#Permit to work
Optimizing electronic Permit-to-Work systems for high-risk operations. Transforming bureaucratic approvals into real site control. Deploying PTW tracking applications connected to LOTO limits and audits.
Are You Confident in the Quality of Your Facility's Permit-to-Work System?
The article examines a methodology for assessing the effectiveness of a permit-to-work system at an enterprise, based on monitoring the responsibility of three key roles and maintaining workspace cleanliness. Measurement results from occupational health and safety and industrial safety specialists, as well as data from a mobile application, are consolidated into a single IT system to generate ratings of contractors and departments. Such an approach helps to establish transparent control over the...
5 Steps to High-Risk Work Safety
A comprehensive high-risk work management system including work categorization, strict planning, work permit automation using digital signatures, and video recording to identify hidden risks. System implementation increased planned work to 95% and completely eliminated injuries.
Reducing Risks in Permit-to-Work Operations
The article describes the experience of implementing the first part of a risk management tool in the permit-to-work system, dedicated to assessing fatal risks. The methodology relies on the automatic printing of checklists with visualization of safety barriers for four cross-cutting risks and checking their effectiveness directly at the work site. The tool helps focus attention on key protective measures and improve the quality of work admission, although it requires additional time.
Digital Tools for Developing a Safety Culture
Implementation of a set of digital tools for HSE management: remote induction training with testing, pre-shift knowledge testing, online booking for knowledge checks, and an electronic permit-to-work system. The practice aims to reduce bureaucratic barriers, continuously monitor the competencies of staff and contractors, and adapt software to existing enterprise business processes.
Full Cycle of Interaction with Contractors
A comprehensive contractor interaction management system, including multi-stage selection, permit digitalization, regular audits, and reliability rating formation. The practice covers the entire lifecycle of working with counterparties: from on-site inspections to joint incident investigations and the application of a fine system with the possibility of replacing them with proactive safety investments.
HSE Training in the Power Industry: From Problem to Solution. Experience of PJSC TGC-1
Integration of Resolution 24/64 requirements into the existing industry personnel training system (PMR) without duplicating processes. The practice includes adapting knowledge testing protocol forms, using a custom Excel converter for mass data upload to the Ministry of Labor registry, and implementing a blended training format with business games and simulators.
Digitalization of Access Control: New Horizons of Safety
Implementation of a comprehensive access control system for high-risk work, including the personal presence of experts ("demonstration access"), continuous video recording of the process using mobile recorders, and testing of stationary neural network video analytics complexes. The practice aims to eliminate a formal approach to pre-shift briefings and PPE checks, as well as to build trusting relationships between personnel and regulatory bodies.
Specialist Qualification – A Key Factor in Construction Safety and Quality
A comprehensive qualification and safety management system on a megaproject with rapid personnel growth. It includes strict rationing of the ETP-to-worker ratio, multi-stage incoming inspection with testing and screening of unscrupulous training centers, as well as continuous training at shift camps and field training grounds.
What Every HSE Tool Needs to Take Off. Key Focuses for Continuous Control and Improvement
Optimizing the permit-to-work system by transferring routine tasks into standardized formats (routing sheets, SOPs) and implementing electronic permits-to-work. Transforming pre-shift meetings into a microlearning tool using two-minute videos on critical risks. Restructuring tiered control with top management focusing on the top 5-7 systemic risks and introducing line walkarounds based on lessons learned.
HSE Training at Metalloinvest: How Do We Do It?
Transformation of corporate HSE training, shifting from formal lectures to practical skills development and a risk-oriented approach. Training is conducted by internal trainers from production personnel directly in the workplace using a three-level model: working with beliefs, identifying hidden threats, and mastering new safety tools.
Innovative Developments and Digital Transformation of the HSE System
A comprehensive system for engaging employees in creating innovative HSE solutions and digital transformation of the HSE management system based on existing IT resources. The practice includes developing technical protection means (electric field sensors, machine vision systems) and digitizing work permits, PPE control, and vehicle monitoring.
Digital Tools for Reducing Incidents at the Enterprise
Creating a unified digital HSE ecosystem that combines data on risks, PPE, medical exams, and training in a digital employee passport. Implementation of automated work permit issuance, combined PPE control (RFID and video analytics), and gamification for personnel engagement.