in ponds.
  • Improves transparency of pond water.
  • Reduces formation of zoothamnium.
  • Facilitates the nitrogen cycle, reducing TAN (total ammonia nitrogen), nitrite, and nitrate.
  • Competitively excludes pathogenic bacteria.
  • Reduces suspended solids, BOD, and COD, thereby increasing dissolved oxygen levels in situ.
  • Reduces the need for water exchanges.
  • Effective in both fresh and seawater environments