Oily Wastewater Treatment Solution Process Project
Integrated Wastewater Treatment System
Average Capacity: 500m3/Day
DAF + Biological Treatment (A/O) + MBR +Nanofiltration (NF) System
Space Requirement: 15×4.0x35m <W*H* L>
Power Consumption :15KW/H
Controlling: Automatic Running PLC +Touch Screen
Output Water Quality: Meet the international standards, for discharge or reuse in irrigation.
This integrated wastewater treatment system combines *Dissolved Air Flotation (DAF), Biological Treatment (A/O Process), Membrane Bioreactor (MBR), and Nano filtration (NF) to achieve high-efficiency removal of organic pollutants, suspended solids, nutrients (N/P), heavy metals, and dissolved salts. The system is suitable for industrial, municipal, and high-salinity wastewater treatment, with the capability to produce reclaimed water for reuse.
For more information or quotation, please share those information for us:
1. Raw water qaulity test report ?
2. Output Water quality standard?
3. Treatment Capacity per hour ?
Oily Wastewater treatment process:
- Pretreatment Stage: Dissolved Air Flotation (DAF)
- Function: Removes free oils, grease, suspended solids (SS), and colloidal particles through micro-bubble flotation.
- Key Components:
*Air Dissolution System: Generates 20-50 µm microbubbles.
*Chemical Dosing (Optional): Coagulants (e.g., PAC, FeCl₃) and flocculants (e.g., PAM) enhance removal efficiency.
*Skimmer Mechanism: Automatically removes floating sludge.
- Performance:
*Oil & Grease Removal: >90%
*SS Removal: 80-95%
*COD Reduction: 30-50% (depending on wastewater type)
- Applicable Wastewater:
Food processing, slaughterhouse, petrochemical, and textile wastewater.
2. Biological Treatment Stage: Anaerobic-Oxic (A/O)-Aarobic + MBR
- Function: Degrades organic pollutants (BOD/COD), ammonia (NH₃-N), and total nitrogen (TN) through microbial metabolism.
- Anaerobic Tank (A-Stage)
*Process: Hydrolysis & acidification of complex organics.
*HRT (Hydraulic Retention Time): 4-8 hrs
*Key Microbes: Hydrolytic & acidogenic bacteria.
- Oxic Tank (O-Stage) + MBR
*Process: Aerobic degradation of organics and nitrification (NH₃-N → NO₃⁻).
*DO (Dissolved Oxygen): 2-4 mg/L
*MLSS (Mixed Liquor Suspended Solids): 8,000-12,000 mg/L (higher than conventional activated sludge)
*MBR Filtration:
*Pore Size: 0.01-0.06 µm (ultrafiltration)
*Flux Rate: 10-25 LMH (L/m²·h)
*Backwash Cycle: 30-60 mins (automated)
- Performance:
*COD Removal: 90-98%
*NH₃-N Removal**: >95%
*TN Removal**: 70-85%
*TSS in Effluent: <1 mg/L
- Applicable Wastewater:
Municipal sewage, food & beverage, pharmaceutical, and landfill leachate
Oily Wastewater Treatment can treatment different of source Waste Water Types & Treatment Capacity
| Wastewater Category | Key Pollutants | Treatment Approach | Expected Effluent Quality | Capacity M3/H |
| 1. Gas&oil waste water | High COD, oils, SS, TN | DAF → A/O-MBR → NF (optional for reuse) | <20m³/H | |
| 2. Food Processing | High COD, oils, SS, TN | DAF → A/O-MBR → NF (optional for reuse) | COD <60 mg/L, NH₃-N <5 mg/L | <20m³/H |
| 3. Textile/Dyeing | Dyes, heavy metals, high salinity | | DAF (coagulation) → MBR → NF (decolorization & desalination) | Color <10 Pt-Co, COD <60 mg/L | <20m³/H |
| 4. Landfill Leachate | High NH₃-N, refractory COD | A/O-MBR (extended sludge age) → NF (organics removal) | COD <150 mg/L, TN <15 mg/L | <10m³/H |
| 5. Municipal Sewage | BOD, NH₃-N, TP | A/O-MBR (enhanced biological P removal) → Optional NF for reuse | COD <50 mg/L, TN <5 mg/L | <30m³/H |
| 6. Pharmaceutical | Antibiotics, high salinity | Advanced oxidation (O₃/UV) → MBR → NF (trace organics removal | COD <90 mg/L, TDS <500 mg/L | <10m³/H |
| 7. Electroplating | Ni²⁺, Cu²⁺, CN⁻, acids | Chemical precipitation → DAF → MBR → NF (metal polishing) | Heavy metals <0.1 mg/L | <10m³/H |
The advantages of mobile MBR wastewater plant:
- Cost savings, it’s especially for small capacity project.
- Moveable and Less Constructuion works
- High Quality, Assembly it according to ISO standard and with quality parts
- Fully automatic, easy operation and management
- Everything from one source provider
- Customerized wastewater treatment plant, according to your project requirement.
The Benifits of Containerized MBR Plant:
* System operates at a low pressure
* Removes bacteria and viruses
* Keeps essential minerals in water
* Installs quickly and easily
* Does not generate waste water
* An ultrafiltration system is eco-friendly. Ultrafiltration has a 90-95% recovery rate and can be used to treat wastewater for reuse. Using a home ultrafiltration water system benefits the environment by reducing the amount of plastic water bottles discarded in landfills.
Package
Loading in Container of Wastewater Equipments in wood case will be installed and commissioning in project site.
Our Service
1. We are the manufacturer of MBR Membrane, MBR System for waste water treatment, we can produce the products according to your requirements.
