Digital transformation of HSE processes. A systemic look at IT infrastructure: electronic document flow, digital permit-to-work systems, mobile apps. Real examples of how automation frees up specialists' time for field work.
Implementation of a multi-level digital control system for dangerous personnel behavior at a large industrial enterprise. Use of UAVs, wearable DVRs, and surround view systems to monitor critical risks and create educational video content based on real violations.
A comprehensive communication system with the workforce on occupational safety issues, including visualization (boards, signs with QR codes), digital channels (mobile app, Telegram channel with chatbots), and feedback tools (hotline, idea submission system). The practice aims to increase awareness, engagement, and develop a safety culture.
Implementation of a mobile simulation game for HSE training of field team employees (sales representatives, drivers). The game simulates the workday of a manager who must balance generating profit and complying with safety rules while managing subordinates.
Comprehensive digitization of HSE training and document management for a distributed branch network. Implementation of a Moodle-based distance learning system with video briefings and testing, as well as the transition to electronic document management using UNEP for legitimate result registration.
Comprehensive digitalization of industrial safety processes at a coal mining enterprise. Implementation of a unified safety ecosystem, including an electronic work order book, automated mine access, a unified dispatch center, and transport and equipment monitoring systems.
A comprehensive greenhouse gas emissions management system, including KPI setting, digitalization of accounting (dashboards, CEMIS system), regular equipment inspections for methane leaks, and assessment of promising forest climate and energy projects. The practice covers both operational improvements (reducing pump energy consumption) and strategic planning (WPP assessment, CO2 capture).
Integrating HSE and employee well-being into the overall ESG strategy of an investment holding. Implementing digital tools (AI, IoT, video analytics) for safety monitoring and developing a corporate culture focused on psychological safety and personnel meta-skills.
A comprehensive approach to HSE leadership development by engaging top management in sponsoring specific risks and creating enterprise committees. Implementation of practical tools for line managers and employees: behavioral safety dialogues, safety contacts with a topic calendar, hazard registration via smartphones linked to KPIs, and hosting a Safety Week.
A comprehensive contractor management system including digital prequalification, risk-based contract classification, onboarding training, and field audits. Financial motivation for proactive safety work is implemented with a prize fund of up to one million rubles.
Implementation of the "Mobile Inspector" system based on explosion-proof smartphones and NFC tags to automate equipment condition monitoring. The solution allows planning routes, recording defects with photo/video, transferring data to the M&R system, and analyzing inspection results via BI dashboards.
Implementation of a remote HSE knowledge testing system for contractor personnel using AI proctoring. Development of specialized knowledge matrices involving contractor experts and integration of testing results into an automated facility admission system.
A multi-stage admission system for contractors at an industrial facility, including risk appetite assessment, remote knowledge testing with proctoring, and practical skills verification. For on-site control, an admission passport with a tear-off coupon system for safety violations is used.