New Course! Description:
Water main breaks are an unfortunate occurrence in the distribution system. This course will cover common causes and solutions to address this issue. Service line leaks and repairs are another problem that operators must respond to. The course will also include in-depth coverage of service lines, from taps, to maintenance, and installation.
Date/Location: August 26, 2025 – Mount Olive Twsp. Council Chambers, 204 Flanders-Drakestown Rd., Flanders (Morris County)
Certified for 4.0 Training Contact Hours for NJ-Licensed Water and Wastewater Operators. TCH Course Number: 04-072503-30 Certified for 4.0 Hours (Technical) for Certified Public Works Managers. CPWM Number: DLGS-NJWA-290
New Course! Description:
Water main breaks are an unfortunate occurrence in the distribution system. This course will cover common causes and solutions to address this issue. Service line leaks and repairs are another problem that operators must respond to. The course will also include in-depth coverage of service lines, from taps, to maintenance, and installation.
August 27, 2025 – Barnegat Fire Company, 11 Birdsall Street, Barnegat (Ocean County)
Certified for 4.0 Training Contact Hours for NJ-Licensed Water and Wastewater Operators. TCH Course Number: 04-072503-30 Certified for 4.0 Hours (Technical) for Certified Public Works Managers. CPWM Number: DLGS-NJWA-290
Course objective: To teach the basic theory behind electromagnetic locating, understand the different functions and options offered by today’s instruments, and learn how to maximize its use in the field. The course is oriented towards everyday applications.
Who will benefit from this course? Water and wastewater operators, technicians, engineers, supervisors, foremen and others involved in locating underground utilities will benefit by learning how locators work, and why they behave in certain ways in real world applications. The course consists of 2.5 hours of classroom presentation plus 30 minutes hands-on use of equipment (indoors or outdoors depending on weather).
Accreditation:
3.0 Training Contact Hours for NJ-Licensed Water/Wastewater Operators. TCH Course Number 04-101502-30
3.0 Hours toward license renewal for NJ Certified Public Works Managers: DLGS-NJWA-87 (3.0 Technical)
August 28, 2025 Wall Township Public Works, 2301 Tiltons Corner Road, Wall, Monmouth County
*This course has been offered in a previous TCH cycle.
NOTES:Please arrive at 7:30 am. This course begins at 8:00 am and ends at 11:15 am. There is also an afternoon class at this location on this day. See course listings.
Course objective: To teach the basic theory behind electromagnetic locating, understand the different functions and options offered by today’s instruments, and learn how to maximize its use in the field. The course is oriented towards everyday applications.
Who will benefit from this course? Water and wastewater operators, technicians, engineers, supervisors, foremen and others involved in locating underground utilities will benefit by learning how locators work, and why they behave in certain ways in real world applications. The course consists of 2.5 hours of classroom presentation plus 30 minutes’ hands-on use of equipment (indoors or outdoors depending on weather). Accreditation:
3.0 Training Contact Hours for NJ-Licensed Water/Wastewater Operators. TCH Course Number 04-101502-30
3.0 Hours toward license renewal for NJ Certified Public Works Managers: DLGS-NJWA-87 # (3.0 Technical)
Date and Location: September 9, 2025 –Egg Harbor City Fire, 631 Philadelphia Avenue, Egg Harbor City (Atlantic County)
NOTE: THIS IS AN AFTERNOON CLASS. PLEASE ARRIVE AT 11:30 AM There is a different morning class as well. See class listings.
Course objective: Assist with the planning practice for predictive maintenance throughout your utility, identifying the critical variables for identifying maintenance requirements, and tools to help managers and maintainers identify opportunities for maintenance with more predictable budget.
Who will benefit from this course? Water and wastewater operators, technicians, engineers, supervisors, foremen and others involved in maintenance and budgeting capital and operating expenses. Accreditation:
3.0 TCH Water & WW, Course Number 04-122201-30. CPWM 3.0 MGT DLGS-NJWA-242
Dates and Locations: September 9, 2025 – Egg Harbor City Fire, 631 Philadelphia Avenue, Egg Harbor City (Atlantic County)
*This course has already been offered during the current TCH cycle (2024–2027). Please ensure you have not previously attended it.
