Experience in Implementing the LOTO Standard

From Standard to Real Safety: Evolution of the LOTO System

The implementation of the Lockout/Tagout (LOTO) system is often perceived as a formal compliance with a corporate standard. However, Denis Parvan, HSE Manager at John Deere, uses his enterprise as an example to show how to turn this process into a working safety tool. The speaker analyzes the company's journey from the initial audit to the creation of their own lockout devices and training grounds.

The key task at the start was not just following the internal standard, but genuinely increasing the level of safety when working with hazardous energy sources. The presentation details an approach where the system was implemented not in fragments, but immediately across the entire production volume, covering all stages: from commissioning to equipment decommissioning.

Implementation Stages: From Audit to Visualization

The LOTO implementation process at the enterprise was divided into several logical stages:

• Double equipment audit. First, an internal audit of technological equipment was conducted to assess the feasibility of installing lockouts. Then, with the involvement of contractors, specific isolation points were detailed. This created a foundation for developing 80 initial LOTO cards (their number has now grown to 230).
• Training and employee engagement. Trainings were held for both internal employees and contractor personnel. An important success factor was finding informal leaders among the production staff who motivated their colleagues to use the system by their own example.
• Workplace visualization. Extensive work was done to mark isolation points and install information boards with lockout devices and padlocks directly in the workshops.

Overcoming Resistance and Application Control

In practice, the implementation faced typical problems: employees complained about the increased time for performing work and sometimes ignored the installation of lockouts, considering it unnecessary for short operations. The speaker shows by example how these issues were resolved:

• Adaptation of time standards. Management met the employees halfway and added extra time for repair work so that operators could fulfill all safety requirements without rushing.
• Symbiosis with the SafeStart program. Integrating LOTO with behavioral safety programs helped shift the focus from formal control to employees' conscious attitude toward their own lives and health.
• Multilevel control. An effectiveness evaluation system was built, including control by both work supervisors and operators, with regular site walkarounds and analysis of the system's application percentage.

Further Development: 3D Printing and Process Integration

Stopping at what had been achieved would have led to system stagnation. Therefore, the company continues to develop LOTO:

• Integration into work orders. Now, electronic work orders (including those for contractors) mandatorily specify the exact LOTO card required for the work.
• In-house production of lockouts. The enterprise's engineering service uses 3D printers to manufacture non-standard lockout devices for technological equipment (excluding electrical installations).
• Designing a training ground. There are plans to create a special area for practicing LOTO application skills by new employees and contractors.

What you will learn from this webinar:

• How to conduct an equipment audit and develop effective LOTO cards?
• How to overcome staff resistance and motivate employees to use LOTO?
• How to integrate LOTO requirements into the electronic permit-to-work system?
• In what cases is manufacturing lockouts on a 3D printer justified?
• How to organize control over the system's application at all production levels?