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HTTC Regional Scheduled Workshops
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Training in your State
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Analysis of Corrosion Control Parameters
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Basic Water Analysis
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Basic Water Analysis
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Chlorine & Chloramination Testing in Water Samples
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Distribution Monitoring
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Distribution Monitoring
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Drinking Water Analysis II
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Introduction to Chlorine Analysis
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Introduction to Chlorine Analysis
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Introduction to Monochloramine Analysis
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Introduction to Wastewater Treatment Processes
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Laboratory Skills Workshop
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Nutrient Analysis & Control
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Nutrient Analysis in Wastewater
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Nutrients and Other Wastewater Parameters
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Operation, Calibration, and Performance Verification of Hach Chlorine and Turbidity Process Analyzers
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pH Fundamentals
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Practical Methods for Testing Water I
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Practical Methods for Testing Water II
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Process Instrument Verification
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Process Instrument Verification for Drinking Water
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Process Instrument Verification for Water and Wastewater
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Sampling & Distribution System Monitoring
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Simplified Methods for Nutrient Testing
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Simplified Water Analysis
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Simplified Wastewater Analysis
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Wastewater Analysis I
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Small Water Lab Seminar
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Simplified Test Methods for Biological Nutrient Removal Processes
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Laboratory Skills For Water & Wastewater Operators
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Training in your State
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If you would like training in your state and would consider hosting classes at your facility, please call 1-800-227-4224 x2344 for details. |
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Analysis of Corrosion Control Parameters
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This workshop is designed to teach laboratory techniques for the analysis of corrosion control parameters in potable water. Parameters covered in the course include pH, temperature, conductivity, and hardness and alkalinity titrations. For each parameter, the theory of measurement will be presented and discussed. Calibration, verification, and troubleshooting techniques will also be discussed and practiced in a hands-on laboratory setting. In this course, students will prepare and analyze standard solutions in addition to potable water samples. Bring your sample! |
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Basic Water Analysis
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The focus of this seminar is for water quality measurements. Presentations covered in the class include colorimetric analysis, pH, conductivity, turbidity and titration. Parameters measured by the attendee will be phosphorus, pH, conductivity, turbidity and alkalinity. Time will be spent on the proper use of standards and verification of accuracy. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques and hands-on experience with each parameter. |
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Ohio
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Illinois
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Michigan
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Basic Water Analysis
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This class is an introduction to the testing techniques and systems available for water quality measurements in applications including drinking water, wastewater, environmental water, and industrial water. Testing techniques covered include colorimetric chlorine analysis, pH measurement, and turbidity. Along with proper measurement techniques, calibration, verification, and troubleshooting strategies for each parameter will be addressed and good laboratory practices will be emphasized. Participants will improve their lab skills and gain hands-on experience with chlorine, pH, and turbidity testing using portable field and laboratory instruments. |
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California
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Chlorine & Chloramination Testing in Water Samples
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This one day chlorine testing workshop is designed to teach the various analytical techniques associated with the assessment of chlorine analysis in aqueous samples from very low concentrations to extreme high concentrations. Background information regarding chlorine and its relationship with TOC, DPB and THM will be presented in lecture format. The basics of chloramination will be presented. Basic testing principles will be presented followed by hands-on testing or demonstration. |
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Distribution Monitoring
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Throughout the United States there are about 880,000 miles of distribution pipelines that provide water for drinking and other applications. An additional 13,200 miles of new installations are added each year and approximately 4,400 miles are replaced annually. Some of these systems have been in service for over 200 years. Very little is known about the physical, biological and chemical activities that occur within these pipes. This course is an introduction to some of the issues relating to distribution systems. Topics will include commonly monitored water quality parameters, proper sampling and analytical techniques, and the importance of data acquisition and interpretation for monitoring the health of these vital lifelines. |
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Colorado
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Oregon
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Distribution Monitoring
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The focus of this seminar is for water quality measurements within the distribution system. Presentations covered in the class include colorimetric analysis, pH, and conductivity on filtered water. Parameters measured by the attendee will be free and total chlorine, pH, conductivity, and titrations. Time will be spent on the proper use of standards and verification of accuracy. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques, and hands-on experience with each parameter. |
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Alabama
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Illinois
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Drinking Water Analysis II
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This workshop is designed as an introduction to analytical techniques and systems available for water quality measurements in drinking water. Analytical techniques covered in the course include electrochemistry, turbidity and titrations. Basic QA/QC is also introduced. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques, and through hands-on experience with each testing parameter using portable field use and laboratory instruments. |
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Alabama
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Introduction to Chlorine Analysis
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This workshop is designed to teach proper analytical techniques for the analysis of chlorine in water . Analytical technologies covered in the workshop will be colorimetry, and testing parameters associated with chlorine analysis. The course objectives will be met by presenting test theory, incorporating practical applications of analytical techniques with 'hands-on' experience with testing systems. Attendees will receive a Pocket Colorimeter II kit, reagents, standards, and apparatus to thoroughly check chlorine levels so that they can prove the answers they get.
