Q.E.D. Environmental Systems, Inc., a leading manufacturer of innovative environmental products, highlights the AP4 Ultra AutoPump System Automatic air-powered pumps, which offer exceptional capabilities in the severe pumping conditions found at many landfill and remediation sites. The Ultra builds upon the established AutoPump® System, and comes with QED’s unmatched customer service.

All metallic parts of the AP4 Ultra pump are 316-grade Stainless Steel, which features high corrosion resistance and can withstand attacks of the harshest leachate. The AP4 Ultra pump uses proprietary non-stick finishes on the float and discharge tube to reduce solids buildup, extending the time between cleaning, and taking 50% less time to clean the pump. This pump features improved valve stem connections, so no fasteners or cotter pins are required. 

AutoPump Systems are designed specifically to handle difficult well conditions including hydrocarbons, landfill leachates and condensates, solvents, suspended solids, silts, corrosives, high viscosity liquids, high temperatures, and frequent starts and stops. 

AutoPump Systems are air-powered positive displacement pumps that require no surface timer-based controllers, bubblers or sensors in the well to operate. Unlike electric pumps, air-powered AutoPump Systems use no high-speed motors, bearings or impellers, so AutoPump Systems don’t heat up, seize up, or get ground up. The pump is activated by an internal float in response to the natural well recharge. The superiority of the AutoPump design is based on key strengths: high clearance fluid pathways using air as the motive force, materials of construction matched to site conditions, and a simple yet rugged operating mechanism. Because the AP4 pump fills by gravity and discharges by air displacement, no emulsification is created during its operation. AutoPump Systems operate reliably and safely, eliminating the dangers and costs of electricity at, and in the well. Finally, AutoPump Systems have a built-in control system – they pump when there is liquid present and shut down when the level is drawn down, without the need for any sensors in the well or controls at the surface.