Aquipond Bactovase - 1Kg - Helps reduce silt in natural ponds

• Significantly reduces silt in natural ponds
• Powerful bacteria to eliminate organic matter in ponds.

BACTOVASE allows a significant reduction in the height of silt and sludge in ponds, rivers and canals without having to resort to mechanical cleaning.

ACTS ON :

• Reduces the layer of mud in ponds
• Degradation of organic matter in the pond
• Prevents fermentation and bad odors.
• pH and odor control

Our numerous references present a reduction of up to 50% in the vase volume. The principle of treatment consists of a supply of micro-organisms which will multiply and degrade the organic part of the silt and sludge.

Directions for use for BACTOVASE

AREAS OF USE: LAKES, PONDS, PLEASURE PONDS, FISH FARMING, FISHING WATER BODY.

How to use Aquipond BactoVase?

For bodies of water MORE than 200m²

• It is necessary to plan 2 spreadings (spring/autumn) of 150 gr/m²

For bodies of water LESS than 200m²

• It is necessary to plan 2 spreadings (spring/autumn) of 200gr/m²

Due to its insoluble formulation, Aquipond Bactovase, once spread, will decant and settle on the surface of the mud of bodies of water. We recommend spreading by boat, with a flour shovel. It is important to add bactovase to the entire body of water.

FOR LARGE-SCALE USE, PLEASE CONSULT US OR CONTACT YOUR AQUIPOND DEALER.

Aquipond Bactovase helps reduce organic matter accumulated in a body of water. A 25KG bag can reduce up to 80M³ of silt.

This solution allows biodredging: degradation of organic matter by bacteria. BACTOVASE allows a significant reduction in the height of silt and sludge in ponds, rivers and canals. Our numerous references present a reduction of up to 50% in the vase volume. The principle of treatment consists of a supply of micro-organisms which will multiply and degrade the organic part of the silt and sludge.

It is a powder not soluble in water, of variable particle size, delivered in bags or buckets. A 25 kg bag of Bactovase degrades up to 80m³ of silt in 18 months.

One of the main strengths of BACTOVASE, in addition to its advantageous price compared to other methods, is its extremely simple and easy use. Indeed, it does not require any mechanical equipment and does not damage the areas surrounding the body of water.

BACTOVASE is an ecological product that degrades vases, unlike traditional methods which only move them. By eliminating the organic matter present and therefore rebalancing the ecosystem,

BACTOVASE reduces eutrophication phenomena, the production of algae and aquatic plants, and nauseating odors until they completely disappear. BACTOVASE also allows a significant reduction in suspended matter, which improves the transparency of the treated body of water.

Aquipond Bactovase is based on biofixation technology which consists of fixing natural non-pathogenic micro-organisms on mineral supports, the latter being specific to each type of micro-organism. Thanks to this exclusive technology, microorganisms are easily stored and transported. In the water, they are reactivated to better fight against slime.

Aquipond Bactovase allows a significant reduction in the height of silt and sludge in ponds, rivers and canals. Our numerous references present a reduction of up to 50% in the vase volume. The principle of treatment consists of a supply of micro-organisms which will multiply and degrade the organic part of the vases and mud.

How the product works: degradation of the material in the body of water

Due to its insoluble formulation, Aquipond Bactovase, once spread, will decant and settle on the surface of the mud of bodies of water.

The different micro-organisms will then carry out their work by feeding on the organic matter present in the mud, thus degrading it into CO2 and water.

In order to feed themselves, aerobic bacteria produce “exo-enzymes”, substances that cut long carbon chains into smaller and smaller chains.

This first step will generate degraded components small enough to be ingested by the bacteria. Subsequently, inside the bacteria, other types of enzymes, called “endo-enzymes”, will degrade the assimilated components and use them for the proper functioning of their metabolism.

By this process, all that will remain, at the start of the organic matter, is CO2 and H2O. In these aerobic conditions, microorganisms multiply very quickly: they reproduce every twenty minutes.

The multiplication of bacteria consumes material. Indeed, to exist a new bacteria uses carbon, hydrogen, oxygen and nitrogen (CHON)

Thanks to this proliferation of bacteria, protozoa (microorganisms superior to bacteria in the trophic chain) will develop little by little, these feeding on bacteria. They will in turn be eaten by other more developed organisms.

Through this degradation, we finally obtain a significant reduction in the initial height of the sludge, this reduction being variable depending on the organic matter content of the sludge at the time of treatment.