| Treating oil, gas, and water
|
Foam inhibitors |
Reduce foam to ensure optimal and thorough flow rate |
|
Oxygen binders |
Remove residual oxygen |
|
Paraffin inhibitors |
Prevent paraffin formation |
|
Demulsifiers, emulsion breakers |
Split stable oil-water emulsions |
|
Oil separators/flocculants |
Separate oil and production water |
|
PH control agents |
Reduce glycol decomposition |
|
Polyelectrolytes |
Filter aids |
|
Asphalt inhibitors, antifouling agents |
Prevent asphalt formation |
|
Corrosion inhibitors |
Reduce corrosion in pipelines |
|
Friction reducers, flow rate improvers |
Reduce friction losses in pipelines |
|
Hydrogen sulfide binders |
Avoid the formation of dissolved sulfides and Hydrogen sulfide |
|
Hypochlorites |
Prevent the growth of organisms |
|
Hydrate inhibitors with low density/LDHI |
Hydrate inhibitors with low metering rate |
|
Biocides |
Reduce the growth of aerobic and anaerobic bacteria |
|
Calcium nitrates |
Prevent the formation of dissolved sulfides and Hydrogen sulfide |
| High-pressure injection
|
Carbon dioxide CO2 |
Injection underground |
|
Hydrogen sulfide H2S |
Injection underground |
|
Methanol/ethanol |
Injection underground |
|
Glycol (MEG/TEG) |
Injection underground |
| Sealless conveying
|
Glycol (MEG/TEG) |
Injection underground |
| Gas-powered systems for injecting chemicals
|
Corrosion inhibitors, methanol |
Inject chemicals without emitting (acid) gas in unmanned and distant production sites or pipelines |
