LIDA® Anode Ventralizer™

Lida Ventralizer

Centralize the Anode
In order for an anode to function properly, there must also be space between the anode and the vent pipe. It is critical that the anode be entirely surrounded by backfill; otherwise the anode will discharge current unevenly.

Functioning Anode
Lida Ventralizer The purpose of an impressed current anode in a groundbed is to electronically conduct current to the coke column. In order for this to work, it is critical that the anode be surrounded by well compacted carbonaceous backfill.

In the installation of LIDA® tubular anodes, a common practice is to "tape" the anodes to the vent pipe - feeding a single assembly down the hole. However, this can result in the anode being too close to the vent pipe to allow the backfill to fill around the entire anode surface during pumping operations. To make matters worse, the non-conductive vent pipe can serve to shield portions of the anode in contact with it - resulting in uneven current discharge of the anode.

How the Ventralizer™ works
To attach the LIDA® tubular anodes to the vent pipe, yet allow sufficient spacing between the anode and the vent pipe, engineers have developed the Ventralizer™. The Ventralizer™ is to centralize the anode in the hole, and at the same time, provide one inch of separation between the anode and the vent pipe. Ventralizers™ save money by decreasing installation time, preserve proper spacing and keep the anode centered and increase the lifetime of the anode by providing proper backfill coverage. Ventralizers™ are built to withstand bending and breaking and the round edges easily lead the anode and vent pipe properly into the hole.

Ventralizer™ Advantages
Lida Ventralizer Lida Ventralizer
Ventralizer™ Characteristics
Ventralizer™ OD
Hole Size
4" 3" 3-7/8" to 6"
6" 5" 5-7/8" to 8"
8" 7" 7-7/8" to 10"
10" 9" 9-7/8" to 12"
Installing the Ventralizer™