AutoPump AP4 Ultra

Description

Field tests have shown that the new AutoPump® AP4 Ultra from QED will last up to 10 times longer between service events. Tested in the most severe applications, this new pump ran longer and was easier to clean than the control group. Several improvements contribute to this longevity.

The AP4 Ultra uses proprietary non-stick finishes on the float and discharge tube to reduce solids buildup, extending the time between cleaning and making it much faster and easier to clean the pump. All metallic parts are 316-grade Stainless Steel, which has greater corrosion resistance and can withstand the attacks of the harshest leachate. The AP4 Ultra’s redesigned air control mechanism uses no fasteners or cotter pins for easier disassembly and greater reliability.

Key Features

• • Proprietary non-stick finishes on float and discharge tube to reduce solids buildup
• • 100% air-powered operation
• • Corrosion-resistant 316-grade stainless steel metallic parts
• • Reliable air control mechanism
• • Temperature ratings up to 180 °F, making it ideal for high temperature applications.
• • ATEX Certified
• • Functions under positive or negative (vacuum) pressure environments.
• • Does not require clean dry air to function properly and pumps particles up to 1/8 inch in diameter.
• • The AP4+ air valves can pass 90 weight oil without fouling.
• • Able to pump products with a specific gravity as low as .72
• • 5 Year Warranty

Benefits

• • Increase landfill gas extraction rates.
• • Reduced risk of liquid leakage through liners and side slope failures.
• • Lower rates of odors and non-methane organic compounds.
• • Field tests have shown that the AutoPump® AP4 & AP4.5 Ultra will last up to 10 times longer between service events. Tested in the most severe applications.
• • Cleans in up to 50% less time than control group, determined by field tests
• • Simple disassembly with no fasteners and no cotter pins
• • AutoPumps require no surface timer-based controllers, bubblers or sensors in the well to operate.