Full OEM Compliance

Our chemistry ensures full compliance with OEM steam quality guidelines with cation conductivities of <0.2 µS/cm. An increase of 0.05 µS/cm per 1 ppm dosed is typically experienced, coming from Anodamine itself.

60/40 Volatile to Liquid Ratio

Depending on pressure, Anodamine's volatile to liquid ratio is between 50/50 to 60/40. In result, protection reaches all single and two-phase locations.

Thermally Stable

Tested up to 566°C/1051°F on super critical once-through units operational on OT, no degradation products have been measured.

Protection of Ferrous and Mixed Metallurgies

Anodamine allows for complete elimination of reducing agents, thus allowing optimum ferrous and admiralty metal protection independent of oxygen and ammonia dosage.

Single and Two-Phase FAC Protection

The volatile to liquid ratio of Anodamine results in a protection of single and two-phase areas, thus mitigating Flow-Assisted Corrosion.

No Waxy "Gunk" Balls

There is no cycle poisoning, no degradation products, and no release of filming layer as seen with conventional film-forming amines.

Prevents pitting and propagation of Stress Corrosion Cracking

Anodamine as been shown to assist in preventing pitting, thus preventing the propagation of SCC on turbine steels.

No Known Negative Effects Toward Online Instrumentation

Online instrumentation and equipment is unaffected by Anodamine dosage.

Elimination of Oxide Transport Problems

No typical amine-supported oxide dissolution and/or transport occurs.

Reliable, Qualitative Residual Method

Analysis of chemical residual is achieved with a simple spectrophotometric method, without the use of Bengal Rose dye.

No Increase of Circuit pH or Standard Conductivities

Anodamine does not increase circuit pH's or appreciably affect system standard conductivities.