Antlia Engineering Works | Aodd Pump | Diaphragm Pump Manufacturer

Advancements in efficiency and a good array of chemicals combine to form the air-operated double-diaphragm (AODD) pump a useful choice for chemical processors. The circumstances surrounding the event of the air-operated double-diaphragm (AODD) pumping principle six decades ago involved a ruptured hookah, a flooded workshop and an exclamation that the thought could “make 1,000,000 dollars.” within the ensuing 60-plus years, those words have proven to be prophetic, because the AODD pump technology that was said to be “conceived out necessarily, born within the arms of innovation, and inspired by sheer will and determination” has become a frequent choice for operators in heavy-duty industries that need the pumping of water, slurries or any finely divided substance, like cement. AODD pumps (Figure 1) can obtain dry self-prime, run dry, maintain suction lift up to 30 ft, withstand deadhead pumping conditions, operate while completely submerged and pass solids of up to three in. in diame...

Study Proves   P.E.   Savings of AODD Pump Controls Air  O perated D ouble D iaphragm P ump  is common   to several   manufacturing facilities. As estimated by veteran   compressed gas   auditor Hank van Ormer of   aviation   USA, approximately 85 to 90 percent of plants   within   us   have an AODD pump.   they're   used for   all types   of liquid transfer applications, like those found in chemical manufacturing, wastewater removal, and pumping viscous food products. As ubiquitous as   they're , AODD pumps   also are   commonly misused. Per van Ormer, “ No air-operated equipment should run uncontrolled. ” However,   an honest   number   of producing   facilities still run AODD pumps without controllers. “ The typical situation we see [with AODD pumps] is   there's   no controller attached, ” explained Dr. David Goodman, Ph.D., C.E.A., Assistant Director o...

Air operated double diaphragm (AODD) pump has generated a well-earned reputation for a technology that's ideally suited to pragmatic, auxiliary, or fundamental liquid-handling and transport software. AODD pumps excel in these sorts of applications since they have design features that enable them to provide easy, seamless functioning and empower them to self-prime, operate dry, reach suction lift up to 30 feet, withstand deadhead pumping requirements, function while underwater, and pass solids up to 3 inches in diameter. Are highly desirable in most process applications and why AODD pumps are an actually true “procedure" pumps which are capable of doing efficiently, reliably, and securely within a broad assortment of critical fluid-handling software. AODD pumps also strike on the operational sweet place in lots of the fluid-handling tasks which are widespread from the chemical-processing sector. In Reality, there are four important areas where AODD pumps will outpe...

This chemical material causes a range of problems due to its rough properties and can be hard going on specific types of pump systems. Due to which, pump failure rates are a common issue of those trying to shift this chemical material, costing ventures valuable time and resources due to its maintenance.       Considering this, we look at peristaltic hose pumps and why they are flawlessly right as magnesium hydroxide pumps – as they are dependable and cost-effective for a the number of diverse situations. What is Magnesium Hydroxide & its benefits? Magnesium hydroxide is used in numerous variety of industries to both lower the PH levels of a liquid transported, and to lessen the accrual of slag collection inside a pump system. Benefits of using magnesium hydroxide include: ·         It’s non-acidic ·         Taking down unwanted deposits of materials ·    ...

If you have got an Air operated double diaphragm pump in your system, odds are you might be experiencing some sort of pulsation resulting in the rattling & vibration movement in the pipes and system? A pulsation dampener may be a great choice for AODD pump to get a steady flow. WHAT DOES A PULSATION DAMPENER DO? Pulsation dampeners absorb the power from the pulse wave created by a diaphragm pump, more like a twitch absorber in a vehicle. Absorbing these pulse waves protects pipe welds and supports the system components from damage due to emphasis or excess movement. HOW DOES A PULSATION DAMPENER WORK? As the pulsating flow enters the dampener vessel, the air pocket trapped above the fluid absorbs up to 80% - 89% of the pulsation, allowing a laminar or smooth flow downstream the dampener. A pulsation dampener is a device that stores energy & it has a pre-set charge that it can use to absorb shocks to the system on which it is installed. This subtracts...

Air Operated Double Diaphragm pumps play an important role in many stages of chemical production and processing. From the intake of chemical components from storage through to transporting processed products to the point of distribution, the fluid move is an essential part of everyday operations in the chemical industry. Whether transferring benign or hazardous material, diaphragm pumps transfer chemicals safely and efficiently to minimize production downtime. A type of positive displacement pump, AODD pumps transfer fluid by trapping a fixed amount of that fluid and forcing or “displacing” it into the discharge pipe. Using diaphragms and check valves, the liquid chambers are filled and emptied by fluid that is drawn through a common inlet and discharged through a single outlet. Employing compressed air as its power source, an AODD pump shifts the air from one tank to the other by a linked shaft. This motion forces liquid out of one tank & into the discharge piping whi...

This chemical material causes a range of problems due to its rough properties and can be hard going on specific types of pump systems. Due to which, pump failure rates are a common issue of those trying to shift this chemical material, costing ventures valuable time and resources due to its maintenance. Considering this, we look at peristaltic hose pumps and why they are flawlessly right as magnesium hydroxide pumps – as they are dependable and cost effective for a number of diverse situations. What is Magnesium Hydroxide & it’s benefits? Magnesium hydroxide is used in numerous vriety of industries to both lower the PH levels of a liquid transported, and to lessen the accrual of slag collection inside a pump system. Benefits of using magnesium hydroxide include: It’s non-acidic Taking down unwanted deposits of materials Ecologically friendly Safe for human consumption Though it is a common material, magnesium hydroxide can also cause problems, particular...