Bacteria Enzyme for Ammonia Nitrogen Degrading

Product Description

Main components: Pseudomonas, Bacillus, nitrifying and denitrifying bacteria, Corynebacterium, Achromobacter, Alcaligenes, Agrobacterium and other strains are mixed.

Viable bacteria content: N20 billion / gram

Working principle: By adding targeted dominant strains and biological enzymes, the response ability of the inherent microbial flora to process fluctuations or the degradation ability of certain components is improved, thereby achieving the purpose of improving wastewater treatment.

Use parameters

1.    PH ; Average range 5.5-9.5  good 6.6-7.8  best 7.5

2.    Temperature ; 8-60℃，best 26-32℃

3.    Trace elements: potassium, iron, calcium, sulfur, etc., which are usually contained in water sources

4.    Salinity: Applicable in both seawater and freshwater, up to 6% salinity

5.  Anti-toxicity: Can effectively resist chemical toxic substances, including chlorides, aerosols and heavy metals, etc.

6. Dissolved Oxygen: In the aeration tank in sewage treatment, the amount of dissolved oxygen is at least 2 mg/L; the bacterial family with high adaptability will metabolize and degrade target substances 5-7 times faster than in sufficient central enterprises.

How to use

1. Sampling: take 1 liter of muddy wastewater (raw water) from aerobic tank;

2. Detection: detection of ammonia nitrogen value of raw water;

3. Add medicament: add 1 gram of bacterial agent to the water, stir evenly (the amount of addition depends on the ammonia nitrogen in the raw water);

4. Start the system: open the aeration device for 24 hours;

5. Detection: turn off the aeration device, and measure the ammonia nitrogen value of the supernatant;

Cycle operation for 3-7 days. No new inoculants are added.

Product Features

1. Accelerate the removal of ammonia nitrogen from water through the coordinated synergistic effect of various bacterial groups;

2. The unique formula of biological enzymes can quickly decompose dead sludge, reduce the efflux of sludge in aerobic pools by more than 50%, and make the turbid water clear;

3. Through the reproduction of bacteria, the cost of water treatment is low;

4. Can quickly recover from failures due to loads and poisons.

5. Reduce the operating cost of the enterprise.