Handles high-viscosity liquids
Multi-stage bag filters maintain flow even with thick media, reducing backpressure and preventing clogging in continuous processes.
Proven in crude oil and polymer applicationsIndustrial Filtration
Progressive particulate removal down to micron levels without process interruption. Corrosion-resistant materials and automated cleaning cycles reduce downtime and maintenance costs.
Common questions about our industrial filtration systems for petrochemical processes.
Our multi-stage bag filter systems are designed for high-viscosity liquid media and slurries up to 50,000 cP, depending on the filter media and pressure rating. For specific applications, we recommend a process review to confirm compatibility.
The rotating scraper mechanism typically requires inspection every 6–12 months under normal operating conditions. The strainer itself is designed for continuous operation, so manual cleaning is rarely needed between scheduled shutdowns.
Yes, the filter plates are constructed from corrosion-resistant alloys and can be specified with hardened surfaces for abrasive media. We also offer replaceable wear liners to extend service life in demanding petrochemical environments.
We offer filtration from 1 micron up to 200 microns, with multi-stage configurations allowing progressive particle removal. The exact rating depends on the bag material (polypropylene, polyester, or nylon) and the process requirements.
Yes, we offer on-site installation supervision and commissioning for all our filtration equipment. Our team works with your plant engineers to ensure proper integration with existing piping and controls.
Key benefits
Multi-stage bag filters maintain flow even with thick media, reducing backpressure and preventing clogging in continuous processes.
Proven in crude oil and polymer applicationsAutomatic self-cleaning strainers remove debris on the fly using a rotating scraper, keeping pipelines operational 24/7.
Eliminates manual cleaning intervalsHorizontal plate pressure filters maximize filtration area in a small footprint, ideal for retrofitting into existing petrochemical units.
Space savings up to 40% vs vertical designsSequential bag stages capture particles progressively, ensuring downstream equipment is protected from abrasive contaminants.
Typical retention: 1–50 micronsAll wetted parts use stainless steel or lined materials to withstand aggressive chemicals and high temperatures in petrochemical streams.
316L, Hastelloy, and PTFE options availableEasy-access bag housings and automated strainer cycles cut labor hours and spare part consumption, lowering total cost of ownership.
Typical maintenance interval: 6–12 monthsEach system is built to handle high-viscosity liquids and slurries in petrochemical environments, reducing downtime and extending equipment life.
Sequential bag filters remove particulates down to micron levels from viscous media without interrupting process flow. Corrosion-resistant materials withstand aggressive chemical exposure.
Consistent output qualityCompact plate design maximizes filtration area under pressure, handling thick slurries in batch or continuous cycles. Automated cleaning reduces manual labor and operational costs.
Space-saving throughputRotating scraper mechanism dislodges solids from the filter element without stopping flow. Eliminates manual cleaning and cuts maintenance intervals for pipeline protection.
Uninterrupted operationAvailable in various mesh sizes and alloys to match specific media viscosity, pressure ratings, and temperature ranges. Tailored for petrochemical plant requirements.
Process-specific fit