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* Article derived from the research project entitled “Design and implementation of a supervision and control system of physicochemical variables in a mixture separator”. Funded by University de los Llanos, and Colciencias. Starting date: March 22, 2013. End date: March 21, 2014. Abstract--This paper presents the results of a research project developed by professors from Universidad de los Llanos and Colciencias Young Researcher, whose aim is to implement the necessary instrumentation to monitor and control with a SCADA system of physicochemical variables for a mixture separation process in oily water, thereby seeking to minimize environmental damage in water sources. The project was divided into three methodological stages: the establishment of interest variables, the design and implementation of the SCADA system, and the testing for results validation. This system has sensors to capture and transfer data to a PLC (S71200) for each of the system variables such as temperature, level, flow and pH. It also has HMI interface for interacting with the system. The SCADA system greatly facilitates process monitoring and establishes the possibility of remote action, just by providing the programmable logic controller (PLC) to an Ethernet network.

SCADA System of Physicochemical Variables in a Mixture Separator