Specifications include, but are not limited to: 1. Develop a new schematic, plans and specifications for a water SCADA system that includes all necessary sensors and controls that fits the following requirements: a. Have PLCs that allow communication between the hardwire sensors and controls and the SCADA server, along with failover PLCs b. Have a modernized wireless capable input/output device(s) that will allow transmission of sensors and controls that are not feasible with PLC technology to the SCADA with a failover device c. Use Ignition by Inductive Automation for the viewing of sensor data and control different parts of the water system d. Have a hardwire auto dialer device that has alarms for 12 critical sensors e. Use modern technologies to control flow of data and controls to and from the SCADA f. Use the provided map of the different assets to determine best which sensors and controls should be on PLCs and which sensors and controls should be on the wireless input/output device(s) g. Control and read data from the Water Treatment Plant, Wastewater Treatment Plant, and the Pre-treatment plant. h. Read the following levels: i. Tank levels ii. Chlorine levels iii. Ph levels iv. Flows v. Turbidity i. Control the following controls: i. Tank levels ii. Chlorine levels iii. Flows iv. Pumps
