In the Oil & Gas Industry, an efficient filtration/separation system is critical to the reliability and performance of the physical assets that process petroleum products. Optimizing the reliability of these filtration systems is essential in maximizing your operational performance.
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Oil & Gas
Pure Life use advanced filtration technology to ensure enhanced performance and reduce operating costs. Three different stages of O&G industry that use filters are separated as follows:
Upstream
Midstream
Downstream
This comprises of production facilities where hydrocarbons are first recovered. Using effective separation solutions can help maximize output, increase oil recovery rates, and dispose of produced water. Produced water must meet cleanliness standards before disposal. Removal of harmful contaminants using a filter is essential to prevent erosion of capital equipment such as the dehydration unit.
This consists of the transportation of produced liquids, LNG production, and gas processing. Failure to separate and filter produced fluids during the transportation and processing operations can lead to expensive downtime. Filters are used to separate solid contaminants, oil, and water from gas streams.
The purity of feed streams in oil and gas refining is crucial to ensure adequate process reactions. Removal of particulates and fluid contaminants from them is essential for enhancing the overall performance.
Oil & Gas Industries
Types of filters
Cartridge filters are lightweight and can be used to meet a variety of filtration requirements. They are available in various diameters and lengths, as well as construction materials, including woven, nonwoven, and membranes.
Oil and gas filtration specifications are quite diverse. Listed below are a few commonly used filters in oil batteries and gas plants.
They are mostly used in glycol dehydrators, gas storage facilities, and more. Gas filters are used to separate entrained liquids and fine and medium-sized contaminants from gas streams.
These devices are primarily used to remove liquid aerosols and water from gas streams. They are used in petrochemical plants, oil and gas facilities, and power generation plants.
They can help with the removal of solid particulates from liquid streams while ensuring that no solid particles are present in the fluid. They can separate small and moderately sized solids as well as carryover contaminants, which is why they are used in so many applications.
✔ Prevent sand and pipeline dust from entering a gas plant facility.
✔ Clean fuel before it gets burned in a heater or engine.
✔ Reduce foaming in an amine or glycol contactor.
✔ Prevent reservoir plugging in water disposal well.
✔ Prolong pump impeller life in a hot oil system.
✔ Minimize the plugging of nozzles in instrument controllers.