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RKS fluid was founded in 1997. We are a production workshop for both foundry and machining, research & development center, and quality inspection cent...
Swing check valve is mounted with a disc that swings on a hinge or shaft. The disc swings off the seat to allow forward flow and when the flow is stop...
Features： Fully bore globe pattern design, lowest head loss while fully open Keep stable working condition even the flow rate close to zero High sens...
Ⅰ Business area: fluid control products, technology and environmental protection products. Ⅱ Advanced CNC machining centers, professional process ce...
RKS fluid was founded in 1997. We are a production workshop for both foundry and machining, research & development center, and quality inspection cent...
Series: SASQUATCH series soft seal gate valve Port size: DN50 - DN900 (NPS2-NPS36) Pressure rating: PN10, PN16 Temperature: 0℃~80℃ Connection: Flange Certificate: CE ,WRAS,API,OHSAS18001:2007,ISO9001:2015
Series: HYDRA Series Resilient Seat Butterfly Valve Temperature: -29℃ ~ +120℃ Pressure: PN6, PN10, PN16(Class 150) Port Size: DN32-DN2400(NPS1 1/4-NPS96) Power: Manual, Electric, Pneumatic, Hydraulic
Butterfly valves have been around for a long time, and are used for a variety of applications. They made their first appearance during the 1930s, and have been utilized by several industries ever since. Often made out of cast iron, butterfly valve's name is based from the functionality of its disc.
The wafer butterfly valve is one of the most common types of valves in industrial pipelines. The structure of wafer butterfly valve itself is relatively small. It is only necessary to put the butterfly valve in the middle of the flange at both ends of the pipe, and use the stud bolt to pass through the pipe flange and the pair.
The manual valve is a valve operated by the handle and the hand wheel, and is a commonly used valve on the equipment pipeline.
Valves are the most common equipment in chemical companies. It seems easy to install valves, but if they are not implemented in accordance with the re...
DIN standard now uses EN standard structure length
EN 558-1 PN flange connection valve construction length (instead of DIN 3202), EN 558-2 CLASS flange connection valve construction length (instead of BS2080), EN 12982 butt weld end valve construction length (instead of DIN 3202), DIN standard The length of the structure including the length of the API valve is basically the same as the length of the GB...
Resilient-seated gate valve with bolted cover connection; made of ductile iron materials and with epoxy coating, designed as both clockwise and anti-c...
The butterfly valve disc is a key component of the butterfly valve, which acts on closing and opening and closing. Butterfly valve seat and butterfly ...
What is Kieselguhr Filter? What's the working principle of Kieselguhr Filter? The kieselguhr filter (Candle filter / Cake Filter) which we for customized for fluorine chemical plant six more lithium fluoride phosphate phosphorus process have been installed and working for two years
MINOTAUR series replaceable seat high performance butterfly valve
The primary function of a basket strainer is to provide an effective filtration solution for separating and capturing solid particles and impurities from liquids or gases flowing through pipeline systems. In the petroleum industry, these impurities may include sand, sludge, fiber, and other contaminants that can damage downstream precision equipment, control systems, or process operations. By filtering out such impurities, basket strainers help protect equipment from wear, clogging, or damage, ensuring that the entire system operates safely, efficiently, and reliably.
Typical Applications
Basket strainers are widely applied in the petroleum industry, including but not limited to:
Crude Oil Extraction and Transportation
During crude oil production, raw oil extracted from wells often contains large amounts of solid impurities, such as sand and rock fragments. Basket strainers are installed at the initial stage of crude oil pipelines to remove these impurities, preventing pipeline erosion and equipment clogging.
Refineries
In the feedstock pretreatment stage of refineries, basket strainers are used to remove impurities such as rust and solid particles from crude oil, thereby protecting downstream equipment such as furnaces and reactors.
Additionally, basket strainers are also employed during the transportation and storage of refined oil products to ensure product purity and consistent quality.
Natural Gas Processing
In natural gas extraction and transmission, basket strainers remove solid impurities and liquid contaminants such as moisture and oil droplets. This prevents damage to pipelines, compressors, and other processing equipment.
Wastewater Treatment
Petroleum production generates wastewater—such as drilling wastewater and refinery effluent—that typically contains suspended solids, oil, and other pollutants. Basket strainers are used in the pretreatment stage of this wastewater to remove larger suspended solids and particles, creating better conditions for subsequent biological or chemical treatment processes.
Product Advantages
Reduced Impurity Accumulation
Basket strainers significantly reduce the accumulation of impurities in pipelines and equipment. For example, in a pilot project at an oilfield, the amount of sand removed during pigging operations was greatly reduced after basket strainers were installed.
Protection of Critical Equipment
By intercepting impurities, basket strainers protect compressors, pumps, heat exchangers, and other key equipment from damage. This extends equipment lifespan, lowers failure rates, and reduces maintenance costs.
Enhanced Treatment Efficiency
In petroleum wastewater treatment, basket strainers effectively remove sludge and other impurities, improving the overall treatment efficiency.
Basket strainers play an essential role in the petroleum industry, offering wide-ranging application potential and significant value. With proper selection and standardized operation, basket strainers can enhance production safety and system stability, reduce downtime and maintenance costs, and contribute to the sustainable development of the petroleum sector.