A NON-TOXIC, METAL
PROTECTION TECHNOLOGY

What is Anodamine?

Anodamine is a green, OEM-compliant, surface-active chemistry that selectively targets all virgin metallurgies for formation of a hydrophobic protective barrier film. This 100% water-soluble chemistry partitions itself in both single and two-phase locations, thus providing metal protection throughout the entire steam water cycle.


anodamine logo outline

Benefits of using Anodamine

Anodamine satisfies these main areas of cycle chemistry

metal protection shield
Safety
No more handling of toxic chemicals and less chemistry related failures result in a safer work environment for the most important asset, plant personnel.
reliability checkmark
Reliability
Anodamine protection results in a significant reduction of corrosion product transport, which means less failures and more production.
availibility clock
Availability
No more chemistry holds. The ability to continue production, without the cycle chemistry holding you back.

Safety First

Anodamine is a non-toxic, environmentally-friendly chemistry with no handling risks. The result is a safer work environment and peace of mind for everyone, without compromise to performance.

leaf

Key Performance Differentiators

These are the unique performance and value-added benefits one can expect

OEM
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.

Read More
non-toxic
Non-Toxic

Unlike most conventional treatment chemicals and even other film-forming amines, Anodamine products offer exceptionally low toxicity and handling hazards (LD50 values range 49,500 - 116,000 mg/kg).

Read More
volatility
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.

Read More
thermometer
Thermally Stable

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

Read More
mixed metallurgy
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.

Read More
pipe 2-phase
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.

Read More
waxy gunk balls
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.

Read More
stress corrosion cracking
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.

Read More
online instrumentation
No Known Negative Effects Toward Online Instrumentation

Online instrumentation and equipment is unaffected by Anodamine dosage.

Read More
oxide transport
Elimination of Oxide Transport Problems

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

Read More
pH
No Increase of Circuit pH or Standard Conductivities

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

Read More
residual test icon
Reliable, Qualitative Residual Method

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

Read More

Ultimate Protection



Complete Cycle Protection

Anodamine offers complete metal protection to all water or steam-touched surfaces in both single and two-phase areas, leaving one with the peace of mind that their capital assets are well-protected and reliable in all locations. Protection is applicable to any all-ferrous or mixed metallurgies systems without compromise.

steam water cycle outline
"Finally a Solution for Two-Phase Flow-Assisted Corrosion (FAC)"

How is Anodamine Different?

A brief comparison between conventional regimes, conventional film-forming amines, and Anodamine



Conventional
Regimes
Conventional
Film-Forming Amines
anodamine logo circle
Toxicity
Often hazardous and toxic Slightly hazardous Non-toxic, non-hazardous
Surface Protection
Limited/problematic Only with clean metal Virgin metal protection
Stabilization of Oxides
Partial Partial Yes
Under-Deposit Corrosion
Problematic Worsens Eliminates
Effects on Online Instrumentation
No Yes No
Increase Cation Conductivity
No Significant increase Only with initial cycle clearance (temporary)
OEM Compliance Steam Quality
Yes No Yes
Thermally Stable
Yes No (organic acid degradation products) Yes
All-Ferrous Protection
Partial Partial Yes
Mixed Metallurgy Protection
Partial Partial Yes
Single-Phase Protection (FAC)
Yes Yes Yes
Two-Phase Protection (FAC)
No No Yes