CompressionCommander™
Cost-Effective, low maintenance, multiphase vapor recovery technology
Low-Cost, Low-Maintenance, Multiphase Casing Gas Compressor Technology
Fluidstream offers a low-cost and low-maintenance multiphase casing gas compressor technology.
Never worry about liquids in your casing gas applications because our technology can handle from 0% to 100% liquids in solution.
Built with sturdy high-quality components and advance sealing systems, our multiphase casing gas technology has low maintenance and service cycles.
Unmatched benefits and value
Low Cost and Quicker Payout
CompressionCommander™ low cost provides a maximum rate of return and reduces the total ownership cost.
Low Maintenance
The simple and robust design and comprehensive controls ensure significantly reduced maintenance cycles.
Multiphase Operation
Patented multiphase operation can handle up to 100% liquids or any combination of liquids and gas without a scrubber. Gas volume fractions (GVF) between 0 and 100%.
Fully Autonomous with Comprehensive Controls
Works autonomously to achieve operator-defined operational targets. Features comprehensive controls to configure for any complex or upset condition. Very well suited for wet casing gas applications, including applications with varying flow and line pressures.
Portability
Does not require rigid support for operation. Trailer-mounted units are available.
CompressionCommander™ Operating Specifications
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| CompressionCommander™ Model | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| CCx1020 | CCx10353 | CCx25353 | CCx50353 | CC1245 | CC1645 | CC2245 | CC2270 | ||
|
Max Gas Rate1,2 @ Inlet Pressure (e3m3/day) [mcf/day] |
5 psi [34 kPa] | 2.0 [71] | 3.2 [113] | 3.2 [113] | 3.2 [113] | 3.2 [113] | 5.7 [201] | 10.7 [378] | 10.3 [378] |
| 10 psi [69 kPa] | 2.5 [88] | 4.0 [141] | 4.0 [141] | 4.0 [141] | 3.9 [138] | 7.1 [251] | 13.5 [477] | 13.0 [459] | |
| 20 psi [138 kPa] | 3.6 [127] | 5.6 [198] | 5.6 [198] | 5.6 [198] | 5.5 [194] | 9.9 [350] | 18.9 [667] | 18.2 [643] | |
| 30 psi [207 kPa] | 4.6 [162] | 7.2 [254] | 7.2 [254] | 7.2 [254] | 7.1 [251] | 12.8 [452] | 24.4 [862] | 23.4 [826] | |
| 50 psi [345kPa] | 6.6 [233] | 10.4 [367] | 10.4 [367] | 10.4 [367] | 10.3 [364] | 18.5 [653] | 35.3 [1,247] | 33.9 [1,197] | |
| Max Pressure Differential2 (kPag) [psig] | 1138 [165] | 1138 [165] | 1138 [165] | 1138 [165] | 2413 [350] | 1379 [200] | 689 [100] | 1896 [275] | |
| Motor Size (HP) | 10 | 10 | 25 | 50 | 50 | 100 | 100 | 150 | |
| H2S Handling | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | |
| 3-Stage Cold Weather Startup | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | |
| Autonomous Controller | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | |
| Color Touchscreen & Remote Control | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | |
1 Flow conditions calculated at 15°C [59°F] inlet pressure and with various components operating at 100% efficiency. Flow rates may vary based on inlet pressures, gas content, and other factors. Max gas rates will be reduced by amount of liquids in total fluid. Ask Fluidstream for max gas flow rates based on specific liquid rates and other varying conditions.
2 Max gas rates and max pressure differentials can be increased by configuring additional unit(s) in parallel or in series.
3 Higher horsepower units will yield much higher fluid flow rates at various pressure differentials. Please request pump curves to see flow rates at various pressure differentials.
Let’s discuss your casing gas compression requirements
Connect with us to explore how CompressionCommander™ can support low-cost operation, autonomous control, and better overall project economics.