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Wastewater Advanced Treatment for Nutrient Control and Water Reuse I1. SYLLABUS Copyright 1994-2001 by B. Koopman Soccer Fields at Veterans Memorial Park Photo by Mary Alford Advanced Treatment for Nutrient Control and Water Reuse Course title: Advanced wastewater treatment for nutrient control and water reuse Biological, physical, and chemical processes used in the advanced treatment of domestic and industrial wastewaters. Reuse applications and guidelines Lectures are scheduled for Tue-Thur 6:15 8:10 pm A course in water or wastewater treatment (e.g., ENV5555, ENV4514C), background in unit processes and operations, or consent of instructor Ben Koopman 322 Black Hall bkoop2@gmail.com Meetings by appointment (arrange by email) Course number: ENV4405/6556 Course description: Meeting times: Prerequisites: Instructor information: 2 Advanced Treatment for Nutrient Control and Water Reuse General objectives: 1. Introduce students to the unit operations and processes used in the advanced treatment of wastewater 2. Examine methods of water reuse and their quality requirements 3. Introduce students to the current literature in advanced wastewater treatment 3 Advanced Treatment for Nutrient Control and Water Reuse Specific objectives: 1. Know the five stages of wastewater treatment and alternative strategies for providing these levels of treatment 2. Understand design approaches for physicochemical methods for nitrogen and phosphorus removal processes 3. Understand design approaches for biological nitrogen and phosphorus removal processes 4. Examine technology for removing nondegradable organic matter from wastewater 5. Examine technology for removing inorganic salts 6. Learn issues involved in water reuse through discussion of case studies 7. Examine some of the latest ideas in advanced wastewater treatment and water reuse by discussing recent literature in the area 4 Advanced Treatment for Nutrient Control and Water Reuse Required reading: EPA (1993) Nitrogen Control Manual. U.S. Environmental Protection Agency, Washington, D.C. (available at class Web site) Chapter 62-610 Florida Administrative Code. Reuse of Reclaimed Water and Land Application. Florida Department of Environmental Protection (available at class Web site) notes Course (available at class Web site) Recommended Henze, M., Harremoes, P., Cour Jansen, J.I., and reading: Arvin, E. (2002) Wastewater Treatment: Biological and Chemical Processes, 3rd Ed. Springer, Berlin, ISBN: 3-540-42228-5. ** 5 Advanced Treatment for Nutrient Control and Water Reuse Major topics: Introduction to nitrogen removal Stripping of ammonia Selective ion exchange Breakpoint chlorination Nitrification Nitrification design Denitrification Denitrification design Modeling biological nitrogen removal Biological and chemical phosphate removal processes Modeling biological phosphate removal Water reuse 6 Advanced Treatment for Nutrient Control and Water Reuse Course outcomes: After completing this course, students should be able to ... 1. Select and design processes for advanced wastewater treatment 2. Devise approaches for water reuse, especially nonpotable applications 7 Advanced Treatment for Nutrient Control and Water Reuse Learning methods & techniques: Excel and Advanced Treatment Lessons refresh your computational skills and give you some practice with chemical quantities. Journal Club allows you to learn about current research in the field. Reading and lectures stimulate discussion arising from exposure to new information. In-class problems give you a chance to apply new information immediately after it is presented. Take-home problems include exercises in process design & optimization. 8 Advanced Treatment for Nutrient Control and Water Reuse Implementation: Take-home problems will be discussed at the beginning of the next class period following the assignment date Due at 9:00 pm on the day after the problem is discussed 159 minutes allowed as grace period Each student should give at least one 5-minute Journal Club presentation View the Effective Presentations slides for hints on improving presentation skills Six bonus take-home points awarded for each additional presentation 9 Advanced Treatment for Nutrient Control and Water Reuse Evaluation: Homework & take-home problems Class participation including Journal Club and in-class problems Exam 1 Exam 2 Final 90 100 A 85 90 B+ 80 85 B 75 80 C+ 70 75 C 65 70 D+ 60 65 D etc. 30% 15% 10% 20% 25% Grading scale: 10
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UF >> EGM >> 7845 (Fall, 2008)
Advanced Wastewater Treatment for Nutrient Control and Water Reuse I1. SYLLABUS Copyright 1994-2001 by B. Koopman Soccer Fields at Veterans Memorial Park Photo by Mary Alford Advanced Treatment for Nutrient Control and Water Reuse Course title: ...
