Integrated oil separator lifting equipment has broken the traditional manual oil sludge removal operation, integrating automatic slag removal, oil separation, and wastewater lifting into an intelligent oil separator slag removal lifting mode. Equipped with an intelligent electric control system, the equipment greatly realizes the automation of slag removal, oil separation, and wastewater lifting with unmanned operation, achieving energy saving, stability, and convenience. This equipment is a highly efficient environmental-friendly product, and can also be customized according to customer requirements to meet the actual needs of different users, creating a favorable living atmosphere for a wide range of customers. It has already gained the trust and preference of an increasing number of clients.

The integrated oil separator lifting equipment consists of five parts: slag removal, oil separation, oil removal, oil treatment, and sludge lifting and discharge. According to the user's requirements, additional features such as temperature control heating and air flotation can be added.

Working Principle:

When kitchen grease and wastewater flow into the grit removal area, the solid suspended matter in the wastewater (such as vegetable leaves, rice, and broken bones, etc.) is automatically intercepted and contained in the grit filter basket.

Waste water is transferred to an oil-separation isolation zone after slag removal. Utilizing the pressure of incoming and outgoing water, the specific gravity of oil and water, and the ingenious oil-separation structure, the oil naturally stratifies and floats to the top of the separator tank. The oil is then drained into waste oil drums using an oil-separation device installed at the site. These drums must be cleaned or replaced regularly by personnel. During winter or when temperatures are low, to prevent the separated oil from solidifying and clogging, a temperature-controlled heating (optional) device is set up in the oil-separation isolation zone. When the temperature falls below the set value, a temperature sensor sends a heating signal and automatically heats up to prevent the oil from solidifying into lumps, making it easier to drain.

After removing oil contamination, the wastewater enters the lift station via the slow flow plate, and the specially designed internal circulation pumps (with mutual backup) automatically discharge it to the outdoor municipal pipeline under the control of an intelligent electrical control system.

Equipment Advantages:

1. ***Solution: With its simple equipment structure and ***, this solution is highly favored by subway stations, large and medium-sized *** hotels, office buildings, resorts, and food courts. It has emerged as an environmentally friendly alternative to traditional grease traps.

2. Equipment Principle: Utilizing a two-stage separation principle, first removing slag followed by oil and water separation, effectively segregating oil, water, floating slag, and sludge.

3. Equipment Design: The housing features a fully enclosed structure, ensuring no odor leakage and excellent environmental performance. The equipment's inlet and outlet directions, structure, and housing dimensions can be specially customized according to on-site conditions.

4. Equipment Material: The equipment cabinet, pipelines, and valves are all made of SUS304 stainless steel, which boasts excellent corrosion resistance and a pleasing appearance.

5. Dreg Removal System: Utilizing the principle of filter baskets, it separates large pieces of dregs and floating sludge from oil-polluted water, ensuring effective dreg removal.

6. Oil-Water Separation: The **separation space ensures ample time for oil and wastewater to separate, enhancing the oil-water separation process. The enclosed structure features reserved ventilation holes, preventing any odor leakage.

7. Heating System: To ensure that the separated oil is in a liquid state, the equipment is equipped with a heating system, facilitating the oil removal process smoothly.

8. Floating Device: Generates microscopic bubbles within the container, which combine with oil droplets to form oil-gas particles, enhancing the density difference between oil and water, thereby improving the oil-water separation efficiency.

9. Sludge Discharge: The oil sludge can be easily discharged through the mud valve at the bottom of the container, making maintenance convenient.

10. Control System: Equipped with an intelligent control system, the equipment operates through smart programs, featuring alarm and operational indication functions. It also allows for reserved remote monitoring signals to be connected to the equipment control room.

11. Emission Standards: The oil content and suspended particle levels in treated wastewater meet the national comprehensive wastewater discharge standard (GB8978-1996) at the third level, comply with *** emission permit requirements, and meet the standards for connection to the municipal pipeline network.

12. Environmental Protection: Floating oil and sediment are relatively concentrated, making them easy to collect and clean. They feature ***, no leakage, and centralized waste treatment, effectively preventing secondary environmental pollution.

13. Operational Costs: Easy equipment operation, convenient maintenance, and long service life.

Equipment Description:

Installation Conditions: Below-grade of buildings, basements, indoor or outdoor low water levels.

2. Maintenance: To ensure the equipment achieves optimal performance, users should promptly carry out cleaning and maintenance of the slag removal device, oil removal device, and scraper processor, etc. Timely clean and empty the small particle debris and sludge accumulated inside the equipment to ensure smooth and stable operation of the equipment's drainage.

Equipment Configuration (Customizable to Customer Needs):

Material: SUS304 Stainless Steel

Pipe/Valve Material: SUS304 Stainless Steel

Deoiling Equipment: SUS304 Stainless Steel

Dewatering Equipment: SUS304 Stainless Steel

Heating Equipment: SUS304 Stainless Steel

Flow Rate: 1-65 m³/h

Equipment Power: 0.75KW - 7.5KW

Operating Voltage: 380V

Oil and Sludge Removal Methods: Manual/Semi-Automatic/Full-Automatic

Wastewater Treatment Method: Fully Automatic