Denitrification water treatment biomaterial

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US $10-20 / Kilograms | 25 Kilogram/Kilograms (Min. Order)
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Place of Origin:
China (Mainland)
Type:
Other

Denitrification-specific water treatment biomaterial

 

Vaccination and domestication:

Fill the reactor with denitrification-specific water treatment biomaterial which grain size is 4-5MM. Filling height in the reactor is two-thirds;

Vaccinate activity sludge: water with NO3-N concentration 40-100mg/L flows through the measurement pump, and flows into denitrification-specific water treatment biomaterial reactor. Up-flow water intake is be used, discharges in the outlet, oxygen concentration is not controlled. 

Domestication: 

Stay in the water: for 2-3h at a temperature of 25-30 ° c under conditions of film culture of denitrifying microbe, 5-7days to water flowing out, water quality is stabilize ,activated sludge acclimation and biofilm colonization is finished;

 

Under the same conditions, removal of nitrate from waste water.

 

Denitrification-specific water treatment biomaterials is using as carbon source and bio film carrier  method 

of nitrogen, and its denitrification theory are as follows:

 

  

Denitrification-specific water treatment biomaterials act as biofilm carrier, for biofilm growth, and biodegrades in the presence of enzyme, denitrification microbial  in the biofilm nitrogen removal using Denitrification-specific 

Water treatment biomaterials as carbon sources and an electron donor, reduce nitrate to nitrogen, thereby 

achieving complete removal of nitrates in water.

 

Features and benefits:

 

Water insoluble Denitrification-specific water treatment biomaterials act as biofilms carriers, 

and as carbon source for denitrifying microbes, it creat a stable, easy to maintain microbial habitat, 

which is improvement and innovation of traditional biological nitrogen removal process ;

 

Overcoming disadvantage that difficult to control carbon dosage in traditional biological nitrogen removal 

process, avoiding risk of secondary pollution caused by the carbon source addition of excessive.

 

It can form  dense biofilm on solid carbon source surface, and has a strong ability to adapt changes 

in environmental conditions, especially there is no strict limit for the DO concentration , and broaden 

the field of application of biological denitrification technology

 

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