Biotech Aquatica
NCOMP AQUARIUM - Complete Nitrogen reduction microbes
NCOMP AQUARIUM - Complete Nitrogen reduction microbes
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NCOMP AQUARIUM strength is a high-performance bacterial formulation that facilitates complete aerobic nitrogen removal in both freshwater and marine environments. Unlike traditional denitrification methods that require specialized anaerobic reactors, NCOMP operates under aerobic conditions, making it easier to implement, safer to use, and more versatile across a variety of aquaculture and wastewater applications.
Key Benefits of Aerobic Denitrification:
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No Specialized Reactors Needed 🔧
Traditional denitrification systems often require complex anaerobic filters or reactors, which can pose risks such as hydrogen sulfide (H₂S) production. NCOMP eliminates the need for these specialized setups by functioning aerobically, simplifying the process and reducing operational risks. -
Broad Applicability 🌿
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Pond:
Regular dosing of NCOMP helps control nitrogen levels in pond systems, ensuring healthier water quality for aquatic life. -
Biofilter Seeding & Boosting:
Use NCOMP to seed new biofilters or boost existing ones, regular dosing of nitrogen reduction microbes helps keep a healthy balance of bacteria within the aquatic system.
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Pond:
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Complete Nitrogen Removal 🌊🔬
NCOMP effectively reduces all major forms of nitrogen through aerobic biological processes, ensuring safer and more efficient nitrogen mitigation:-
Ammonia → Nitrite → Nitrate → Nitrogen gas (N₂)
This aerobic denitrification pathway ensures that harmful nitrogen compounds are fully processed and removed, preventing nitrogen accumulation in the system.
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Ammonia → Nitrite → Nitrate → Nitrogen gas (N₂)
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Safe for All Aquatic Lifeforms 🐠
NCOMP is suitable for use in systems containing a wide range of aquatic species, from fish and crustaceans to mollusks and aquatic plants.
Recommended Dosing:
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System Startup
5ml per 50L of water
Dose Rate & Frequency:
These are recommended starting doses. The actual dose rate and frequency should be adjusted based on:
- Stocking density
- Nitrogen levels in the system
- Specific issues being treated
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