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Course Criteria
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3.00 Credits
(6 class hrs/wk, 4 cr) F First course of a three course series covering biological treatment process control. It is designed for the student with a basic background in secondary biological treatment processes and some on-the-job experience. Common biological control strategies are covered with an emphasis on advanced operator control skills as they are related to these processes. Advanced techniques of process control are covered including computer data handling, respirometry as control tool, etc. Prerequisite: WW 6.190 Introduction to Environmental Science & Technology, WW 6.191 Water Systems Operations, WW 6.192 Wastewater Systems, WW 6.168 In-Plant Practicum.
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3.00 Credits
(4 class hrs/wk, 3 cr) W Second course in the three-course sequence on biological process control of municipal wastewater treatment facilities. Monitoring techniques and computeraided data interpretation is continued for both suspended growth, attached growth, and combination treatment systems. Advanced control topics, including filamentous bacteria identification and control and biological nitrogen removal and biological phosphorus removal are covered. Prerequisite: WW 6.154 Process Control I.
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3.00 Credits
(4 class hrs/wk, 3 cr) F/W Provides the student with a hands-on survey of electricity/electronics. Topics include DC & AC electricity, Ohm's Law, series and parallel circuits, electrical sources, semiconductor electronics and motors. The student will have an opportunity to construct various electrical circuits and test the electrical parameters associated with them, thereby confirming theoretical predictions and gaining knowledge in the proper use of electrical test equipment. Prerequisite: MTH 060 Introduction to Algebra or equivalent. Introduces basic DC electrical theory, safety, and multimeter use. Introduction to single and three phase concepts and measurements. Prepares the student for basic electrical troubleshooting required in other industrial trades. Prerequisite: MTH 065 Elementary Algebra.
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3.00 Credits
(4 class hrs/wk, 3 cr) F A basic class for students training to be water resource managers. Includes surface and groundwater sources. Covers hydrology, water quality, laws and regulations, flow measurements, storage, intake structures and wells.
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3.00 Credits
(2 class hrs/wk, 2 cr) Sp Describes the management, operation and maintenance of water distribution and sewage collection systems.
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3.00 Credits
(5 class hrs/wk, 4 cr) F An advanced-level course designed to cover the theory, application and operation of potable water treatment systems. Theory, evaluation, and operation of mixing systems, coagulation chemistry, optimization of chemical applications, flocculation, sedimentation and filtration are the focus of this course. A major focus of this class is the evaluation of treatment systems. Prerequisite: WW 6.190 Introduction to Environmental Science & Technology, WW 6.191 Water Systems Operation, WW 6.192 Wastewater Systems, and WW 6.168 In Plant Practicum.
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3.00 Credits
(2 class hrs/wk, 1 cr) Sp This laboratory course is designed to parallel the topics covered in WW 6.165 Water Distribution & Collection Systems. Covers the description and Describes the application of materials and design practices used in the construction of roads, water distribution systems and sewage collection systems. Prerequisite: MTH 095 Intermediate Algebra.
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3.00 Credits
(40 class hrs/wk, 2-12 cr) Su In-Plant Practicum consists of full-time work in a water or wastewater treatment facility. Skills and knowledge developed in first-year courses are combined with on-the-job training by both plant supervisory personnel and LBCC visiting instructors. Prerequisites: WW 6.190 Introduction to Environmental Science & Technology, WW 6.191 Water Systems Operations, WW 6.192 Wastewater Systems, WW 6.193 Introduction to Aquatic Chemistry and Microbiology, WW 6.195 Intermediate Aquatic Chemistry and Microbiology, HE 112 Emergency First Aid or HE 252 First Aid, and instructor's approval.
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3.00 Credits
(3 class hrs/wk, 3 cr) W An overview course covering the related applications of water and wastewater treatment in industrial installations. Covers regulatory requirements, ultra-pure water treatment systems, physical-chemical waste treatment systems, and the treatment of metal waste streams.
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3.00 Credits
(4 class hrs/wk, 3 cr) Sp Covers the specific equipment and mechanical skills required in the water and wastewater treatment industry. Topics include blueprint reading, valves and hydrants, backflow devices, positive displacement pumps, centrifugal pumps, chlorinators, and other applied equipment.
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