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Missouri
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Texas
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Florida
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Georgia
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Ohio
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Michigan
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Introduction to Chlorine Analysis
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This one day class is designed to provide participants with a thorough understanding of the procedures and techniques associated with chlorine analysis. Attendees will learn practical aspects of colorimetric chlorine testing in a lecture and hands-on setting. Verification of results using standards will also be discussed and practiced. Automated laboratory amperometric titration techniques will be demonstrated. Online, continuous chlorine analyzers will be discussed and demonstrated. Verification of online analyzer results will also be practiced. Participants will leave the course with an understanding of laboratory and online chlorine measurement and performance verification. |
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Introduction to Monochloramine Analysis
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This workshop is designed to teach proper analytical techniques for the analysis of monochloramine in water. Analytical technologies covered in the workshop will be colorimetry, and testing parameters associated with monochloramine analysis. The course objectives will be met by presenting test theory, incorporating practical applications of analytical techniques with hands-on experience with testing systems. Attendees will receive a Pocketcolorimer II Kit, reagents, standards, and apparatus to thoroughly check monochloramine levels. |
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Texas
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Introduction to Wastewater Treatment Processes
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This class will give an overview of the wastewater treatment process with special attention given to the role of dissolved oxygen. A section on biochemical oxygen demand is also provided. Training will also include various methods for measuring dissolved oxygen, the science and measurement of pH, and a discussion of solids measurement techniques including a laboratory exercise for total dissolved solids. |
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California
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Laboratory Skills Workshop
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This class will focus on the laboratory technology of photometry for use of colorimetric, turbidimetric and DO analyses, and the potentiometric technology for pH analysis. Lectures will address functionality of the technology, instrument calibration and maintenance, and measurement techniques. In addition, other topics will be sampling techniques, disinfection, and the use of standards. Class activities will be a combination of lecture, demonstration and hands-on practice with instrumentation and calibration standards. |
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Colorado
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Minnesota
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Nutrient Analysis & Control
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This class will review the wastewater process with an emphasis on nutrient analysis, removal, and control. Nitrogen compounds (ammonia, nitrate, total nitrogen), phosphate and total phosphorous will be analyzed with laboratory and field methods. A short discussion of process analyzers will be included. We will also examine the relationship of pH and alkalinity in the treatment process and attendees will learn how to determine alkalinity concentration via titration. |
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California
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Nutrient Analysis in Wastewater
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The focus of this seminar is for water quality measurements for nutrient management in wastewater treatment. Presentations covered in the class include sample preparation, overview of wastewater treatment, and colorimetric analysis. Parameters measured by the attendee will be Total Kjeldahl Nitrogen (TKN), Total Nitrogen, Nitrate, Ammonia, Orthophosphate and Total Phosphorus. Time will be spent on the proper use of standards and verification of accuracy. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques, and hands-on experience with each parameter. |
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Michigan
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Vermont
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Florida
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Nutrients and Other Wastewater Parameters
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This one day workshop is designed as an introduction to some of the basic analytical techniques available for testing drinking water, wastewater and environmental waters. Nutrient removal in wastewater is discussed and testing methods are presented in the labs. These methods are useful in assessing water quality as well as in the monitoring and control of treatment plant operations. Test methods covered in this course include total nitrogen and phosphorus, ammonia, nitrate, nitrite and orthophosphate. Course objectives will be met by presenting technical background incorporating practical applications of analytical testing and through hands-on experience with selected testing parameters. |
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Ohio
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Operation, Calibration, and Performance Verification of Hach Chlorine and Turbidity Process Analyzers
