Oil and gas refineries, gas processing plants, LNG facilities, and petrochemical operations routinely manage process streams with high solids loading. Similar challenges are found in chemical manufacturing, power generation, water treatment, and other industrial processes where contaminants must be removed without creating excessive maintenance or unplanned downtime.
Many filtration systems are selected primarily on particle retention efficiency. Yet in applications with high contaminant loading, filtration performance depends on far more than micron rating alone. When solid loading increases, even a correctly specified filter can become overwhelmed, resulting in rising differential pressure, shorter service intervals, and escalating operating costs.
Why High-Solids Process Streams Overload Conventional Filters
Industrial process streams are becoming increasingly demanding. Whether filtering process water, amine and glycol systems, machining coolants, or liquid pre-filtration streams, many facilities are handling greater volumes of suspended solids than ever before.
High contaminant loading places significant demands on conventional cartridge filtration systems.
What Happens When Filters Become Overloaded?
As contaminants accumulate within a filter element, resistance to flow increases and differential pressure rises. The consequences include more frequent cartridge replacements, increased maintenance labor, higher spare parts consumption, additional process interruptions, increased operating costs, and reduced equipment availability.
Why Micron Rating Doesn’t Tell the Whole Story
Two filters with the same micron rating can perform very differently in real operating conditions. Contaminant holding capacity, pressure drop characteristics, media construction, flow distribution and service life all influence operating cost and reliability.
Designing for High-Contamination Applications
High-solids applications often benefit from filtration systems specifically engineered to manage larger contaminant loads while maintaining stable process conditions.
Rather than simply capturing particles, the objective is to extend service intervals, reduce maintenance, and improve overall process reliability.
How Cleanova Addresses High-Solids Filtration
As filtration demands increase, selecting a solution designed specifically for high contaminant loading becomes increasingly important. Cleanova’s UNIQ‑MAX® High Capacity Filtration range is engineered to provide exceptional contaminant retention while maintaining stable process performance and extending maintenance intervals. Customers can either specify complete filtration systems or upgrade existing housings using UNIQ‑MAX cartridges, providing a cost-effective path to improving filtration performance without wholesale equipment replacement.
Complementing the UNIQ‑MAX range, Cleanova’s process engineering team offers filtration testing, contaminant load analysis, and application support to help identify the most appropriate filtration strategy. This consultative approach helps operators optimise equipment reliability, reduce lifecycle costs and improve overall process efficiency.
Contact Cleanova to Analyze Your Contaminant Loading and Recommend Appropriate Filtration Solutions
If your facility is experiencing rapid differential pressure increases, frequent cartridge changeouts, or rising maintenance costs, it may be time to reassess your filtration strategy.
Cleanova’s filtration specialists can evaluate your application, analyse contaminant loading and recommend the most appropriate filtration solution for your operating conditions. Whether you need a complete high-capacity filtration system, replacement filter cartridges or engineering support to optimise an existing installation, our team is ready to help.
Contact Cleanova today to discuss your application, arrange filtration testing, and discover how the right filtration solution can significantly reduce maintenance, improve uptime, and lower total operating costs across the life of the process.