2. We Provides a full range of services , even small sewage treatment plant and water treatment equipment, sewage treatment plant from the design proposal, producing to installation and testing, even after sale. We regard our customer as a long term business partner.
3. Equipment and project sample as your reference.
- Description:
This integrated wastewater treatment system combines *Dissolved Air Flotation (DAF), Biological Treatment (A/O Process), Membrane Bioreactor (MBR), and Nano filtration (NF) to achieve high-efficiency removal of organic pollutants, suspended solids, nutrients (N/P), heavy metals, and dissolved salts. The system is suitable for industrial, municipal, and high-salinity wastewater treatment, with the capability to produce reclaimed water for reuse.
For more information or quotation, please share those information for us:
1. Raw water qaulity test report ?
2. Output Water quality standard?
3. Treatment Capacity per hour ?Oily Wastewater treatment process:
- Pretreatment Stage: Dissolved Air Flotation (DAF)
- Function: Removes free oils, grease, suspended solids (SS), and colloidal particles through micro-bubble flotation.
- Key Components:
*Air Dissolution System: Generates 20-50 µm microbubbles.
*Chemical Dosing (Optional): Coagulants (e.g., PAC, FeCl₃) and flocculants (e.g., PAM) enhance removal efficiency.
*Skimmer Mechanism: Automatically removes floating sludge.
- Performance:
*Oil & Grease Removal: >90%
*SS Removal: 80-95%
*COD Reduction: 30-50% (depending on wastewater type)
- Applicable Wastewater:
Food processing, slaughterhouse, petrochemical, and textile wastewater.
2. Biological Treatment Stage: Anaerobic-Oxic (A/O)-Aarobic + MBR
- Function: Degrades organic pollutants (BOD/COD), ammonia (NH₃-N), and total nitrogen (TN) through microbial metabolism.
- Anaerobic Tank (A-Stage)
*Process: Hydrolysis & acidification of complex organics.
*HRT (Hydraulic Retention Time): 4-8 hrs
*Key Microbes: Hydrolytic & acidogenic bacteria.
- Oxic Tank (O-Stage) + MBR
*Process: Aerobic degradation of organics and nitrification (NH₃-N → NO₃⁻).
*DO (Dissolved Oxygen): 2-4 mg/L
*MLSS (Mixed Liquor Suspended Solids): 8,000-12,000 mg/L (higher than conventional activated sludge)
*MBR Filtration:
*Pore Size: 0.01-0.06 µm (ultrafiltration)
*Flux Rate: 10-25 LMH (L/m²·h)
*Backwash Cycle: 30-60 mins (automated)
- Performance:
*COD Removal: 90-98%
*NH₃-N Removal**: >95%
*TN Removal**: 70-85%
*TSS in Effluent: <1 mg/L
- Applicable Wastewater:
Municipal sewage, food & beverage, pharmaceutical, and landfill leachate
- Application
Oily Wastewater Treatment can treatment different of source Waste Water Types & Treatment Capacity
Wastewater Category Key Pollutants Treatment Approach Expected Effluent Quality Capacity M3/H
1. Gas&oil waste water High COD, oils, SS, TN DAF → A/O-MBR → NF (optional for reuse) <20m³/H 2. Food Processing High COD, oils, SS, TN DAF → A/O-MBR → NF (optional for reuse) COD <60 mg/L, NH₃-N <5 mg/L <20m³/H 3. Textile/Dyeing Dyes, heavy metals, high salinity | DAF (coagulation) → MBR → NF (decolorization & desalination) Color <10 Pt-Co, COD <60 mg/L <20m³/H 4. Landfill Leachate High NH₃-N, refractory COD A/O-MBR (extended sludge age) → NF (organics removal) COD <150 mg/L, TN <15 mg/L <10m³/H 5. Municipal Sewage BOD, NH₃-N, TP A/O-MBR (enhanced biological P removal) → Optional NF for reuse COD <50 mg/L, TN <5 mg/L <30m³/H 6. Pharmaceutical Antibiotics, high salinity Advanced oxidation (O₃/UV) → MBR → NF (trace organics removal COD <90 mg/L, TDS <500 mg/L <10m³/H 7. Electroplating Ni²⁺, Cu²⁺, CN⁻, acids Chemical precipitation → DAF → MBR → NF (metal polishing) Heavy metals <0.1 mg/L <10m³/H - Benefits
The advantages of mobile MBR wastewater plant:
- Cost savings, it’s especially for small capacity project.
- Moveable and Less Constructuion works
- High Quality, Assembly it according to ISO standard and with quality parts
- Fully automatic, easy operation and management
- Everything from one source provider
- Customerized wastewater treatment plant, according to your project requirement.
The Benifits of Containerized MBR Plant:
* System operates at a low pressure
* Removes bacteria and viruses
* Keeps essential minerals in water
* Installs quickly and easily
* Does not generate waste water
* An ultrafiltration system is eco-friendly. Ultrafiltration has a 90-95% recovery rate and can be used to treat wastewater for reuse. Using a home ultrafiltration water system benefits the environment by reducing the amount of plastic water bottles discarded in landfills.- Package
Package
Loading in Container of Wastewater Equipments in wood case will be installed and commissioning in project site.
- Our Service
Our Service
1. We are the manufacturer of MBR Membrane, MBR System for waste water treatment, we can produce the products according to your requirements.
2. We Provides a full range of services , even small sewage treatment plant and water treatment equipment, sewage treatment plant from the design proposal, producing to installation and testing, even after sale. We regard our customer as a long term business partner.
3. Equipment and project sample as your reference.
