Product/Service

Dri Lightning

drilightning
New utility industry testing procedure/product, Dri Lightning can save an estimated 240,000,000 "plus" gallons of fresh water annually when put into practice in the United States

New utility industry testing procedure/product, Dri Lightning™ can save an estimated 240,000,000 "plus" gallons of fresh water annually when put into practice in the United States. Dri Lightning's new patent pending process is used to test utility truck bucket liners which currently are tested yearly according to ANSI A92.2 by filling a water tank with 600+ gallons of water inside and outside of the bucket liner to test. Several bucket liners can be tested using the same water, but once the testing process is completed, this now dirty water is disposed of either into the ground or into the storm sewers. Dri Lightning uses no water. This water now contains any residue from the liner which has been out in the elements for a year, linesman climbing in and out of the bucket carrying grease and oils from the job site and toxins as well as emissions gases associated with this type of industry work site.

There are currently 800,000 utility trucks in the U.S. Estimated half of these trucks are bucket trucks with liners to be tested annually this amounts to somewhere in the area of 240,000,000 gallons of water.

Dri Lightning is a new safety product and method that replaces an annually required antiquated testing procedure currently being used around the world by electric and power companies, electrical service companies, construction firms and tree trimming services.

This product works with any aerial bucket type unit straight off of an assembly line or currently being used in service on an International scale. Not only can we save water globally but the process will be safer for testing personnel to test without water. We can also save the industry on the costs associated with pulling the truck out of service to test the bucket liner but also the costs associated with the testing time, (our process is six {6} times faster to the current method).