Description
At Yongrad, we understand the environmental and regulatory challenges businesses face when managing fuel and oil-contaminated wastewater. Our petrol and oil interceptors offer an innovative solution to capture and separate harmful hydrocarbons, ensuring that your business stays compliant while safeguarding water systems from pollution.
Next-Level Oil and Fuel Contamination Control
- Precision Separation Technology: Our interceptors utilize advanced mechanisms to efficiently isolate petrol, oils, and other hydrocarbons, ensuring only clean water is released into the environment.
- Rugged Durability for Demanding Environments: Built from corrosion-resistant materials, Yongrad interceptors are engineered to withstand the harsh conditions of high-traffic areas like service stations and industrial zones.
- Minimal Disruption, Maximum Efficiency: With easy-access points for quick inspections and cleaning, our interceptors ensure smooth operations with minimal downtime. Spend less time maintaining and more time focusing on your business.
- Eco-Conscious Compliance: Designed to meet even the most stringent environmental regulations, our petrol and oil interceptors help you mitigate environmental risks, reducing the likelihood of spills and contamination that can harm ecosystems.
The Yongrad Difference: A Smarter Approach
Our petrol and oil interceptors are more than just functional—they are an integral part of future-proofing your business. With an emphasis on intelligent design and minimal maintenance, Yongrad solutions offer long-term reliability. We don’t just protect your business from environmental infractions; we help you become a leader in sustainable operations.
Where Can They Be Used?
Yongrad petrol and oil interceptors are ideal for:
- Service stations
- Vehicle maintenance facilities
- Industrial sites handling large volumes of fuel and oil
- Parking lots and airports where runoff contamination is a risk
How It Works
When water containing fuel or oil enters the interceptor, it passes through a series of chambers that slow down the flow. This allows lighter contaminants like petrol and oil to float to the surface while heavier particles settle. Clean water exits the system, free from harmful pollutants, while the trapped contaminants are safely stored for removal.
