Outreach Rescue

Nacelle, Tower, and Basement Rescue, GWO ART-N
Course length

16 hours (2 days)

Instructor

1:6

Period of validity

2 years

Certification

Global Wind Organisation

Venue

Lower Ty Newydd, Clytha, Raglan, Monmouthshire Wales, NP15 2BQ

GWO ART-N

Goal

Enable participants to safely and effectively rescue injured individuals from complex WTG environments.

Target group

This training is for personnel in the wind industry involved in nacelle, tower, and basement operations that require advanced rescue preparedness.

Highlights

Comprehensive training for nacelle, tower, and basement rescue scenarios.

Practical exercises simulating real wind turbine environments.

Adheres to GWO Advanced Rescue Training standards.

Description
GWO Advanced Rescue Training focused on nacelle, tower, and basement environments, teaching participants to perform complex rescue operations in a wind turbine setting.
This course equips participants with the skills and knowledge to conduct rescues from the nacelle, tower, and basement sections of a wind turbine generator (WTG). Combining theoretical instruction with practical scenarios, it enhances competencies in advanced rescue equipment use, communication strategies, and risk management, surpassing basic working-at-height training.
Compliance

Global Wind Organisation

Previous knowledge

Valid GWO Basic Safety Training Working at Heights, First Aid, and Manual Handling certifications.

Requirements

Physically fit and capable of participating fully in practical exercises.

Progression

Certification offers potential career advancement in the wind industry, participants may choose to advance to further specialised GWO modules, such as Combined Advanced Rescue Training or Single Rescuer courses.

Theoretical elements

– Risk management and rescue planning.
– Emergency response protocols specific to the nacelle, tower, and basement.
– Communication strategies during rescue operations.

Practical elements

– Rescue from enclosed and crawl spaces.
– Evacuation from the nacelle to the base of the tower.
– Use of advanced lowering and raising systems.

Number of participants:

In total:
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