Used GARDNER DENVER Greenline #9118280 for sale

GARDNER DENVER Greenline progressive cavity pumps are designed to meet the most extreme requirements of downstream oil and gas applications. The robust yet lightweight pumps feature two main components, a stator and rotor, which transfer energy in a simple but efficient way. The progressive cavity pumps are reliable, non-pulsating pumps that are virtually self-starting, require low maintenance, and can handle a wide variety of viscous, abrasive, or erosive fluids. The superior design of Greenline ensures maximum efficiency and performance over long periods of service. Thanks to small, efficient electric motors, the pumps operate very quietly and require minimal energy. An intelligent monitoring and control system also permits optimal speed control for low power consumption. GARDNER DENVER Greenline features advanced materials of construction. The pump shaft is constructed from a stainless steel alloy that is corrosion-resistant and ideal for use in hazardous environments. Liquid ends are made from either a cast iron or 316 stainless steel for maximum strength and durability. The pump's low weight and robust construction also make it particularly suited for offshore and subsea applications. The pumps have a high suction capability; they can draw in fluids from below ground as well as from sea-beds. Additionally, with their ability to handle both pressurized and non-pressurized systems, Greenline pumps are perfect for transporting fluids through transport and storage lines. Finite element analysis also delivers optimal rotor and stator geometries for exact performance in each application. The pumps come with a selection of sealings, including single- and double-mechanical seals. Auto-sealing becomes possible with the help of pressurized oil or water injection. The rotor and stator also feature superior abrasion and wear resistance, so the pump will maintain an effective seal even in the toughest conditions. GARDNER DENVER Greenline progressive cavity pumps require minimal maintenance and are easy to operate. An optimized bearing design increases service life and keeps downtime to a minimum. Replacement parts are also readily available and can be quickly and easily sourced from any stockist.