November 2021
·
90 Reads
The high level of corruptions, lack of trust, insincerity and the pervert mode of operation in the oil sector over a long period of time in the country has become worrisome that needs the high level of technology to alleviate this problem to a barest minimum. This paper presents an automatic transmission development and measures of the amount of petrol and other fractions of crude oil generated in a refinery each day to transmit the result to separate users using wireless technology. The machine combines a telemeter with a hall-effect flux sensor, which helps produce the output pulses in proportion to the fluid flow rates, in which fluids are transferred via sensor and rotor blades that are rotated in the generation of pulses. The sensor is then combined with the fluid line and pinwheel, the Hall Effect Sensor for output signals. The Peripheral Interface Controller (PIC) microcontroller is sent a signal from the flow sensor to a Global System for Mobile Communication (GSM) module that links the UART port to the mobile telephone. The data analyzed, converted were sent to Liquid Crystal Display (LCD) to show the flow rate and volume. The site technician or personnel at the base station could easily calculate the product entering the calibrated reservoir and receiving it as SMS. The report will allow the country's people who have access to GSM to know how much oil is generated in Nigeria in each day. After getting the value of fluid generated via SMS from the GSM module, the personnel at the base station then manually upload the data to the firm website; thus, everyone in the country can get access to the information. The website is built such that the different stations can upload their data if the admin gives them a password and user name. This will alleviate the levels of corruption, indecency, and crime in the oil sector. The device is approximately 98 percent reliable and cost-effective.