Scalable from wellhead to full scale gathering systems.
After years of commercial success in every major oil and natural gas basin in the US, Q2 Technologies is please to offer this game changing non-triazine H2S scavenger solution. The Pro3® Nano dry media is packed in specially designed towers that absorbs and chemically reacts to the inlet sour natural gas, converting sour gas into sweet gas that meets commercial pipeline specifications.
Compare Pro3® Nano against Triazine.
- No scale or blocking buildup as compared to over treated triazine situations.
- Hands free: No pump skid required, gas simply flows through the Pro3 Nano media in the tower.
- Capable of handling massive swings in volume and spikes in H2S.
- Non-hazardous elemental sulfur byproduct.
Digitize your Field
- Real time H2S readings, injection rates & tank levels
- SCADA, GPS, cell connections
- Web based app for remote monitoring automation, remote pump adjust via app
- The contactor tower is filled with Pro3® Nano, flow rate of Natural gas, H2S levels, and pressures are all considered for design parameters.
- Sour gas is routed through the bottom, produces non-hazardous iron and sulfur-based slurry. Sweetened gas makes it way out the top of the unit into the sales line.
- When compared to triazine in head-to-head comparisons, Pro3® Nano media can last twice as long, which lowers overall OPEX and down time.
To be successful with Triazine, our field personnel were constantly monitoring sites due to the surges in natural gas production and the fluctuations in H2S – we saw scale build due to over treating with triazine. When we switched to Pro3 Nano, these factors were eliminated and the product lasted 2.5 times longer when compared to triazine. These operational savings were a complete gamechanger for our organization”.
- VP of Operations, Texas E&P.
Related Case Studies
Natural Gas - Pro3® Nano
Alternative to triazine for sour gas treatment allows for operational efficiencies resulting in value add to the sweetened gas volume.
- Pro3® Nano replaced Triazine reducing the cost of treatment and
allowed treatment of more sour gas which could not be sweetened with Triazine, thereby increasing production and margins.