The following paper refers to some general aspects regarding the measurement of natural gas. There are also presented the unauthorized intervention methods in natural gas distribution system and implicitly the fraudulent consumption of natural gas. It has been proposed to identify, analyze and respond to the risks involved in the measurement process, and to create a new natural gas meter by proposing an internal procedure set to prevent and reduce as much as possible unauthorized distribution. The measuring device is capable of preventing and detecting in real time unauthorized use of the distribution system.All these actions lead to changes in the competitive management process of the trading company involved in the distribution of natural gas
The paper refers to some general aspects regarding the natural gas measurement. In this paper, we try to find methods for checking the quality and risks for gas meters. It is trying to find answers to the question of how we could design and operate a gas meter so that the measurement is as accurate as possible. A process has been proposed to identify, analyse and control the emerging risks. The desirable quality of the measuring instrument requires a rigorous analysis of all aspects that could adversely affect. It also shows the interdependence between quality and risk, one cannot exist without the other. Based on these principles, the following papers propose the approach of case studies on the innovation of a new type of natural gas meter, focusing on the quality of the new product and its ability to accurately measure and prevent unauthorized consumption.
This paper refers to analyzing some components of a natural gas meter. There is a question of making the gas meter design and execution process more efficient. A description of the components of a gas meter is made. It is proposed to improve the natural gas meter. Designing is an important and vital stage in the product’s lifetime, an analysis of the environmental impact and the durability of the product is done, so an analysis is made using the SolidWorks-CAD software. The object of the analysis is a toothed wheel, part of the mechanical bimetal temperature compensator. The case study presents a sustainability report showing a decrease in manufacturing cost, an improvement in the materials used, and a lower impact on the environment.
The paper refers to some general aspects regarding the natural gas measurement. In this paper, we try to find methods for checking the quality and risks for gas meters. It is trying to find answers to the question of how we could design and operate a gas meter so that the measurement is as accurate as possible. A process has been proposed to identify, analyze and control the emerging risks. The desirable quality of the measuring instrument requires a rigorous analysis of all aspects that could adversely affect. It also shows the interdependence between quality and risk, one can not exist without the other. Based on these principles, the following papers propose the approach of case studies on the innovation of a new type of natural gas meter, focusing on the quality of the new product and its ability to accurately measure and prevent unauthorized consumption.
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