Antlia Engineering Works | Aodd Pump | Diaphragm Pump Manufacturer

  Preventative maintenance AODD pumps are very reliable since they need only a few moving parts and components which will wear. They compare very favourably with pumps that have close-fitting sliding or rotating mechanisms, where the passage of abrasive slurries, for instance, can cause excessive wear to the moving parts of the pump. This can cause significant downtime and repair costs. These problems don't arise with AODD pumps since large internal volumes and flow through prevent clogging, with the dimensions of solid particles which will be pumped associated with the pump size. Key factors to think about for preventative maintenance are: • Diaphragm lifetime • Compressed air quality • Flushing of pumps after use. The diaphragm may be a dynamic seal that converts the pneumatic pressure on one side to fluid pressure on the opposite (the material to be pumped). Although the differential atmospheric pressure across the diaphragm and corresponding internal stresses are

Oil rigs, midstream production and refineries are dangerous places where one spark during a highly combustible environment can mean disaster . When you’re working within the oil and gas industry, you don’t have time to fiddle with unreliable equipment. Whether onshore or offshore, you would like machinery you'll trust to try to do the work the primary time. Air-operated double-diaphragm (AODD) pumps are one among the foremost critical pieces of kit to the industry. Oil and gas workers calculate AODD pump to not only keep their production moving smoothly but also to stay them safe. In fact, there are many reasons you ought to use engineered AODD pumps in critical applications, like those within the oil and gas industry. 1. AODD pumps are safe in potentially explosive environments . AODD pumps by their nature don't use electricity and are fully groundable. This is often important because groundable equipment prevents static discharge from igniting a combustible environ

  Since its invention in 1955 as a mining pump, the air-operated double-diaphragm (AODD) pump has established a well-earned reputation as a technology that's ideally fitted to utilitarian, auxiliary, or basic liquid-handling and transfer applications. AODD pump excels in these sorts of applications because they possess design characteristics that allow them to supply simple, seal-less operation and enable them to self-prime, run dry, achieve suction lift up to 30 feet, resist deadhead pumping conditions, operate while submerged, and pass solids up to three inches in diameter.   It didn’t take long for companies to ascertain why these operational characteristics would be highly desirable in many processes applications and why AODD pumps are really true “process” pumps that are capable of performing efficiently, reliably, and safely during a wide selection of critical fluid-handling applications. AODD pump also hit the operational sweet spot in many of the fluid-handling tasks