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This workshop is designed to provide participants with an understanding of the operation and maintenance of chlorine and turbidity process analyzers (CL17 and 1720 Series). Proper calibration and verification techniques for each instrument will be described in presentations and practiced in a hands-on laboratory environment. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques, and through demonstration and hands-on practice using on-line and laboratory instrumentation. |
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Colorado
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Vermont
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Ohio
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Oregon
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pH Fundamentals
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This 4 hour workshop is designed to teach basic pH theory, applications of pH and collecting water samples for pH analysis. Course objectives will be met through lecture and hands-on practices. The analytical technology will focus on electrochemistry and will include lectures of buffers and calibrations, measurement techniques and electrode maintenance and troubleshooting. Hands-on exercises will include reading mV of buffers, calibration, and measuring the pH of varous samples. Class includes an HQ40 meter, gel filled pH probe and apparatus. |
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Florida
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Georgia
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Practical Methods for Testing Water I
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This workshop is designed as an introduction to the analytical techniques and systems available for water quality measurements in applications including drinking water, wastewater, environmental water, and industrial water. Course material includes techniques for sampling, and colorimetric and turbidity measurement. The course objectives will be met by presenting technical background, incorporating practical applications of sampling and analytical testing, and through 'hands-on' experience with each testing parameter using portable field use and laboratory instruments. |
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Colorado
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Practical Methods for Testing Water II
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This workshop is designed as an introduction to the analytical techniques and systems available for water quality measurements in applications including drinking water, wastewater, environmental water, and industrial water. Parameters covered in this course include pH, and conductivity (electromechanical), and alkalinity and hardness (titrimetric). For each parameter, samples will be analyzed, and method verification will be discussed and practiced. The use of these parameters in the analysis of corrosion control in water systems will be discussed. Course objectives will be met by presenting technical background, incorporating practical applications of analytical testing, and through 'hands-on' experience with each testing parameters using portable field use and laboratory instruments. |
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Colorado
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Process Instrument Verification
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This class is designed to provide participants with an understanding of the operation and maintenance of chlorine and turbidity process analyzers (CL17 and 1720 Series). Proper calibration and verification techniques for each instrument will be described in presentations and practiced in a hands-on laboratory environment. The course objectives will be met by presenting theory, incorporating practical application techniques, and through demonstration and hands-on practice using on-line and laboratory instrumentation. |
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California
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Process Instrument Verification for Drinking Water
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The focus of this seminar is for water quality measurements in surface water plants. Presentations covered in the class include colorimetric analysis and turbidity on filtered water. Parameters measured by the attendee will be free and total chlorine and turbidity. Time will be spent on the proper use of standards and verification of accuracy. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques and hands-on experience with each parameter. |
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Alabama
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Georgia
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Illinois
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Process Instrument Verification for Water and Wastewater
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The focus of this seminar is for water quality measurements in water and wastewater plants. Presentations covered in the class include colorimetric analysis, chlorine analysis, pH and dissolved oxygen in water and wastewater. Parameters measured by the attendee will be free and total chlorine, pH, and dissolved oxygen. Time will be spent on the proper use of standards and verification of accuracy. Attendees will verify the performance of a chlorine analyzer and calibrate and verify process pH and dissolved oxygen probes. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques, and hands-on experience with each parameter. |
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Massachusetts
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Sampling & Distribution System Monitoring
