#Innovation

AI + Automation in HSE

Implementing artificial intelligence tools to automate routine HSE processes. Practices include using AI bots to collect Near Miss data, hybrid search systems (RAG) for regulatory databases, software robots (RPA) for reporting, and generating engaging content for briefings.

AI Prompting: A Fundamental Skill for the HSE Specialist of the Future

Integration of artificial intelligence into the daily tasks of an HSE specialist through mastering prompting skills and using no-code platforms. Practice includes automating routine processes, delegating analytical tasks to AI assistants, and transitioning to the Prompt First paradigm to improve management system efficiency.

AI as a Content Factory

The use of generative neural networks to create training materials and visualize HSE risks. The practice includes using text, graphic, and video AI models to accelerate course development, translate into foreign languages, and create realistic briefings without involving third-party contractors.

Freight Car Building: Manufacturer Efficiency VS Customer Safety

Integration of safety elements (brake shoes and structural anchors for fall protection systems) directly into the freight rolling stock design at the production stage. The initiative aims to reduce injury risks for consumer companies and change industry standards in railcar building.

History of Personal Protective Equipment

AI User Guide: Your Personal Content Laboratory

The Art of Safety: How to Turn Rules into Artworks

The Cornerstone of Environmental Investments: Offsetting Costs Against Negative Environmental Impact Fees

Digitalization in HSE: Russian and International Experience

Sustainable Urban Construction

Application of Industrial Exoskeletons to Reduce Physical Load on Personnel

A pilot project on implementing passive industrial exoskeletons to reduce physical load on storekeepers and oil and gas production operators. Using exoskeletons compensates for upper body weight, blocks injury-prone postures, and reduces overall load when lifting weights by 62%. Economic efficiency is justified by reduced sick leaves for musculoskeletal disorders and a potential reduction in the working conditions class based on SAWC results.

Fire Safety at Construction Sites: Passive Early Detection and Extinguishing Systems

Implementation of a two-level passive fire protection system at construction sites. The first level includes thermal indicators for early detection of abnormal heating in electrical contacts; the second involves autonomous fire extinguishing devices in high-risk areas.