Special lifting and transport solutions for heavy and complex loads in the design of the lifting frame

Approach and reasoning for developing new solutions and lifting methods, effectively manage risk. This comes in various forms, primarily reducing risk to staff and secondary, reducing or eliminating risk to plants and customers. This is why front-loading engineering solutions are being developed that provide improved safety, schedule improvement and cost efficiency. The paper presents solutions for lifting and transport systems in which alternative methods are used

Special lifting and transport solutions for heavy and complex loads in the design of the lifting frame

Approach and reasoning for developing new solutions and lifting methods, effectively manage risk. This comes in various forms, primarily reducing risk to staff and secondary, reducing or eliminating risk to plants and customers. This is why front-loading engineering solutions are being developed that provide improved safety, schedule improvement and cost efficiency. The paper presents solutions for lifting and transport systems in which alternative methods are used

Innovative methodological tool for occupational risk quantification

This paper presents research in the field of estimating and assessing occupational risks, in order to secure the activities carried out in the presence of specific hazards of industrial work systems, and is based on an in-depth knowledge of interdisciplinary notions in various fields related to systems security engineering. The innovative methodological tool highlights a way to quantify the phenomenon of manifestation of hazards specific to work processes that generate occupational risks with impact, both on the human component and at the level of other components specific to work systems, which significantly reduces the inherent subjectivity in assessing the risks caused by the human factor