Experience the pinnacle of separation technology. Our high-efficiency gas coalescing systems ensure absolute purity, eliminating aerosols and liquid contaminants to protect your downstream infrastructure.
As a global leader in high-precision filtration, our gas coalescer systems set the industry benchmark for liquid-gas separation. We integrate cutting-edge materials science with fluid dynamic engineering to ensure maximum purity in the most demanding industrial environments.
By leveraging a multi-stage coalescence process, our gas coalescer offers ultra-low carryover rates, significantly reducing maintenance costs and extending the lifespan of compressors and turbines across the energy and chemical sectors.
Our systems are built upon a foundation of scientific rigor, uncompromising quality, and operational efficiency.
Utilizing aerospace-grade fibers and corrosion-resistant alloys for longevity.
Optimized internal geometries to reduce pressure drop while increasing efficiency.
Smart monitoring and easy-maintenance designs for zero unplanned downtime.
Quantifiable data demonstrating our superior separation capabilities compared to industry standards.
Comprehensive parameters for our diverse range of gas coalescing units.
| Model Series | Max Pressure | Flow Rate | Efficiency | Shell Material | Certification |
|---|---|---|---|---|---|
| GC-Series 100 | 150 Bar | 500 m3/h | 99.9% | SS316L | ASME VIII |
| GC-Series 200 | 250 Bar | 1200 m3/h | 99.8% | SS316L | ISO 9001 |
| GC-Ultra High | 400 Bar | 800 m3/h | 99.99% | Duplex Steel | CE/PED |
| GC-Compact | 100 Bar | 200 m3/h | 99.5% | Carbon Steel | Internal Std |
| GC-Extreme Temp | 200 Bar | 600 m3/h | 99.7% | Hastelloy C276 | ASTM B575 |
| GC-Custom Pro | Variable | Up to 5000 | Custom | Custom | Client Spec |
| GC-Eco Slim | 80 Bar | 150 m3/h | 99.2% | Alloy-Steel | ISO 14001 |
| GC-Titanium | 300 Bar | 1000 m3/h | 99.95% | Grade 2 Ti | NACE MR0175 |
Note: All specification data are based on standard operating conditions. Custom configurations are available upon request to meet specific process requirements.
Proven performance across diverse industries and challenging environments.
Offshore Natural Gas
Implemented GC-Ultra High series to eliminate liquid carryover into high-pressure compressors, reducing downtime by 40%.
Ethylene Plant
Deployed GC-Series 200 for feed gas preparation, ensuring zero liquid ingress into the furnace.
Regasification Unit
Integrated GC-Compact systems for moisture and hydrocarbon removal, enhancing gas quality for city gate delivery.
Methane Purification
Implemented GC-Eco Slim to remove condensates from biogas streams, extending the life of membrane separators.
Gathering Station
Custom Pro series installed to handle variable flow rates, resulting in 99.9% liquid removal efficiency.
Cryogenic Separation
Deployed GC-Titanium series to withstand extreme temperature fluctuations and highly corrosive gas streams.
Tailored solutions for demanding industrial environments worldwide.
Protecting downstream turbines from liquid aerosols and moisture carryover.
High-efficiency separation for pipeline-grade gas specifications.
Removing corrosive liquids from process gas streams for refinery safety.
Ensuring ultra-dry gas streams for safe transport and distribution.
Separating condensates from raw biogas for sustainable energy production.
Centralized gas purification for large-scale industrial complexes.
Every unit undergoes rigorous pressure-leak tests and efficiency verification using calibrated aerosol tracers.
Vacuum-sealed packaging with custom-reinforced timber crates to ensure zero damage during transoceanic shipping.
Complete material mill certificates and test reports provided for every component, ensuring full transparency.
Global certifications confirming our commitment to safety and operational excellence.
Expert answers to common technical and commercial inquiries.
Unlike standard filters that simply block particles, a gas coalescer forces small liquid aerosols to merge into larger droplets, which then settle by gravity, allowing for much higher flow rates with lower pressure drops.
Depending on the feed gas quality, our gas coalescer elements typically last between 12 to 24 months. We recommend monitoring differential pressure to determine the exact replacement cycle.
Yes, our gas coalescer housings are designed to ASME VIII standards, meaning they are engineered to withstand significant pressure spikes without compromising structural integrity.
For highly corrosive environments, we recommend our gas coalescer options featuring Duplex Steel or Hastelloy C276, paired with PTFE seals.
Absolutely. Our gas coalescer systems can be equipped with automated level-controlled dump valves for seamless liquid removal.
Sizing a gas coalescer requires data on gas flow rate, pressure, temperature, and the expected concentration of liquid contaminants. Our engineers provide full sizing audits.
Elevate your General Equipment Manufacturing operations with the world's most reliable gas coalescer systems. Contact us for a tailored technical proposal.