GALLERY

A LOOK AT OUR WORK

Our Work

Gallery

Certified Coating Inspection & Supervision

Coating Design Review

Optimized specification and material selection.

Surface Preparation Supervision

Surface preparation quality oversight.

Coating Application Supervision

Application parameter inspection control.

Post-Application Verification

Final inspection and compliance testing.

Field Services

Cathodic Protection System Diagnostics

CIS-DCVG Inspection

Protection coverage and anode performance mapping.

CP Interference Diagnostics

Detection and mitigation of electrical interference.

ECDA Assessment

External corrosion risk assessment per NACE.

PCM Current Mapping

Current distribution verification across protected areas.

Soil Resistivity Studies

Soil conductivity analysis for anode design.

ACVG Pipeline Inspection

Coating defect and corrosion detection survey.

GPS Pipeline Location & Documentation

Precision mapping for compliance and management.

Electrical Continuity & Interconnection

Identification of continuity and grounding issues.

Our Standards

The Houston Commitment

Individual Verification

Raw Material
Integrity

Chemical Analysis

Process Control

The result: zero product failures in 40 years. Not luck. Consistency.

Aluminum Anodes

Chemical composition, electrochemical properties, and physical data for our aluminum anodes.

Chemical Composition (% by weight)

Iron (Fe)	0.09 max
Silicon (Si)	0.08 - 0.12
Copper (Cu)	0.006 max
Zinc (Zn)	2.0 - 6.0
Indium (In)	0.01 - 0.02
Cadmium (Cd)	0.002 max
Others (each)	0.02 max
Aluminum (Al)	Remainder

Recommended Applications

Offshore Structures (Platforms, Pipelines, FPS, FPSO, MODU, SPAR, Subsea Structure, Risers, Wind Turbine, etc)Any Tropical Ocean < 600 fsw (180 Msw) with mean water temperature higher than 45 F (7C)

Inshore Structures (Ports, Harbors, Jetties, Wind farms, Locks, Dams, Bridges, Piers etc.)Any Body of water < 600 fsw (180 Msw) with mean water temperature higher than 45 F (7C), Chloride Ion Concentration > 12 ppt. Resistivity < 200 ohm-cm

Produced Water Vessels & TanksAny produced brine < 140 F(60 C)(4)

Seawater Ballast TanksSuitable for most seawater applications (5)

Electrochemical

Open Circuit Potential(-) 1.15 V vs Cu/CuS04 sw.

Closed Circuit Potential (1)(-) 1.05 V vs Ag/AgCl sw.

Seawater Capacity @25C1150 A-Hr/lb. (2530 A-Hr/Kg.)

Seawater Capacity @5CVariable (2)

Seabed Mud Capacity (3)950 A-Hr/lb. (2090 A-hr/Kg.)

Seabed Mud Capacity @ 5CVariable (2)

Physical

Alloy Density	0.098 lb/in3 (2.91 gm/cm3)
Cost Ratio	Normal Grade Al Sows
Raw Material & Convesion	1.00

Zinc Anodes

Chemical composition and electrochemical properties for our zinc anodes.

Zinc MIL-A-18001-K (%)

Iron (Fe)	0.005 max
Lead (Pb)	0.006 max
Copper	0.005 max
Cadmium (Cd)	0.025 - 0.07
Aluminum (Al)	0.1 - 0.5
Others (each)	0.10 max
Zinc (Zn)	Remainder

Electrochemical Properties

Open Circuit Potential-1.05 Volts (Ag/AgCl)

Nominal Current Capacity780 amp-hr/kg

Ready to Protect Your Assets?

Contact our team to discuss your cathodic protection requirements and receive expert guidance.

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