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Advanced Gas Filtration for Large-Flow Applications
Reduce CAPEX with fewer elements and smaller vessels—without sacrificing performance.
Reducing CAPEX Without Compromising Reliability
High-Flow Gas (HFG) filters reduce CAPEX by minimizing vessel size and element count while maintaining 99.98% efficiency. They provide advanced particulate filtration for natural gas, CO2, and hydrogen streams, ensuring reliable performance and lower operating costs.
Pall’s High-Flow Gas (HFG) filters are engineered for demanding gas processing environments where reliability and cost control are critical. Beyond reducing CAPEX, these filters simplify system design, minimize maintenance downtime and support compliance with stringent industry standards. Their versatility makes them ideal for applications such as compressor protection, mercury removal, and pipeline dust control, delivering long-term operational efficiency.
Why Choose HFG Over Conventional Filters?
Larger elements mean fewer change-outs and smaller vessels, saving cost and space without compromising performance. This design approach reduces complexity and ensures compliance with demanding specifications.
Bigger Filter = Smaller CAPEX
Where HFG Excels
HFG filters are designed for critical gas processing applications where reliability and efficiency are essential. They help maintain process integrity and reduce downtime in the following areas:
- Compressor protection
- Mercury removal units
- Pipeline dust filtration
- Sieve contactors
- Glycol and amine units
Technical Specifications
HFG filters are available in micron ratings from 0.3 µm to 10 µm and offer two media options:
- Micron ratings: 0.3 µm to 10 µm
- Media options: Epocel® and Ultipor® GF
- Efficiency: ≥99.98%
- Temperature: -49°F (-45°C) to 180°F (82°C)
- Pressure drop: 2–15 psid
Resources
Frequently Asked Questions
What is a High-Flow Gas (HFG) filter?
A High-Flow Gas (HFG) filter is designed for large-volume gas streams such as natural gas, CO₂, and hydrogen. It uses larger filter elements to reduce vessel size and element count while maintaining high efficiency (up to 99.98%).
How does HFG reduce CAPEX in gas processing?
HFG filters minimize capital expenditure by enabling smaller vessels and fewer filter elements. This reduces installation costs, maintenance time, and overall footprint without compromising performance.
What applications are ideal for HFG filters?
HFG filters are ideal for compressor protection, mercury removal units, pipeline dust filtration, sieve contactors, glycol units, and amine contactors—ensuring process integrity and reliability.
What micron ratings and media options are available?
HFG filters are available in micron ratings from 0.3 to 10 µm and feature media options such as Epocel® and Ultipor® GF to meet diverse process requirements.
How can I request a sizing consult or download the datasheet?
To request a sizing consultation or download the HFG datasheet, simply click the blue buttons at the top of this page.