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Featured Solutions for Natural Gas & Associated Liquids
Filtration for Natural Gas Dehydration
Whether it’s a well pad, gathering compression station, or storage facility, glycol dehydration systems are needed to remove moisture out of well head gas before it can be processed further. An integral part of the dehydration process and performance is a range of filtration needs that ensure optimal efficiency and reliability. Parker provides solutions designed specifically around glycol regeneration systems to:
- Minimize foaming
- Decrease Glycol loss
- Ensure gas stays within spec
- Prevent heater tube hot spots and failure
- Eliminate carbon carryover
- Protect tower trays
- Stop formation of heat stable salts
- Protect downstream processing equipment
- Improve production and efficiency
- Reduce process upsets and downtime
- Lower maintenance costs
TEG Regeneration Optimization Using Carbon Block
Learn how a customer improved TEG health and lowered maintenance costs of their gas dehydration system by converting their granular carbon canisters to XtreamSorb® carbon block technology.
Reduced NGL Carryover from Cryogenic Contact Tower
Learn how a customer reduced NGL carryover from natural gas that was leaving their cryogenic contact tower by switching from pleated glass coalescers to PEACH Saturated Depth technology coalescers.
Salt Removal from Natural Gas to Protect Compressor Valves
Learn how a customer installed a PEACH Gemini PuraSep® vessel to remove salts from their natural gas in order to protect compressor valves from damage and save money on costly repairs.
Featured Solutions for Refining & Petrochemicals
Filtration Solutions for Acid Gas Recovery
The objective of the Amine Treating Unit is to remove H2 S, CO2 and mercaptan compounds from various gas streams, such as recycled gas in hydrotreating and hydrocracking processes, hydrogen plant feed, and fuel gas systems. The H2 S recovered is used as feed for the Sulfur Recovery Unit (SRU). An integral part of the acid gas recovery process and performance is a range of filtration needs that ensure optimal efficiency and reliability. Parker provides solutions designed specifically around amine systems to:
- Minimize foaming
- Decrease chemical usage
- Protect carbon beds
- Eliminate carbon carryover
- Protect processing equipment
- Improve production and operation efficiency
- Reduce process upsets and downtime
- Lower maintenance costs
Filtration Solutons for Hydrotreating
Commonly used as Feed Preparation Units for downstream Catalytic Processes, Hydrotreating Processes remove impurities such as Sulfur and Nitrogen from Distillate Fuels (Naphtha, Kerosene and Diesel) by treating the feed with Hydrogen at an elevated temperature and pressure in the presence of a catalyst. Hydrotreating has been extended in recent years to atmospheric residuals to reduce the sulfur and metal content of residuals for producing low sulfur fuel oils. The principal impurities removed by this unit are Sulfur, Nitrogen, Oxygen, Olefins, Aromatics, Halogens, and Metals. An integral part of the hydrotreating process and performance is a range of filtration needs that ensure optimal efficiency and reliability. Parker provides solutions designed specifically around hydrotreating to:
- Eliminate fouling of Catalyst and Reactor beds
- Improve plant capacity and availability
- Meet final product purity and end customer specification
- Eliminate low NOx burner tip plugging and flameouts
- Protect processing equipment
- Improve production and operation efficiency
- Reduce process upsets and downtime
- Lower maintenance costs
Filtration Solutions for Ethylene Cracking & Separation
Crude Oil and Natural Gas, processed in Refinery and Gas Processing Plants respectively, produces feedstock for the downstream petrochemical market segment, a critical intermediary in the production of final products like Polyethylene, Polypropylene, etc. and key ingredients for many commonly used finished goods. Effective and reliable separation and filtration of petrochemical raw material, intermediate products, and recycled process fluids, at various points in petrochemical processes, is paramount to improving end product quality as well as extending the life of capital equipment and reducing costly downtime. Parker provides solutions designed specifically around Ethylene processes to:
- Eliminate fouling of Catalyst, Furnaces and Reactor Beds
- Improve plant capacity, availability, operation efficiency and lower OPEX
- Meet final product purity and end-customer specifications
- Eliminate Low NOx burner tip plugging and flameouts
- Protect processing equipment and reduce process upsets and downtime