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TEN REASONS YOU MUST USE ENGINEERED AODD PUMPS

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 environment.

2. Gas-powered pumps are available.

Traditional AODD pumps are designed to be used with air only. Over the years, oil and gas operators have opted to power their diaphragm pumps with easily accessible gas .This g-series pump line is csa certified to be operated with either sweet/sour gas or instrument air. AODD Pump Suppliers provide safety features and help standardize inventory for multiple locations.

3. GODD pumps are versatile.

Gas or air operated heavy-duty flap valve pumps can safely carry the abrasive slurries, suspended and non-suspended solids and enormous line-size solids found within the oil and gas market. Gas/oil field pumps are often utilized in a good range of applications, including:

• lube oil transfer

• Glycol recirculation/heat trace

• flare knockout

• Glycol transfer/water make-up

• Sump/general transfer

• Tank bottom recirculation/transfer

• Utility/general transfer

• Separators and knockout drums

• General-duty spill cleanup

• Diesel fuel transfer

• Seawater pump for drilling fluid make-up

• produced water/condensate transfer

• cellar pump-out and dirt transfer

4. AODD pumps are often utilized in flare knockout applications.

AODD pumps can pump liquids with entrained gasses while many other pump designs will air bind thanks to excessive amounts of gasses present. The liquid and gas mixture can then be disposed of or reprocessed.

5. Different porting options are available.

Look for AODD Pump manufacturers who offer bottom discharge porting, which prevents settling, solids from shortening pump life and provides the superior suction lift.

6. Flap valve pumps offer superior solids handling.

Flap valve pumps with top suction configurations are designed to pump solids without causing damage to pump internals caused by solids to build up.

7. AODD pumps are portable.

Safely and simply transported, double diaphragm pumps are made for tough environments. Some are made with roll cages or skid bases, in order that they are often thrown within the back of a truck and brought from one site to a different.

8. AODD pumps work consistently despite the temperature.

AODD pumps can operate within the freezing and very high temperatures encountered on oil rigs or in gas fields.

9. Containment-duty AODD pumps help prevent leaks.

Metallic and non-metallic containment-duty pumps are ideal for pumping highly corrosive and unsafe chemical fluids. These are often constructed of aluminium, cast iron, chrome steel, alloy c, polypropylene and PVDF bodies with elastomeric and PTFE options for diaphragms and check valves. Unlike a standard AODD, the planning of the pump will prevent fluid from leaking within the event of a diaphragm failure. It'll also prevent instrument air powering the pump, from entering the method fluid when the diaphragm fails.

10. Accessories can improve pump efficiency/lifespan.

Accessories, like filter regulators and liquid level control, are often purchased and installed to extend the method control of the method and lengthen the lifespan of the pump.


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