During use, attention should be paid to controlling SRT solid residence time, carbonate alkalinity and other operating parameters to facilitate the better effectiveness of this product.

Antitoxicity: It can effectively resist chemical toxic substances, including chloride, cyanide and heavy metals.

Nitrifying agents

Product properties: powder

Main ingredients: nitrifying bacteria, alkali-producing bacteria, trace elements, etc.

Live bacteria content: 200 billion / g

Scope of application: suitable for industrial wastewater treatment.

Main efficacy

This product can quickly multiply in the biochemical system and hang a film on the filler, convert ammonia nitrogen and nitrite in sewage into harmless nitrogen, release it from the water body to achieve the effect of rapid degradation of ammonia nitrogen and total nitrogen, reduce the amount of odor release, inhibit the growth of putrefactive bacteria, reduce the production of biogas, ammonia and hydrogen sulfide, and reduce air pollution.

By adding nitrifying strains, this product can shorten the acclimation time and film hanging time of activated sludge, accelerate the start of the sewage system, reduce the residence time of sewage, and improve the overall treatment capacity; Adding nitrifying bacteria to the sewage treatment process can improve the efficiency of sewage ammonia nitrogen treatment by more than 60% on the original basis without changing the treatment process, reduce the cost, and is an environmentally friendly and efficient microbial agent.

Usage and dosage

According to the water quality index of the biochemical system, the first addition amount of industrial wastewater is 100-200 g/cubic meter (calculated according to the volume of the biochemical pool), and the system caused by too large fluctuations in the influent water is impacted and the added amount of the biochemical system is 30-50 g/cubic (calculated according to the volume of the biochemical pool). The amount of municipal sewage added is 50-80 g/cubic meter (calculated according to the volume of the biochemical pool).

Use parameters

The following physical and chemical parameters have been tested to be most effective for bacterial growth:

PH value: the average range is between 5.5~9.5, and the fastest growth can be achieved between 6.6~7.4, and the PH value is the best treatment efficiency in 7.2.

Temperature: effective between 8 °C ~ 60 °C. Temperatures above 60°C can lead to the death of bacteria; Bacteria do not die at temperatures below 8°C, but their cell growth is greatly restricted. The most suitable temperature is 26°C~32°C.

Dissolved oxygen: in the aeration tank in sewage treatment, the dissolved oxygen content is at least 2 mg/l; The rate of metabolism and degradation of the target substance by the highly adaptive bacterial family will be 5-7 times faster in sufficient oxygen.

Salinity: Suitable for high salinity industrial wastewater, can withstand up to 6% salinity.

Antitoxicity: It can effectively resist chemical toxic substances, including chloride, cyanide and heavy metals.

Note: When contaminated areas contain fungicides, their effects on microorganisms should be studied in advance.

Deodorant

Deodorizing bacteria are composed of methanogenic bacteria, radiation bacteria, sulfur bacteria and nitrifying bacteria, which can remove the odor discharged from garbage dumps and septic tanks, and are environmentally friendly bacteria.

Product description

Through the synergistic effect of strains, this product can remove hydrogen sulfide, ammonia and other gases discharged from garbage, eliminate the odor of garbage dumps, and solve the problem of organic pollutants and human feces and urine excrement pollution (air, water source, environment), so as to achieve the purpose of deodorization.

Who it applies to

Septic tanks Garbage disposal plants Large farms

How to use

The dosage of liquid fungicide is 80%ml/m3, and the solid bactericide is 30g/m3.

Processing effects

note

PH value: the average range is between 5.5~9.5, and the fastest growth can be achieved between 6.6~7.4.

Temperature: effective between 10 °C ~ 60 °C. Temperatures above 60°C can lead to the death of bacteria; Bacteria do not die at temperatures below 10°C, but their cell growth is greatly restricted. The most suitable temperature is 26°C~32°C.