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Lida® ONE Anodes

Lida® ONE Anodes

Introducing Our Cost Effective, Easy to Install, Low Consumption Rate, Tough and Lightweight Mixed Metal Oxide Anodes (MMO)

LIDA® One

Lida One

The LIDA® ONE anodes are the newest in the family of mixed metal oxide anode products specifically tailored to the cathodic protection of buried structures. Designed for installations where a single anode on a string is preferred for groundbeds with widely varying soil resistivities, the mixed metal oxide coating is specially formulated for use in a carbonaceous Backfill.

 LIDA® One is a 1″ diameter titanium tube with a precious metal oxide coating. This mixed metal oxide is a crystalline, electrically-conductive coating that activates the titanium and enables it to function as an anode. When applied on titanium, the coating has an extremely low consumption rate, measured in terms of milligrams per year. As a result of this low consumption rate, the tubular dimensions remain nearly constant during the design life of the anode providing a consistently low resistance anode. 

By increasing the length of our tubular anode, yet reducing total current output, De Nora has created another reliable mixed metal oxide anode product line with even greater cost savings over competitive anode technologies. As with all of De Nora mixed metal oxide tubular anodes, the combination of a tough and lightweight product, its ease of handling and installation, the superior mechanical connection, and our five year, no hassle warranty, makes LIDA® One the ONE anode for unparalleled CP performance.

Construction of an underground pipeline

LIDA® ONE Anode Features

  • Designed to be used as a single anode
  • Durable – no breakage or damage while getting it to the job site
  • Mixed metal oxide coating specially formulated fpr maximum performance in coke Backfill
  • Special crimped moisture seal to prevent damage to electrical connection
  • No lead … no epoxy potting compounds
  • Five Year Product Warranty

Maximum Current for LIDA® One Anodes (life in years) 

In chloride rich soils or muds, a suitable chlorine resistant cable must beused with the anodes. Please contact us when operation is expected in waters below 5° C.

All De Nora Lida® Anodes

Disk Anode on the GroundDisk Anode on the Ground
Lida® Disk Anodes
Dam and Navigation Lock Gates
Marine Structures, Water Tanks, Vessels
Fresh, Brackish and Seawater Environments
Titanium Disk with MMO Coating
Construction of an underground pipelineConstruction of an underground pipeline
Lida® One Anodes
Cathodic Protection of Buried Structures
Varying Soil Resistivities
Carbonaceous Backfill
Titanium Tube with MMO Coating
LIDA® rod anodes comprised of a titanium substrate with a mixed metal oxide coatingLIDA® rod anodes comprised of a titanium substrate with a mixed metal oxide coating
Lida® Rod Anodes
Process Vessels, Water Condensor Boxes, Heat Exchangers, Water Intake Structures
Constant Electrical Resistance over time
Fresh Water, Brackish Water, Seawater, Coke or Sand Environments
High Current Density Capacity
Offshore StructureOffshore Structure
Lida® TSA™ Anodes
Deep Water Applications
Easy Installation
close-up of wire anodesclose-up of wire anodes
Lida® Wire Anodes
Canistered Anodes, Groundbeds, Storage Tanks, Cable Shielding, Water Treatment Equipment
Not Affected by Chlorine Generation
High Chemical Stability
denora-bluedenora-blue
De Nora Lida® Anodes
Titanium Base with MMO Coating
High Chemical Stability, even in low pH Environments
Chlorine-Resistant Wire Lead

Lida® ONE Anodes

Diagram of Anodes Installed in a Deep Well

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