Falls From Height

Dropped Tool Risk Assessment and Method Statement

Risk assessments and Method Statements have to be unique and created by those responsible for dropped object and tool safety as is applicable to the work site, working conditions, equipment and operative's capabilities. It just isn't possible to have a one size fits all generic method statement. Below we have given a guide highlighting those things you may want to consider when carrying out a risk assessment creating a Method Statement to provide a safe work place whilstusing tools at height.

Risk Assessment Check List

Further explanation to points in risk assessment checklist and additional considerations for use in the method statement

Lead a Risk Assessment plan for an activity involving working at height.

Observe participants as they lead the Risk Assessment plan utilizing all of the available checks that are available on the documents. References must also be used regarding use of the working at heights tool kits available. They should also ensure that all involved personnel utilize documentation such as the
log book before commencing work.

Use an observation process for analyzing and identifying potential static and dynamic dropped objects during an operational activity

The participant must use on observation process and documents during an operational activity preferably outside their normal area. They must demonstrate ability to capture any changes in the operational event and identify any areas where the potential for a dynamic dropped object exists.

Identify and explain dropped objects preventive controls in use on the installation

The participant shall identify and explain both static preventive controls (equipment maintenance/periodic inspection process, primary securing devices such as nuts, bolts, screws and brackets) and dynamic preventive controls (individual awareness, observation process, risk assessment, management of change, derrick log book, lift plans and third party equipment inspections).

Identify and explain dropped objects mitigating controls in use on the installation.

The participant shall identify and explain both static and dynamic mitigating controls. Examples of static mitigating controls include secondary retention such as wire slings, lock wire, split pins, roll pins, spring clamps, lock washers, safety chains, barriers and restricted access areas.

Examples of dynamic mitigating controls include at height tool kits, secondary retention such as wire slings, lock wire, split pins, roll pins, spring clamps, lock washers, safety chains, barriers and restricted access areas and PA announcements.

Inspect the company approved dropped objects toolkit for working at height.

Participants must be able to check the condition of all fasteners, tethers, lanyards, bags, and belts that are attached to tools in the tool box. Ensure that all tool fasteners are in good working order and not damaged. Inspect the lanyards for wear and also any adverse affects on the lanyards from exposure to chemicals. Ensure that the tool box is kept in a clean and orderly fashion.
Check tools for damage and excessive wear which may lead to failure

Show how to use the company approved dropped objects toolkit for
working at height

The operative should show how to use the working-at-height tools correctly. The tools must be attached in a manner that does not have the ability to become loose and fall while working at height. The participant must also demonstrate how to use tool issue log book when taking tools and equipment up in the work place.

Complete Dropped Tools prevention training course.

Participants should successfully complete Dropped Tools and Objects Training course