UF >> EMA >> 6616 (Spring, 2008)
Advanced Wastewater Treatment for Nutrient Control and Water Reuse I1. SYLLABUS Copyright 1994-2001 by B. Koopman Soccer Fields at Veterans Memorial Park Photo by Mary Alford Advanced Treatment for Nutrient Control and Water Reuse Course title: ...
UF >> EML >> 5104 (Spring, 2008)
Advanced Wastewater Treatment for Nutrient Control and Water Reuse I1. SYLLABUS Copyright 1994-2001 by B. Koopman Soccer Fields at Veterans Memorial Park Photo by Mary Alford Advanced Treatment for Nutrient Control and Water Reuse Course title: ...
UF >> EML >> 6267 (Fall, 2008)
Advanced Wastewater Treatment for Nutrient Control and Water Reuse I1. SYLLABUS Copyright 1994-2001 by B. Koopman Soccer Fields at Veterans Memorial Park Photo by Mary Alford Advanced Treatment for Nutrient Control and Water Reuse Course title: ...
UF >> EEE >> 5400 (Spring, 2008)
CEN 5501C Syllabus Spring 2007 Title: Computer Networks Time: 5th and 6th periods (11:45 am 1:40 pm) on Tuesday, 6th period (12:50 pm 1:40 pm) on Thursday Classroom: CSE-118 Instructor: Professor Richard Newman (nemo@cise.ufl.edu), 346 CSE, (352) 3...
UF >> EGM >> 6570 (Fall, 2008)
CEN 5501C Syllabus Spring 2007 Title: Computer Networks Time: 5th and 6th periods (11:45 am 1:40 pm) on Tuesday, 6th period (12:50 pm 1:40 pm) on Thursday Classroom: CSE-118 Instructor: Professor Richard Newman (nemo@cise.ufl.edu), 346 CSE, (352) 3...
UF >> EGM >> 7845 (Fall, 2008)
CEN 5501C Syllabus Spring 2007 Title: Computer Networks Time: 5th and 6th periods (11:45 am 1:40 pm) on Tuesday, 6th period (12:50 pm 1:40 pm) on Thursday Classroom: CSE-118 Instructor: Professor Richard Newman (nemo@cise.ufl.edu), 346 CSE, (352) 3...
UF >> EMA >> 6616 (Spring, 2008)
CEN 5501C Syllabus Spring 2007 Title: Computer Networks Time: 5th and 6th periods (11:45 am 1:40 pm) on Tuesday, 6th period (12:50 pm 1:40 pm) on Thursday Classroom: CSE-118 Instructor: Professor Richard Newman (nemo@cise.ufl.edu), 346 CSE, (352) 3...
UF >> EML >> 5104 (Spring, 2008)
CEN 5501C Syllabus Spring 2007 Title: Computer Networks Time: 5th and 6th periods (11:45 am 1:40 pm) on Tuesday, 6th period (12:50 pm 1:40 pm) on Thursday Classroom: CSE-118 Instructor: Professor Richard Newman (nemo@cise.ufl.edu), 346 CSE, (352) 3...
UF >> EML >> 6267 (Fall, 2008)
CEN 5501C Syllabus Spring 2007 Title: Computer Networks Time: 5th and 6th periods (11:45 am 1:40 pm) on Tuesday, 6th period (12:50 pm 1:40 pm) on Thursday Classroom: CSE-118 Instructor: Professor Richard Newman (nemo@cise.ufl.edu), 346 CSE, (352) 3...
UF >> EEE >> 5400 (Spring, 2008)
EES 5305c ~ Ecological & General Systems Instructor: Mark T. Brown mtb@ufl.edu Rm 100 Phelps lab 392-2309 Textbooks: Modeling for All Scales by Odum, H.T. and E.C. Odum 2001 Academic Press, NY ISBN# 0-12-524170-4 Ecological and General Systems H.T. O...
UF >> EGM >> 6570 (Fall, 2008)
EES 5305c ~ Ecological & General Systems Instructor: Mark T. Brown mtb@ufl.edu Rm 100 Phelps lab 392-2309 Textbooks: Modeling for All Scales by Odum, H.T. and E.C. Odum 2001 Academic Press, NY ISBN# 0-12-524170-4 Ecological and General Systems H.T. O...
