Product Introduction:

Ammonia-oxidizing bacterial strains are microbial-based products and are highly effective solutions for wastewater treatment and bioremediation. They primarily include the following types:

Ammonia-degrading bacteria: This is a multi-species microbial consortium comprising both decomposing and synthesizing bacteria, including anaerobic, facultative, and aerobic strains. It is a mixed bacterial inoculant composed primarily of nitrifying strains from the genera Nitrosomonas (ammonia-oxidizing bacteria) and Nitrobacter (nitrite-oxidizing bacteria). Available in either solid or liquid form, it directly utilizes ammonia nitrogen present in wastewater as a nutrient source and is specifically designed to address elevated levels of ammonia nitrogen and nitrite in wastewater.

A composite facultative bacterial strain primarily composed of Bacillus subtilis: This is an optimal solution for treating river water with excessive ammonia nitrogen. The facultative bacteria in this formulation can grow and proliferate under both aerobic and anaerobic conditions.

Low-temperature resistant ammonia nitrogen bacteria: These bacteria use organic matter as a substrate (organic nitrogen as a carbon source) and can simultaneously carry out nitrification and denitrification to remove nitrogen. They are suitable for the removal of organic wastewater containing ammonia nitrogen, nitrate and nitrite, with an effective viable count of >10 billion CFU/ml.

Product Advantages:

Highly efficient ammonia nitrogen degradation: It can oxidize ammonia nitrogen, remove nitrite, and convert ammonia nitrogen into harmless substances through metabolism, effectively reducing the ammonia nitrogen content in water bodies. Multiple bacterial strains work synergistically to decompose recalcitrant organic matter into smaller molecules, which are then degraded in one step into nitrogen, carbon dioxide, and water, thus effectively degrading ammonia nitrogen and total nitrogen.

Strong adaptability: Certain composite bacterial products contain multiple strains that work synergistically, enabling them to adapt to varying water quality conditions and pollution levels, thereby ensuring consistent treatment performance. Cold-tolerant strains remain highly effective even at water temperatures between approximately 4°C and 15°C, rapidly degrading organic pollutants and improving effluent quality.

Environmentally safe: As a purely biological product, it is non-toxic and harmless to humans, animals, plants, and the environment. It treats wastewater through biodegradation without causing secondary pollution.

Low cost: Compared to traditional physical and chemical treatment methods, biological treatment using ammonia-degrading bacterial strains is significantly more cost-effective.

Shortened treatment cycle: It significantly reduces the operational duration required compared to conventional microbial wastewater treatment, resulting in more stable and efficient operation.

Service Industries:

Wastewater treatment industry: Suitable for various wastewater treatment systems, including aerobic treatment systems. It can be used to remove ammonia nitrogen in treatment facilities, restore systems after failure or collapse of older installations, and enhance the nitrification capacity of treatment systems during cold seasons.

River remediation industry: Effectively addresses ammonia nitrogen exceedance in riverine wastewater, helping to protect aquatic environments and maintain ecological balance.

Industrial wastewater treatment industry: Applicable to the treatment of nitrogen-containing industrial wastewaters, such as those from pharmaceutical, petrochemical, coking, papermaking, and food processing industries.

Aquaculture industry: Treats aquaculture wastewater, reduces ammonia nitrogen levels in water, and improves the aquatic environment for farming.

Municipal sector: Used for treating municipal wastewater to remove ammonia nitrogen pollutants.