| Customization: | Available |
|---|---|
| Environmental Protection: | Yes |
| Certification: | Organic |
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PRODUCT DEFINITION:
Nitrobacter is a consortium of vigorous and specific microbes that when add to system, quickly increases the population to acceptable levels, and enables them to efficiently control the amount of Ammonia-nitrogen present by oxidising it to nitrite and further breaking the nitrite down to nitrate.
It thrives in a wide range of wastewater types and responds quickly during upset conditions to restore nitrification. It contains the most outstanding, long-lasting, and consistence result to maintain discharge Ammonia-nitrogen compliance. Contact us today for Nitrobacter for Sale and Boost the Nitrification with Nitrobacter
Application
Nitrifying Tank
Aeration Tank
OXPOND
WWTP
MBBR
ETP
STP
SBR
MBR
Benefit
Effective coverts Ammonia-nitrogen to nitrate in wastewater.
Helps to meet Ammonia-nitrogen consent levels.
Reseed Nitrifying bacteria can speed up the nitrification, because naturally occurring Nitrifying bacteria are very slow growing bacteria;
Enhance the nitrification process under toxic, inhibitory, or cold weather conditions;
Upgrade Ammonia-nitrogen reduction performance without extra footprint and equipment;
Convert the harmful nitrite/ hydrogen sulfide/ Ammonia-nitrogen to harmless nitrogen and/or nitrogen oxide;
100% natural, chemical free, eco-friendly solution;
How Does It Work
The biological conversion of ammonium to nitrate nitrogen is called Nitrification. Nitrification is a two-step process. Bacteria known as Nitrosomonas convert Ammonia-nitrogen and ammonium to nitrite. {2NH3 +3 O2 → 2HNO2 +2 H2O +158 kcal (660kJ). }
Next, bacteria called Nitrobacter finish the conversion of nitrite to nitrate. The reactions are generally coupled and proceed rapidly to the nitrate form; therefore, nitrite levels at any given time are usually low. {HNO2 + 1/2 O2 = Nitric-acid- ⊿ G = 18 kcal. }
Dosage & Method
Dosing is vary to specific project information, pls consult with your account manage.
Dissolve with water at 1: 20 ratios; keep settling 2 hrs for activation before dosing .
Routine dosing can keep performance.
Condition:D.O ≥ 2 mg/L, Water temp: 15~45°C, pH: 6 ~ 9, Salinity <30000 mg/L
Caution:Do not mix use with bleach, caustics, disinfectants or other chemicals
Case Study For Ammonia-nitrogen Removal In Petrochem Wastewater Treatment
Discover how do we use nitrifying bacteria to removal Ammonia-nitrogen from petrochem industrial wastewater to meet regulation
SINOCHEM Petrochemical wastewater treatment
petrochem industrial wastewater treatment,Ammonia-nitrogen removal, Total nitrogen removal
Project Background
1) Project Site: Sinochem ShangDong HongRun Plant
2) Wastewater type: Petrochemical wastewater
3) Flow rate: 4000 m3 / day
4) Project problem: High Ammonia-nitrogen and total nitrogen problem
5) Desired goals: Meet Ammonia-nitrogen effluent limit
Flow diagram and Wastewater paramete
1) Flow diagram:
Influent > EQ > Oil Separation > DAF > Anoxic > Aeration #1 > Aeration #2 > Clarifier > BAF> Ozone oxidation > Multimedia filtration > Effluent
2) Tank size:
Anoxic tank, 3 unit, each 2000 m3,
Aeration #1 , 5 unit, each 2000 m3
Aeartion #2, 2 unit, each 4000 m3
3) Wastewater parameter
Project diagnosis and solution
1) The Biological system has been greatly impacted because oil flow in to it, makes the nitrification not running at all, the Ammonia-nitrogen at inlet and outlet has no any reduction, total nitrogen of effluent don't meet regulation as well.
2) SV 30 result at 80%, MLSS at 6000 mg/L, the sludge concertration is very high, need to desludge to maintain MLSS at 4000 mg/L.
3) Carbon source in anoxic tank is insufficient, need to add glucose to as carbon source for denitrification process.
Products using
1) Nitrifying bacteria : Control Ammonia-nitrogen and maintain discharge compliance
2) Denitrifying bacteria: Quick recovery from filamentous bulking, improve settles problem
Project Implementation:
1) Check and make sure all facility, air diffuser, pipe, valve, instruments work properly.
2) Desludge from MLSS 6000 mg/L to 4000 mg/L
3) Daily dose 50 kg nitrifying bacteria into aeration tank for 14 days
4) Daily dose 50 kg denitrifying bacteria into anoxic tank for 12 days
5) Control backflow from aeration tank to anoxic tank at ratio 200%
6) Add glucose into anoxic tank for carbon source
Project Result
After 10 days of commissioning, Ammonia-nitrogen and total nitrogen have meet local regulations. Showed in following chart, NH-N is significantly reduced after dose nitrobacter 5 days later, and total nitrogen drops below 15mg/L after dose denitrifying bacteria 5 days later.
At present, the effluent is consistently meet local regulation, which proved that Tangsons Biotech nitrobacter and denitrifying bacteria can effectively reduce Ammonia-nitrogen and total nitrogen for petrochemical wastewater treatment.
Why choose Tangsons Biotech?
At Tangsons Biotech, we specializing in identifying and selecting the most optimal collection of microbes to produce specialty microbial-based products for various industries. Back up with the State Key Laboratory of Agricultural Microbiology, Our proprietary technology allows us to isolate and screen naturally occurring microorganisms to create microbial-based products that may possess novel, effective, and organic products.
Can i get free sample?
Yes, 20-50 gram free sample can be provided, freight collect.
What is your MOQ?
For sample testing, 1 kg MOQ, For commercial order, total 100 kgs MOQ
Can you provide docs for registration?
Yes, we can support distributor for local registration.
Can you provide Neutral packing or re-label service?
Yes, Neutral packing and re-label service can be offered,
What are your payment terms?
T/T Bank wire , LC at sight , Paypal, Payoneer, Alipay,
What is the deliver time?
Usually about 10-20 days, depends on quantity and products
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