UF >> EGM >> 7845 (Fall, 2008)
EES 5305c ~ Ecological & General Systems Instructor: Mark T. Brown mtb@ufl.edu Rm 100 Phelps lab 392-2309 Textbooks: Modeling for All Scales by Odum, H.T. and E.C. Odum 2001 Academic Press, NY ISBN# 0-12-524170-4 Ecological and General Systems H.T. O...
UF >> EMA >> 6616 (Spring, 2008)
EES 5305c ~ Ecological & General Systems Instructor: Mark T. Brown mtb@ufl.edu Rm 100 Phelps lab 392-2309 Textbooks: Modeling for All Scales by Odum, H.T. and E.C. Odum 2001 Academic Press, NY ISBN# 0-12-524170-4 Ecological and General Systems H.T. O...
UF >> EML >> 5104 (Spring, 2008)
EES 5305c ~ Ecological & General Systems Instructor: Mark T. Brown mtb@ufl.edu Rm 100 Phelps lab 392-2309 Textbooks: Modeling for All Scales by Odum, H.T. and E.C. Odum 2001 Academic Press, NY ISBN# 0-12-524170-4 Ecological and General Systems H.T. O...
UF >> EML >> 6267 (Fall, 2008)
EES 5305c ~ Ecological & General Systems Instructor: Mark T. Brown mtb@ufl.edu Rm 100 Phelps lab 392-2309 Textbooks: Modeling for All Scales by Odum, H.T. and E.C. Odum 2001 Academic Press, NY ISBN# 0-12-524170-4 Ecological and General Systems H.T. O...
UF >> EEE >> 5400 (Spring, 2008)
CEN 6070 Software Testing and Verication Fall 2007 Overview: Software Testing and Verication is an advanced survey course on concepts, principles, and techniques related to software testing and formal program verication. Students will become acquaint...
UF >> EGM >> 6570 (Fall, 2008)
CEN 6070 Software Testing and Verication Fall 2007 Overview: Software Testing and Verication is an advanced survey course on concepts, principles, and techniques related to software testing and formal program verication. Students will become acquaint...
UF >> EGM >> 7845 (Fall, 2008)
CEN 6070 Software Testing and Verication Fall 2007 Overview: Software Testing and Verication is an advanced survey course on concepts, principles, and techniques related to software testing and formal program verication. Students will become acquaint...
UF >> EMA >> 6616 (Spring, 2008)
CEN 6070 Software Testing and Verication Fall 2007 Overview: Software Testing and Verication is an advanced survey course on concepts, principles, and techniques related to software testing and formal program verication. Students will become acquaint...
UF >> EML >> 5104 (Spring, 2008)
CEN 6070 Software Testing and Verication Fall 2007 Overview: Software Testing and Verication is an advanced survey course on concepts, principles, and techniques related to software testing and formal program verication. Students will become acquaint...
UF >> EML >> 6267 (Fall, 2008)
CEN 6070 Software Testing and Verication Fall 2007 Overview: Software Testing and Verication is an advanced survey course on concepts, principles, and techniques related to software testing and formal program verication. Students will become acquaint...
UF >> PLS >> 6623 (Fall, 2008)
Cestrum diurnum L. SOLANACEAE Synonyms: day jasmine Cestrum fastigiatum Jacq. Cestrum diurnum L. var. fastigiatum (Jacq.) Stehl in Fournet Cestrum diurnum portoricense O.E. Schulz in Urban Samoa (Florida Exotic Plants Council 2001, Institute of Pac...
UF >> PLS >> 6623 (Fall, 2008)
Syzygium cumini (L.) Skeels Myrtaceae/Myrtle Family Common Names: Synonymy: Origin: Java plum, jambolan, jamun, duhat Syzygium jambolana (Lam.) DC., Eugenia cumini (L.) Druce, E. jambolana Lam. Southeast Asia, India Botanical Description: Evergree...
UF >> PLS >> 6623 (Fall, 2008)
VARROA MITES The varroa mite, Varroa jacobsoni, is considered by many to be the most serious malady of honey bees. It now occurs nearly worldwide. This external parasite feeds on the hemolymph (blood) of adult bees, larvae, and pupae. Heavy parasitis...
