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  • Special Bacteria Enzyme for COD Degradation
  • Special Bacteria Enzyme for COD Degradation
  • Special Bacteria Enzyme for COD Degradation
  • Special Bacteria Enzyme for COD Degradation
Special Bacteria Enzyme for COD DegradationSpecial Bacteria Enzyme for COD DegradationSpecial Bacteria Enzyme for COD DegradationSpecial Bacteria Enzyme for COD Degradation

Special Bacteria Enzyme for COD Degradation

Product Description:

Production Description

Name

Special Bacteria Enzyme for COD Degradation


Main component

Acinetobacter calcium acetate, Bacillus, efficient flocculation bacteria, Saccharomyces cerevisiae, Micrococcus, etc.

Viable bacteria content

N200/g

Scope of application:

Excessive COD in effluent, high COD wastewater, low COD degradation efficiency, river lake treatment, sewage treatment equipment

Function

Enhancement of COD degradation capacity in aerobic biochemical systems

Dosage

Generally, it is 250 grams per cubic meter. The specific dosage and usage method are subject to the actual situation.

Storage method

Sealed and stored in a cool and dry place away from light


Features

1. The degradation efficiency is fast. The COD degrading bacteria agent is prepared by aseptic fermentation spray drying process and unique enzyme treatment technology. It can be increased by more than 60%. Help customers strengthen the COD treatment capacity of their own sewage treatment facilities at a lower cost to meet drainage targets


2. The film hanging speed is fast. The film hanging speed of the bacterial agent is the key to the debugging speed of the biochemical system, and it is also the key to the microorganism from the initial stage of dosing to the mature stage. This product adopts a unique formula, and rationally mixes special biological enzymes into the inoculum to enhance the reproduction ability of the inoculum. The advanced active "antibiotic" technology is adopted to maintain the activity of the bacterial agent and avoid the complicated activation process. Can be used directly.


3. Strong impact resistance, developed according to a large number of practices, increasing the cost to enhance the impact resistance of the inoculum. In order to solve the problem of the decline in impact resistance after multi-generation breeding in the laboratory, our first-generation strains are only used once, so that the inoculum can be used in Perfect potency under harsh conditions


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