русский
Español
عربى
Key Features:
HDPE Construction: The well is constructed from high-density polyethylene (HDPE), a durable and corrosion-resistant material suitable for underground applications. HDPE ensures long-term performance and reliability, even in harsh environmental conditions.
Triple-Compartment Design: The well features three separate compartments for the containment and separation of oil, water, and sediment. Each compartment is equipped with specialized baffles and filtration systems to facilitate efficient separation and removal of contaminants.
Buried Installation: The well is designed to be buried underground, small its visual impact and big available space. This underground installation also protects the well from external damage and vandalism, ensuring its longevity and integrity.
Easy Maintenance Access: Despite its buried design, the well is equipped with access points for easy maintenance and inspection. Removable covers or access panels allow for convenient access to each compartment for cleaning, maintenance, and monitoring purposes.
Environmental Compliance: The HDPE Buried Triple-Compartment Plastic Oil-Water Separation Well complies with environmental regulations and standards for the containment and treatment of oil and water pollutants. Its efficient design helps prevent contamination of soil and groundwater, ensuring environmental protection and regulatory compliance.
Modular and Scalable: The well's modular design allows for easy customization and scalability to meet specific project requirements. Additional compartments can be added as needed to accommodate higher volumes of oil and water or to address specific site conditions and contaminants.
Versatile Applications: The well is suitable for a wide range of applications, including industrial facilities, parking lots, gas stations, vehicle maintenance facilities, and other sites where oil and water separation is required. Its compact footprint and underground installation make it ideal for sites with limited space or aesthetic considerations.
Cost-Effective Solution: The HDPE Buried Triple-Compartment Plastic Oil-Water Separation Well offers a cost-effective solution for oil and water separation, reducing the need for expensive infrastructure and ongoing maintenance. Its durable construction and efficient design help small operational costs and ensure long-term reliability.
Installation Process:
The installation of the HDPE Buried Triple-Compartment Plastic Oil-Water Separation Well follows a systematic process to ensure proper functionality and performance:
Site Preparation: The installation site is prepared by excavating a trench or pit to accommodate the well. The trench is lined with a suitable base material to provide stability and support for the well.
Well Placement: The well is carefully placed in the excavated trench, ensuring proper alignment and orientation. The well's inlet and outlet connections are positioned to facilitate the efficient flow of oil and water through the compartments.
Backfilling: Once the well is in place, the trench is backfilled with suitable fill material, ensuring the well is securely anchored and supported underground. Care is taken to compact the backfill material to prevent settling and displacement.
Testing and Commissioning: The installed well is tested to ensure proper functionality and performance. Flow tests and inspections are conducted to verify the effectiveness of the oil-water separation process and the integrity of the well's components.
Applications:
The HDPE Buried Triple-Compartment Plastic Oil-Water Separation Well is suitable for a wide range of applications, including:
Industrial Facilities: Separating oil and water runoff from industrial processes, equipment, and storage areas to prevent pollution and comply with regulatory requirements.
Parking Lots: Managing oil and water runoff from vehicles and pavement surfaces to protect groundwater quality and prevent contamination of nearby water bodies.
Gas Stations: Collecting and separating oil and water from fueling areas and underground storage tanks to prevent spills and leaks from polluting soil and groundwater.