UF >> EEL >> 3003 (Fall, 2008)
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UF >> EEL >> 3003 (Fall, 2008)
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UF >> EEL >> 3003 (Fall, 2008)
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UF >> EEL >> 3003 (Fall, 2008)
EEL 3003 Fall 2008 Elements of Electrical Engineering Class: Section 1465: NEB 202, MWF 2nd period (8:30 AM - 9:20 AM) Course Objectives: Achieve basic understanding of circuit concepts and circuit analysis methods. Develop problem-solving methodolog...
UF >> EEL >> 3003 (Fall, 2008)
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UF >> EEL >> 3003 (Fall, 2008)
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UF >> EEL >> 3003 (Fall, 2008)
LM741 Operational Amplifier August 2000 LM741 Operational Amplifier General Description The LM741 series are general purpose operational amplifiers which feature improved performance over industry standards like the LM709. They are direct, plug-in ...
UF >> EEL >> 3003 (Fall, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3135 (Spring, 2008)
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UF >> EEL >> 3211 (Fall, 2008)
Transformers Revised October 6, 2008 EEL 3211 2008, H. Zmuda 3. Transformers 1 The Ideal Transformer NP Primary Pi Winding NS Basic Transformer Secondary S d Winding EEL 3211 2008, H. Zmuda 3. Transformers 2 The Ideal Transformer - A p...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Basic Electrical Energy Engineering Homework Homework assignments are from the text, Chapman, Electrical Machinery and Power System Fundamentals, McGraw-Hill, 2002, ISBN 0-07-229135-4 Chapter 1 Assignment: Problems 1-7, 1-8, 1-9, 1-10, 1-...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 ( 2008, H. Zmuda) 5a. Synchronous Motor Examples 1 EEL 3211 ( 2008, H. Zmuda) 5a. Synchronous Motor Examples 2 EEL 3211 ( 2008, H. Zmuda) 5a. Synchronous Motor Examples 3 EEL 3211 ( 2008, H. Zmuda) 5a. Synchronous Motor Examples 4...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Basic Electrical Energy Engineering Revised 8/14/08 EEL 3211 2008, Henry Zmuda 0. Introduction to Basic Electrical Energy Engineering 1 Instructor: Prof. Henry Zmuda Office location: Benton 314 Telephone: 392-0990 Cell: (850) 225 9200 (...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Test 2 October 14, 2008 One (1) 8.5 by 11 sheet of notes allowed. Your sheet of notes from exam 1 can also Time limit: 50 minutes. All Answers must include units. be used 1. (30 points) The results of open-circuit and short-circuit tests...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Homework 3 Solutions For some reason the Instructors Manual provides answers to this problem using a power factor of 0.9 instead of 0.85. My solution (done in Mathcad) using the assigned power factor appears after the provided solution. H...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Homework 1 Solutions ...
UF >> EEL >> 3211 (Fall, 2008)
Errata for Electric Machinery and Power System Fundamentals 1/e (Current at 20 October 2001) Please note that some or all of the following errata may be corrected in future reprints of the book, so they may not appear in your copy of the text. 1. 2. ...
UF >> EEL >> 3211 (Fall, 2008)
Synchronous Machines Revised November 3, 2008 EEL 3211 ( 2008. H. Zmuda) 5. Synchronous Machines 1 Synchronous Machines: Synchronous machines are AC machines that a field circuit supplied by an external DC source Synchronous generators or alterna...
UF >> EEL >> 3211 (Fall, 2008)
Miscellaneous Topics October 6, 2008 EEL 3211 ( 2008, H. Zmuda) 8. Single-Phase Motors 1 Single Phase Single-Phase Motors October 6, 2008 EEL 3211 ( 2008, H. Zmuda) 8. Single-Phase Motors 2 Single-Phase Motors: Most familiar of all motors. Us...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Test 1 Sept. 23, 2008 Time limit: 50 minutes Closed-note, closed-book, one 8.5 by 11 sheet of notes allowed. Hint: Questions 1 4 require only a simple one-line answer. 1. (15 points) A conductor 2 m long moves at a speed of 60 km/h throu...
UF >> EEL >> 3211 (Fall, 2008)
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UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Basic Electrical Energy Engineering Homework Homework assignments are from the text, Chapman, Electrical Machinery and Power System Fundamentals, McGraw-Hill, 2002, ISBN 0-07-229135-4 Chapter 1 Assignment: Problems 1-7, 1-8, 1-9, 1-10, 1-...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Basic Electrical Energy Engineering Homework Homework assignments are from the text, Chapman, Electrical Machinery and Power System Fundamentals, McGraw-Hill, 2002, ISBN 0-07-229135-4 Chapter 1 Assignment: Problems 1-7, 1-8, 1-9, 1-10, 1-...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Basic Electrical Energy Engineering Homework Homework assignments are from the text, Chapman, Electrical Machinery and Power System Fundamentals, McGraw-Hill, 2002, ISBN 0-07-229135-4 Chapter 1 Assignment: Problems 1-7, 1-8, 1-9, 1-10, 1-...