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This course covers proper sampling and field testing techniques for distribution system monitoring. Discussions will include the importance of consistency, training, and written sampling plans. Techniques covered in the course will include the measurement of several common parameters relating to distribution systems such as disinfection residual (chlorine or chloramines where applicable), pH and conductivity. A short overview of data interpretation is included. Participants will also gain hands-on experience with various high range hypochlorite and chlorine titrations as they apply to line disinfection. |
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California
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Simplified Methods for Nutrient Testing
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This class is designed as an introduction to regulatory requirements for nutrient controls in the Chesapeake Bay and the techniques available for sampling and measurement of alkalinity, nitrogen, and phosphorus in wastewater, drinking water, environmental waters, and industrial water. The course objectives will be met by presenting technical background, incorporating practical applications of sampling and analytical testing, and through 'hands-on' experience using portable field use and laboratory instruments. Students are required to analyze water samples of known and unknown values. |
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Pennsylvania
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Simplified Water Analysis
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This workshop is an introduction to the testing techniques and systems available for water quality measurements in applications including drinking water, wastewater, environmental water, and industrial water. Testing techniques covered in the course include colorimetric chlorine analysis, pH measurement, and turbidity. Along with proper measurement techniques, calibration, verification, and troubleshooting strategies for each parameter will be addressed and good laboratory practices will be emphasized. Participants will improve their lab skills and gain hands-on experience with chlorine, pH, and turbidity testing using portable field and laboratory instruments.
Scope: municipal drinking water training, municipal wastewater operator training, industrial laboratory training, chlorine analysis, turbidity analysis, pH analysis |
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Colorado
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Simplified Wastewater Analysis
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This workshop is designed as an introduction to the analytical methods and techniques required for accurate laboratory measurement of pH, dissolved oxygen (DO), BOD, and COD. Online analysis of DO and solids will also be discussed. Techniques covered in the course include calibration (where applicable), sample measurement, and method verification. The course objectives will be met by presenting theory, incoporating practical applications of analytical techniques, and through hands-on experience with each testing parameter. Students are required to analyze water samples of known and unknown values. |
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Pennsylvania
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Vermont
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Wastewater Analysis I
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This workshop is designed as an introduction to the basic test methods used to monitor wastewater treatment systems. Test methods covered in this course include alkalinity, DO, BOD, COD, TOC, pH and colorimetry. Course objectives will be met through technical presentations and hands-on labs using portable field and laboratory instruments. Students will analze samples of known and unknown values. |
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Florida
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Georgia
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Small Water Lab Seminar
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The morning session will discuss proper chlorine analysis. Participants will receive a Pocket Colorimeter II chlorine instrument and equipment as part of the class materials. New rules and regulations will be discussed during the afternoon session. |
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Tennessee
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Simplified Test Methods for Biological Nutrient Removal Processes
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This workshop is designed as an introduction to the nutrient management, and the test methods used to monitor and control nutrient removal (i.e. nitrogen and phosphorus) in biological wastewater treatment systems. Test methods covered in the course include alkalinity, nitrogen species (total, ammonia, nitrate and nitrite), and phosphorus species (total, and reactive or orthophosphorus). Course objectives will be met by presenting technical background incorporating practical applications of analytical testing, and through hands-on experience using portable field and laboratory instruments. |
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Massachusetts
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Laboratory Skills For Water & Wastewater Operators
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This workshop is designed as an introduction to the analytical techniques and systems available for water quality measurements in drinking water and wastewater. Analytical techniques covered in the course include colorimetry, electrochemistry and turbidity. The course objectives will be met by presenting theory, incorporating practical applications of analytical techniques, and through hands-on experience with each testing parameter. |
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Oregon
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