The oil and gas industry has historically been a driver in the development of occupational risk management systems. Practices originating on drilling rigs eventually become the gold standard for the entire industry. During the webinar, Artem Solovyov, Deputy Chief Engineer at TagraS-RS, examines a fundamental problem in industrial safety: unsafe work practices (UWP). This is the employee's behavior "a second before" a potential tragedy, creating critical risks for both the worker and those around them.
Based on the results of real incident investigations, the company's specialists identified a direct correlation between regular unsafe work practices and the probability of fatalities. To destroy this negative foundation, a targeted project called "Elimination of Unsafe Work Practices" was launched in 2021. The speaker details a five-step methodology that enabled a systematic approach to the problem:
The presentation details a case involving the failure to use taglines during loading and unloading operations. Initially, line managers faced sabotage: workers ignored requirements despite having the equipment. A deep analysis showed that the root cause was not malicious intent, but a lack of standardization — upon arriving at a new site, the rigger simply did not know where the rope was. The solution was strictly designating equipment storage locations. The result: a reduction in such violations from 26 cases in 2021 to zero in 2023.
Systemic tools only work with absolute management involvement. Using a professional skills competition as an example, the speaker shows how a leadership position changes priorities on the ground. When the winning crew admitted they achieved high speed by being in a danger zone, management annulled their victory, clearly stating: speed achieved at the cost of safety has no value.
The comprehensive approach allowed the company to reduce the total number of identified unsafe work practices by 61% over three years, completely eliminating accidents by the end of 2023, while the quality of detecting micro-violations significantly increased.