water treating services
We offer a wide variety of water treating options from H2S scavenging to biocide for bacteria removal
| H2S Scavenger | Description |
|---|---|
| HS-75 | HS - 75 is a water soluble biodegradable metal sulfide scavenger. Dissolves iron sulfides without the release of H2S or colloidal sulfur for improved productivity and injectivity |
| HS-3045 |
HS - 3045 is an organic, formaldehyde free hydrogen sulfide scavenger designed to remove hydrogen sulfide from either aqueous or hydrocarbon systems. Formulations of HS-3045 effectively remove H2S to provide effective sweetening of wet gas streams to assure optimum system productivity. The product may be applied in either flowlines, bubble tower applications, and tank treating. Unlike many conventional scavengers, HS-3045 is not adversely affected by the presence of carbon dioxide. |
| HS-6096 |
Concentrate version of HS-3045. Excellent for tower applications |
| Scale Inhibitor | Description |
|---|---|
| SB-45 | SB-45 is an aqueous solution of a high performance proprietary scale inhibitor. SB-45 is used in a wide variety of oilfield and Industrial formulations and applications. This highly unique phosphonate polymer blend possesses high thermal stability as well as a tolerance for severe or stressed conditions. With superior calcium and barium scale inhibition, SB-45 outperforms conventional phosphonates or polymers. SB-45’s provides nitrogen containing compounds to provide enhanced protection of metals as well as a proprietary phosphonic acid for the threshold inhibition of mineral scales. |
| SI-117 | SI-117 is a unique, aqueous proprietary formualted barium scale inhibitor. SI-117 is used to control the formation of barium sulfate and various calcium scales in a wide variety of oilfield and industrial formulations and applications. The unique formulation possesses high thermal stability as well as a tolerance for severe or extremely stressed conditions. With superior calcium, barium and strontium scale inhibition, SI-117 out performs conventional phosphonates or acrylic based polymers |