Discover our advanced autotrophic ammonia nitrogen removal bacteria solution for efficient wastewater treatment in aquaculture and industrial settings, with rapid nitrification and enhanced system resilience.
The Ammonia Nitrogen Removal Bacteria (Autotrophic) Solution is an innovative biological treatment technology designed to efficiently remove ammonia nitrogen from wastewater. Utilizing autotrophic bacteria, it enhances nitrification in aerobic environments by converting ammonium (NH₄⁺) into nitrate (NO₃⁻) with minimal reliance on organic carbon sources. Ideal for low BOD environments, this solution delivers results within 3-5 days and is widely used in aquaculture to improve water quality for fish and shrimp farming, as well as in industrial sectors like chemical, pharmaceutical, and municipal wastewater treatment. It provides a sustainable and cost-effective alternative to conventional methods, ensuring healthier aquatic ecosystems and compliance with environmental standards.
The Autotrophic Ammonia Nitrogen Removal Bacteria Solution is designed for efficient ammonia nitrogen removal in wastewater treatment, particularly in aquaculture settings. This product works synergistically with indigenous nitrifying bacteria in aerobic systems, enhancing nitrification and improving resilience against environmental fluctuations. It performs exceptionally well in low BOD environments, delivering results within 3-5 days, making it ideal for rapid water quality improvement.
This solution is tailored for applications in aquaculture, where high ammonia levels can harm fish and shrimp, as well as industrial sectors like chemical, pharmaceutical, and municipal wastewater treatment. Available in liquid form in 5L, 10L, or 25L containers, it boasts a nitrification rate of 500 mg NH₄⁺-N/L/h. Its versatility supports systems of varying scales, ensuring efficient ammonia removal and water quality enhancement.
The solution integrates with processes like biofiltration, aeration, and sedimentation in aquaculture systems, and advanced industrial processes such as hydrolysis-acidification and ozonation. It optimizes performance, reduces operational costs, and ensures compliance with discharge standards through targeted microbial activity and nitrification rate optimization.
| Parameter | Value |
|---|---|
| Treatment Capacity | Up to 10,000 m³/d (industrial); 500 m³/d (aquaculture) |
| Nitrification Rate | 500 mg NH₄⁺-N/L/h |
| Influent Ammonia Nitrogen | Up to 50 mg/L (aquaculture); 900 mg/L (industrial) |
| Optimal pH Range | 7.0-8.0 |
| Effective Time | 3-5 days |
| Packaging Options | 5L, 10L, 25L containers |
| Process Compatibility | Biofiltration + Aeration (aquaculture); Hydrolysis-Acidification + Ozonation (industrial) |
| Commissioning Period | 15-25 days |
| Effluent Ammonia Nitrogen | < 5 mg/L (aquaculture); < 15 mg/L (industrial) |
| Water Quality Improvement | Enhanced fish/shrimp survival rates |
| Nitrification Rate Testing pH | 7.8-8.2 |
| Dissolved Oxygen Level | 4-6 mg/L |
Nitrification Rate Testing and Process Optimization
The Ammonia Nitrogen Removal Bacteria (Autotrophic) Solution supports efficient wastewater treatment in aquaculture and industrial settings. In aquaculture, it integrates with biofiltration and aeration systems to remove ammonia, while in industrial applications, it works with processes like hydrolysis-acidification and ozonation to enhance biodegradability and reduce pollutants. Autotrophic bacteria ensure stable nitrification under optimal conditions (pH 7.0-8.0, dissolved oxygen 4-6 mg/L).
Nitrification Rate Testing Overview
Nitrification rate testing validates the bacteria’s ammonia oxidation efficiency, crucial for optimizing treatment systems. Using a controlled setup with aeration and pH adjustment (7.8-8.2), the test measures ammonia degradation over 3 hours, helping to fine-tune parameters for aquaculture and industrial applications. This ensures the solution meets water quality standards effectively.
This solution leverages Qinggang® high-efficiency bacteria with rapid acclimation and strong pollutant removal capabilities. It establishes microbial communities within 3-5 days, supported by system reviews and training, ensuring enhanced efficiency in diverse environments.
Guangdong Aquaculture Farm Case Study
A fish and shrimp farm in Guangdong faced high ammonia nitrogen levels in its 500 m³/d wastewater system, threatening aquatic life. Ammonia concentrations reached 50 mg/L, reducing fish survival rates and impacting production. Traditional methods failed to address the issue efficiently, prompting the farm to adopt Qinggang’s Autotrophic Ammonia Nitrogen Removal Bacteria Solution. Within 15 days, the system achieved stable water quality, ensuring a healthier environment for aquatic species.
Governance Measures
The farm introduced Qinggang® ammonia nitrogen removal bacteria into its biofiltration system, paired with aeration to maintain dissolved oxygen at 4-6 mg/L. Nitrification rate testing was conducted to optimize pH (7.8-8.2) and bacterial dosing, ensuring rapid ammonia removal. On-site staff received training to monitor and maintain system parameters.
Governance Effects
Within 3 days, ammonia levels dropped below 5 mg/L, and fish survival rates increased by 20%. The solution’s rapid action stabilized the system, and after 15 days of commissioning, water quality consistently met environmental standards, supporting sustainable farming practices.
Project Highlights
The solution addressed high ammonia toxicity in aquaculture wastewater, ensuring a safe environment for fish and shrimp. By integrating nitrification rate testing, the farm optimized bacterial performance, reducing operational costs by minimizing chemical use and enhancing long-term system stability.
Contact us to explore how granular sludge can transform your wastewater treatment operations.
© 2025 Environmental Microbial Agent Manufacturer | All rights reserved.
