Oil and Gas Production

For oil & gas production, effective and reliable filtration and separation solutions are essential. Improved filtration across upstream, midstream, and downstream is vital for increased productivity. We offer premium solutions that reduce operating costs, minimize downtime, and enhance overall business performance.

Explore Our Oil & Gas Solutions

Upstream

Whether assets are onshore or offshore contamination is a lead contributor to costly downtimes and expensive maintenance cycles. Equipment reliability is of paramount importance in keeping the operation on schedule and Pall is able to deliver advanced contamination control solutions that provide better operational efficiency, minimize maintenance downtime, and improve business performance.

Midstream

Contamination control in midstream gas processing if critical to ensure that environmental and performance specification are achieved with the minimal economic impact to operations. The removal of solid and liquid contaminants from pipelines and natural gas processing units is essential to ensure the reliability and consistence of midstream operations.

Downstream

Oil and gas downstream refining rely on the purity of feed streams for efficient process reactions. Removal of fluid and particulate contaminants from feed streams and fluid recirculation processes is essential for improving downstream refining efficiency.

Engineering, Procurement and Construction (EPC)

Partnering with an expert team can pay dividends when delivering world-class EPC projects. Engaging with specialists who can support with scope, time and costs, particularly when you have multiple complex elements, is key to ensuring the most successful of outcome.

Filter Rental Services

A locally available fleet of mobile equipment for short and long-term rental to protect critical process assets, safeguard output and improve product quality.

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PhaseSep® EL Coalescers

Effectively Separate Liquid/Liquid Dispersions Optimize Coalescer and/or Pre-fi lter Life

Pall’s PhaseSep EL coalescer provides chemical/ petrochemical, oil & gas, and refinery plants containing aggressive or high temperature streams with improved separation efficiency via a coarse coalescer format. This product performs well in applications with high solids and difficult oil/water emulsions. The PhaseSep EL coalescer differentiates from bulk separators and commodity coalescers by achieving low OPEX and lower CAPEX with high efficiency contaminant separation.

Efficient separation of water from hydrocarbon streams without disarming

AquaSep® Plus

Liquid Separation and Particle Removal

Entrained water in liquid hydrocarbons and chemicals can be a problem. Hydrocarbons and chemicals, which contain high surfactant concentrations, are particularly vulnerable. Surfactants make water removal difficult for conventional liquid/liquid coalescers and other water separation equipment because they lower the interfacial tension between the water and the continuous phase fluid. The same problem can occur when attempting to separate oil from water. The presence of surfactants also leads to disarming of the coalescer. Pall’s AquaSep coalescer will efficiently separate water from a hydrocarbon stream without disarming.

SepraSol™ Plus

The SepraSol™ Plus Liquid/Gas Coalescer removes liquids and solids from high-flow gas streams that contain high concentrations of liquids. The SepraSol Plus media can process several times more liquid per unit area of media than conventional media and often eliminates the need for upstream bulk separation equipment like mist eliminators and vane separators.

Ultipleat® High Flow Filters

The Ultipleat® High Flow Filter is a large diameter, coreless, single open-ended, pleated cartridge with an inside-to-outside flow pattern. Its unique crescent-shaped pleat geometry, along with its large 152.4 mm (6 inch) diameter and proprietary range of available Pall filter media, permits you to use significantly fewer filters and smaller housings for high flow rate applications. Systems can handle up to 115,443 lpm (30,500 gpm).