Waste Water Treatment Bacterial Reduces Organic Pollutants

Features:

Our product contains a proprietary blend of Bacillus subtilis for starch/fat degradation, Nitrosomonas for ammonia oxidation, and Pseudomonas putida for hydrocarbon breakdown.

-pH Range: 5.0–9.5 (acidic to alkaline wastewater compatibility).

-Temperature Tolerance: 4°C–55°C (works in cold climates and high-heat effluents).

-Salinity Resistance: Functions in brackish water up to 3% salinity.

-Compatible with UV disinfection systems and common flocculants (e.g., PAC, alum).

-Dosage Efficiency: 1 kg treats 5–10 tons of wastewater (varies by pollutant load).

-Reduces energy consumption in aeration tanks by 15–20% through improved oxygen utilization.

Applications:

Industrial Wastewater Treatment

Reduces COD (Chemical Oxygen Demand) by 70–90% in food processing, textile, chemical, and pharmaceutical effluents.

Breaks down stubborn pollutants: fats, oils, synthetic dyes (e.g., azo dyes), phenols, and surfactants.

Prevents sludge bulking in activated sludge systems and reduces scum formation in clarifiers.

Municipal Sewage Management

Degrades organic solids in sewage sludge, cutting disposal costs by 30–50%.

Controls hydrogen sulfide (H2S) odor in pumping stations and sewer networks.

Enhances nitrification in aeration tanks to meet NH3-N discharge limits (<2 ppm).

Aquaculture & Pond Ecosystems

Stabilizes ammonia (<0.5 ppm) and nitrite levels in shrimp/fish farms, improving survival rates.

Suppresses harmful algal blooms by competing for nutrients (e.g., phosphates).

Maintains dissolved oxygen (DO) >4 mg/L for healthy aquatic life.

Organic Waste Liquidation

Accelerates decomposition of food waste, agricultural residues, and manure in aerobic digesters.

Reduces landfill leachate toxicity by degrading cellulose and lignin compounds.

Residential & Commercial Systems

Clears grease blockages in septic tanks, RV systems, and restaurant grease traps.

Minimizes sludge buildup in home sewage treatment plants and communal drainage systems.