Конференция, 2023, Прилагане на стандартите за ESG за сигурни стратегически производств

Permanent URI for this collectionhttp://research.bfu.bg:4000/handle/123456789/1303

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Author: search.filters.author.Долчинков, Радостин

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    SAFETY IN HIGH-VOLTAGE MARINE SYSTEMS: CHALLENGES, SOLUTIONS AND MODERNISATION
    (Бургаски свободен университет, 2023) Долчинков, Радостин; Сейменлийски, Камен; Орешков, Кольо
    The report examines the safety of high-voltage ship systems, focusing on the associated challenges, possible solutions, and modernization. High-voltage systems on ships are crucial for their operation but also pose potential hazards to the crew and equipment. The report analyzes key safety challenges such as high voltage, shocks and electrical hazards, fires, and other emergency situations. It also discusses existing safety standards and recommendations, as well as modernization measures that can be implemented to enhance the safety of high-voltage ship systems. The report is useful for engineers, designers, and maintainers of ship systems who aim to improve the safety of their installations.
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    ANALYSIS AND ESTABLISHMENT OF THE ROOT CAUSES OF INCIDENTS WHEN WORKING WITH CRITICAL INFRASTRUCTURE
    (Бургаски свободен университет, 2023) Долчинков, Радостин; Симионов, Радослав
    This paper investigates the analysis and determination of the root causes of incidents occurring when dealing with critical infrastructure. Through detailed examination of cause-and-effect factors, including human errors and organizational issues, the paper emphasizes the importance of fully understanding and addressing these causes. Utilizing tools such as the Root Cause Tree®, the paper demonstrates how these incidents can be analyzed down to their most basic causes. For instance, the analysis identified four root causes for a high temperature problem in one incident: the need for improvements in vigilance monitoring, shift planning, choice of a tired worker, and implementation of a "no-sleeping at workplace" policy. The results from this analysis underline the significance of human factors management, specifically in terms of training, procedures, and engineering solutions when dealing with critical infrastructure.