Enhancing Efficiency by Implementation of Integrated Management System in Order to Align Organisational Culture and Daily Practice

Abstract

The main aim of presented article is present methodology how sophisticated products as compressor equipment can be considered and analyzed as a complex technical system which consists of jointly operating components – a set of hardware, software, operational staff and documented information. In process modeling, these components can be in different processes of inputs, outputs, mechanisms (resources) or management. Based on the regulatory requirements for each component of the system, a key indicator efficiency can be identified. This will allow to control the process and make appropriate decisions to improve the system. The application of the proposed methodology for the development and implementation of an integrated management system reduce the cost of resources and significantly improve the quality of the implementation of processes.

Small-sized enterprises management in the aspect of organizational culture

“…Based on the concept of Knowledge Management, it is also assumed that the culture of an organization has a great influence on the information flows and the dispersion of knowledge. Therefore, it should be stated that conditions for appropriate employee behavior is the key to safe and hygienic working conditions (Matuszny, 2020;Stachová, Stacho, Papulová, & Jemala, 2019;Zaloga, Dyadyura, Rybalka, Pandova, & Zaborowski, 2020). Knowledge management, moderating the organizational culture and building awareness of a safe work environment allow and help prevent accidents.…”

Research of Microstructure of Molybden Doped Weldings of Oil and Gas Pipelines

“…It is already known that doping welding connections, made basic type coated electrodes, allowing sufficient effectively regulate the mechanical properties of metals by changing the morphology [1,2,3], distribution and dispersion structural components [4,5,6,7,8,9,10,11], as well as changes in the composition [12,13,14,15] and condition of the grain boundaries [16,17]. Most researchers consider the influence of alloying elements on the properties of metals at single doping [5,6,7].…”

“…Established [2,9,12,15,17] that the optimal system de-oxidation and weld metal recovery system is a "manganese-silicon" with optimal manganese 0.6-1.5% and 0.3-0.6% silicon. The authors [13,14,15,16,17] believe that to obtain high mechanical properties of the weld metal ratio should be done: Mn,%/Si,% ≥ 2, with content Mn = 0.6-1.5%. The positive effect of molybdenum on the impact toughness of low-alloy steels (for example, grades 09G2S, 17G1S), the authors of [3,6,15,16] attribute to its low absorption at the grain boundaries and strong absorption on the surface of the carbides, which is difficult growth of the latter at the grain boundaries.…”

“…7) that sulfides, oxysulfides and silicates in molybdenum-doped welds consist of sulfur and oxygen compounds with manganese, iron and titanium, and have a globular shape of ~ 4-6 μm in diameter. Therefore, in this case, the binding of sulfur to the MnS compound reduces the likelihood of the formation of fusible Mo-MoS eutectics, which is known to enhance the resistance of welds against the formation of hot cracks [7,12,14,17]. X-ray microanalysis performed on an ORTEC (USA) microanalyzer showed that molybdenum is almost unrelated to non-metallic inclusions, ie the formation of Mo2C -type molybdenum carbide is unlikely but forms a solid solution with ferrite.…”

Modeling of the Manufacturing Systems State in the Conditions of the Lean Production

“…The modern development of technologies, including information technologies, allows the use of a large number of heterogeneous complex systems consisting of interacting subsystems, as a result of which they acquire emergent properties. Complex manufacturing systems, as a rule, include, in addition to a set of hardware, software, and operational personnel [Bochen 2009, Zaloga 2020. Every system has a life cycle.…”