Fire Fighters at hazmat situation


The Wind Tracker™ Windsock is the only windsock system that can detect wind movement below 3 mph!
A safer, stronger, longer wearing windsock that exceeds OSHA safety standards

Grain elevator
Wind Tracker Pivotal Harness Set

Windsock Sets

Wind Tracker windsock set


Side Mount for windsock pole


Wind Tracker windsock set

10′ Windsock Pole

Retracts to 46″, extends up to 10′ in seconds. Ideal for portable use, on vehicles, trailers, and atop structures.

5 Year Guarantee

Windsock by Wind Tracker

15′ Windsock Pole

Retracts to 60″, extends up to 15′ in seconds. Use atop structures, side of buildings, and portable applications.

5 Year Guarantee

Field Flag Set

20′ Windsock Pole

Retracts to 60″, extends up to 20′ in seconds. Best for in-ground use, attach to fences, walls, or posts.

5 Year Guarantee

Windsock News & Reports

Windsock news 1/28/2021
A liquid nitrogen leak at a northeast Georgia plant has resulted in the death of six people, with multiple others taken to the hospital.

A large contingent of employees that had evacuated, along with multiple victims that were in that crowd that were also experiencing medical emergencies around the facility.

Five people died at the plant and one person died in the emergency room. Nine other injured patients were at the hospital — three in critical condition

High wind above 10 mph disperses material, low wind carries it along!

Guidelines for the inclusion of low wind speed conditions into risk assessments.

Although they are not often considered in risk assessments or safety cases, low wind speed conditions are likely to produce many of the worst case dispersion scenarios, especially for situations where dense vapor clouds would form close to the ground.

The results of previous review and validation studies, undertaken by the authors for the UK Health and Safety Executive, have been drawn together in this paper to provide guidelines for the practical application of appropriate modeling of scenarios involving low wind speeds within quantified risk assessments.

The production of these guidelines has been achieved by using example risk assessments covering the storage of chlorine, bromine, LPG and Liquid Oxygen, for each of which sensitivity studies were also undertaken. These demonstrated that the inclusion of low wind speeds has varying effects, depending on the material considered, which could be as much as 1-2 orders of magnitude.

Most importantly, it also showed that, when low wind speeds are included, it is not only their dispersion effects but also their effects on source term and impact on the population, which need to be considered to ensure that the calculated risks are neither overly conservative nor optimistic.

Lines IG1, Daycock JHDeaves DM.
J Hazard Mater.2001 May 30;83(3):153-79

Hazardous material movement