UF >> EEL >> 3211 (Fall, 2008)
DC Machines Revised October 6, 2008 EEL 3211 ( 2008, H. Zmuda) 7. DC Machines 1 DC Machines: DC Motors are rapidly losing popularity. Until recent advances in power electronics DC motors excelled in terms of speed control. Today, induction motors...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Homework 2 Solutions ...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Test 3 Nov. 25, 2008 Time limit: 50 minutes Closed-note, closed-book, one 8.5 11 sheet of notes allowed. 1. A 3000 kW, 6600 V (line-to-line), 60 Hz, 200 rpm synchronous motor operates at full-load at a leading power factor of 0.8. If the...
UF >> EEL >> 3211 (Fall, 2008)
Three Ph Th Phase Ci it Circuits Revised October 6, 2008 EEL 3211 2008, Henry Zmuda 2. Three-Phase Circuits 1 Preliminary Comments and a quick review of phasors. We live in the time domain. We also assume a causal (nonpredictive) world. Real-wo...
UF >> EEL >> 3211 (Fall, 2008)
Fundamentals of AC Machinery Revised October 6, 2008 4. Fundamentals of AC Machinery 1 AC Machines: We begin this study by first looking at some commonalities that exist for all machines, then look at specific machines such as synchronous machines...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Test 3 Nov. 25, 2008 Time limit: 50 minutes Closed-note, closed-book, one 8.5 11 sheet of notes allowed. 1. A 3000 kW, 6600 V (line-to-line), 60 Hz, 200 rpm synchronous motor operates at full-load at a leading power factor of 0.8. If the...
UF >> EEL >> 3211 (Fall, 2008)
EEL 3211 Basic Electrical Energy Engineering Homework Homework assignments are from the text, Chapman, Electrical Machinery and Power System Fundamentals, McGraw-Hill, 2002, ISBN 0-07-229135-4 Chapter 1 Assignment: Problems 1-7, 1-8, 1-9, 1-10, 1-...
UF >> EEL >> 3303l (Fall, 2008)
Ohms and Kirchhoffs Laws: Circuits Containing Dependent Sources Introduction Each circuit in this set of problems: 1. consists of a small number of circuit elements. 2. consists of a dependent source, some resistors, voltage sources, current sources,...
UF >> EEL >> 3303l (Fall, 2008)
Electrical Circuit Theory and Technology John Bird In Memory of Elizabeth Electrical Circuit Theory and Technology Revised second edition John Bird, BSc(Hons), CEng, MIEE, FIEIE, CMath, FIMA, FCollP Newnes OXFORD AMSTERDAM BOSTON LONDON NEW YORK...
UF >> EEL >> 3304c (Fall, 2008)
nMOS Common Source Amplifier EEL 3304C Project # 3 nMOS Common Source Amplifier 1. Objectives This project teaches the design of a CMOS active-loaded amplifier. We replace the passive load for a common source amplifier with an active load realized ...
UF >> EEL >> 3304c (Fall, 2008)
L21. CS with source resistor and Effect of DC Operating Point on Amplifier Performance Review CS amplifier Small-signal equivalent circuit Amplifier analysis Reading Chapter 4 (MOS Field-Effect Transistors) Common Source Amplifier with source...
UF >> EEL >> 3304c (Fall, 2008)
L10. Diodes Zener Diodes Operation at reverse bias Define VZ and IZ with opposite polarity Review Small-signal example Forward-biased diode as voltage regulator Circuit symbol -VZ I-V characteristic -VZK i v -IZK Reading Chapter 3 (Diod...
UF >> EEL >> 3304c (Fall, 2008)
Sept. 14, 2007 EEL 3304 Fall 2007 Quiz 2 Name:_Solution_ UFID:_ 1. An OpAmp based inverting integrator is measured at 1kHz to have a voltage gain of 100V/V. At what frequency is the gain reduced to -1V/V? What is the integrator time constant (Recall...
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