ANALYSIS AND FUZZY SIMULATION OF A PUMP WITH ECCENTRIC FOR NATURAL GASES ODORIZED

Abstract

Abstract: The natural gases are considered hydrocarbons by specialty literature, almost odorless or slightly odorless, by odorize of natural gases it is possible to notice the lack of tightness of the tubular material, through which the distribution to the consumer is made or any corrosion, cracking or damage. Practically, this added amount of odorant in well-established quantities of gas transported through pipelines reduces the risk of explosion, thus eliminating the danger of loss of life, as well as the destruction of buildings, buildings, and environmental damage [1]. Any event of this kind creates beyond the above mentioned, a discontinuity, interruption in the supply of hydrocarbons to consumers, and hence major financial losses or even bankruptcy of gas distribution companies. Therefore, to avoid these drawbacks, a wide range of odorants are used throughout the world to detect olfactory, and in the case of odorants and visual emissions and controlled emissions. These odorants are added to natural gas through different technologies using equipment adopted to meet the requirements of the quality of delivered natural gas.
Key words: natural odorize, odorless, leakiness, explosions, potentially explosive environment, pump with eccentric mechanism, direct current electric motor, fuzzy controller.