Oil Removal Bacteria Agent for Industrial & Municipal Wastewater Treatment
Our Oil Removal Bacteria Agent is a targeted biological product developed to degrade and remove oil and grease from wastewater. It contains a synergistic combination of Bacillus, yeast genus, micrococcus, enzymes, and nutrient agents, making it suitable for various oily wastewater environments. This microbial agent accelerates oil decomposition, reduces COD, and supports overall system stability without secondary pollution.
Product Description
Appearance: Powder
Living Bacteria Count: ≥ 20 billion CFU/gram
Key Components:
Bacillus
Yeast genus
Micrococcus
Enzymes
Nutrient agent
Others
This formula facilitates the rapid breakdown of emulsified and floating oils, restoring water clarity, reducing suspended solids, and improving dissolved oxygen levels within the treatment system.
Main Functions
1. Oil and Grease Degradation
Effectively degrades various oils and greases in wastewater
Helps reduce COD and suspended solids
Improves overall system effluent quality
2. Sludge and Odor Reduction
Inhibits the activity of anaerobic, odor-producing bacteria
Reduces sludge formation caused by oily substances
Prevents hydrogen sulfide (H₂S) generation and reduces toxic odors caused by organic sludge accumulation.
3. System Stability Enhancement
Enhances microbial community performance in oily wastewater systems
Promotes balance in biochemical treatment processes
Application Fields
Applicable in systems handling oily wastewater, such as:
Industrial oily wastewater treatment systems
Garbage leachate treatment
Municipal sewage containing high oil content
Other systems affected by oil-based organic pollution
Note: Please refer to actual site conditions for specific suitability.
Recommended Dosage
Initial Dosage: 100–200g/m³
Specific dosing should be adjusted based on water quality and influent conditions
Optimal Application Conditions
For best performance, apply under the following conditions. In cases where wastewater contains excessive toxic substances, unknown organisms, or abnormally high pollutant concentrations, please consult our technical experts before application.
|
Parameter |
Recommended Range |
Remarks |
| pH | 5.5–9.5 | Optimal growth at pH 7.0–7.5 |
| Temperature | 10°C–60°C | Ideal range: 26–32°C; activity inhibited below 10°C; inactivation above 60°C |
| Dissolved Oxygen | Anaerobic: 0–0.5 mg/LAnoxic: 0.5–1 mg/L Aerobic: 2–4 mg/L | Adjust aeration based on treatment stage |
| Trace Elements | Potassium, iron, calcium, sulfur, magnesium | These elements are generally available in sufficient amounts in natural water and soil environments. |
| Salinity | Tolerates up to 40‰ | Applicable in both freshwater and seawater systems |
| Toxic Resistance | / | Resistant to certain toxic chemicals, including chlorine compounds, cyanides, and heavy metals |
| Biocide Sensitivity | / | Presence of biocides may inhibit microbial activity; prior evaluation is required before application. |
Storage & Shelf Life
Shelf Life: 2 years under recommended storage conditions
Storage Conditions:
Store sealed in a cool, dry, and well-ventilated area
Keep away from fire sources and toxic substances
Avoid inhalation or contact with eyes; wash hands thoroughly with warm soapy water after handling
Important Notice
The actual treatment effect may vary with influent composition, site conditions, and system operation.
If disinfectants or bactericides are present, they may inhibit bacterial activity. It is recommended to evaluate and neutralize them before using the product to ensure optimal biological performance.
