Our Mission is to provide the best scientifically based lightning protection at the highest level of customer service.

Peer Reviewed Publications

Switching Impulse Leader Inception and Breakdown of Long Air Gaps

A Model for Switching Impulse Leader Inception and Breakdown of Long Air Gaps

Proximity Effect on Positive Leader Inception and Breakdown of Long Air Gaps

Modeling of Proximity Effect on Positive Leader Inception and Breakdown of Long Air Gaps

Exposure to Direct Lightning Strokes

Modeling of Transmission Line – Exposure to direct lightning Strokes

Lightning Exposure of Buildings and Massive Structures

Modeling of Lightning Exposure of Buildings and Massive Structures

Lightning Incidence to Tall Structures – Part I

Modeling of Lightning Incidence to Tall Structures – Part I: Theory

Lightning Incidence to Tall Structures – Part II

Modeling of Lightning Incidence to Tall Structures Part II: Application

Lightning Exposure of Sharp and Blunt Rods

Modeling of Lightning Exposure of Sharp and Blunt Rods proof. Farouk A. M. Rizk, Life Fellow, IEEE

Positive Leader Speed Under Slow Front Voltages – Part I

Modeling of Positive Leader Speed Under Slow Front Voltages – Part I: Long Air Gaps

Analysis of Space Charge Generating Devices for Lightning Protection

Performance in Slow Varying Fields

Commercial Publications

Inhibitor Brochure

Streamer Inhibitor Lightning Risk Reduction

FSAT Brochure

Field Sensitive Air Terminal (F-SAT)

Public Service Documents

Report on University of North Dakota (UND) Energy & Environmental Research Center (EERC) Lightning Protection Scoping Study

Laboratory Validation of Streamer Inhibiting Electrode, HVDC Fields

Introducing the world’s best lightning rod, the scientifically based Field Sensitive Air Terminal or FSAT

Lightning Protection for Fibreglass Tanks

A demonstration of the mechanism which is a principal cause of lightning protection system failures

Lightning Protection for Fiberglass Tanks (Saltwater Disposal Sites)