As a conclusion, this project is a
simulation and prototype of the real application in industry particularly in
oil and gas ie Petronas. The prototype is an analogy of the real Carbon Dioxide
gas molecule in the pipeline. When determining the distance between two
objects, there are a variety of sensors to choose from. The voltage that the
sensor outputs changes accordingly to the gas level that enter in the pipeline.
The sensor outputs a voltage that is proportional to the concentration of gas.
In other words, the relationship between voltage and gas concentration is the
greater the gas concentration, the greater the output voltage and the lower the
gas concentration, the lower the output voltage. In this case however, the gas which can be implemented by using an LPG
sensor. In this instance, the microcontroller being used is an Arduino UNO.
Based on
this project, the study scope is to create a counting system which combination
of software and hardware development. Obviously this invention project within
procedure involves the knowledge base approach. This sensor system will expand
sensor capabilities in chemically with high-performance sensors of highly
selective sensors can be detect carbon dioxide gases. The LPG sensor will
senses the interrupted by something is entering its path of the pipeline oil
and gas.