Course objective: This hands-on course teaches technicians practical skills for maintaining pumps. Participants will learn to interpret data plates, understand pump components, read wiring diagrams, and perform tear-downs and rebuilds on pumps. Through a mix of classroom instruction and shop practice, this course equips attendees with the knowledge to confidently maintain and troubleshoot submersible pumps.
Flexible Fabric-Reinforced Pipe (FFRP) and Spray-in-Place Pipe (SIPP) for Pipelines (Water/Force Mains/Wastewater) NEW COURSE!LUNCH PROVIDED COMPLIMENTS OF J.F. CREAMER & SON Course Objectives:
Gain a comprehensive understanding of various trenchless technology methodologies, including their respective capabilities and limitations.
Evaluate and identify the most suitable, cost-effective, and sustainable rehabilitation solutions based on thorough asset assessment.
Date & Location: September 23, 2025 - J. Fletcher Creamer & Son, Joseph T. Walsh Leadership & Training Center, 4806 Route 33, Wall NJ 07753
Accreditation:
Certified for 3.5 Training Contact Hours for NJ-Licensed Water and Wastewater Operators. TCH Course Number: 04-082501-30
Certified for 3.5 Hours (Technical) for Certified Public Works Managers.
CPWM Number: DLGS-NJWA-291
Registration is required and available at www.njwater.org. Please plan to arrive at 8:00 am.
DESCRIPTION:
This course provides comprehensive instruction on pipe tapping techniques in the water and wastewater industry. Participants will learn about the different types of taps, common machines used, and the issues and maintenance associated with them. The course covers proper tapping techniques, including the use of saddles, and pipeline considerations. There will be a detailed demonstration of tapping and service line instruction, including valves, fittings, and connections. Hands-on sessions will allow participants to practice tapping using the B101, D-5, and EZ tap machines on 6” DIP and 6” C900 PVC pipes. By the end of the course, participants will have gained practical experience and knowledge to perform pipe tapping effectively and safely.
Instructor: Andy Clauhs, Mueller Water Products
Date and Location: September 24, 2025 – Wall Township Public Works Garage. 2301 Tilton Corner Rd., Wall.
Accreditation: Certified for 4.0 Training Contact Hours for NJ-Licensed Water and Wastewater Operators. TCH Course Number: 04-082503-30 Certified for 4.0 Hours (Technical) for Certified Public Works Managers. CPWM Number: DLGS-NJWA-293
Course objective: To teach the basic theory behind electromagnetic locating, understand the different functions and options offered by today’s instruments, and learn how to maximize its use in the field. The course is oriented towards everyday applications.
Who will benefit from this course? Water and wastewater operators, technicians, engineers, supervisors, foremen and others involved in locating underground utilities will benefit by learning how locators work, and why they behave in certain ways in real world applications. The course consists of 2.5 hours of classroom presentation plus 30 minutes hands-on use of equipment (indoors or outdoors depending on weather).
Accreditation:
3.0 Training Contact Hours for NJ-Licensed Water/Wastewater Operators. TCH Course Number 04-101502-30
3.0 Hours toward license renewal for NJ Certified Public Works Managers: DLGS-NJWA-87 (3.0 Technical)
September 25, 2025 Boonton Senior Center - 126 N Main Street Boonton, NJ 07005 (Morris County)
Pre-Conference: “The Coming Wave: 1,4-Dioxane Background, Treatment Strategies, and Waste-Stream Management Strategies”
Presented and sponsored by: H2M Architects & Engineers
Course Description:
This course provides a comprehensive understanding of 1,4-Dioxane, its treatment, and waste management strategies. It begins with a historical background, toxicology, and regulatory framework for 1,4-Dioxane. The course then discusses treatment alternatives and waste stream management. The final module focuses on real-world examples and lessons learned from the startup and commissioning of 1,4-Dioxane treatment systems. Participants will gain insights into the design criteria for treatment technologies and the implementation of UV/AOP treatment approaches. The training concludes with a review of lessons learned and a comparison between theoretical design targets and actual water quality outcomes.
Agenda:
8:00 – 9:00 AM Morning Refreshments and Sign-in
9:00 AM Training Begins
Module 1: “Historical Background, Toxicology, and Regulatory Framework for 1,4-Dioxane”
Duration: 70 minutes
Scope Narrative: Presenters will review the historical context for the invention of PFAS, its originally intended purposes and functions, and how it became ubiquitous in the natural aquatic environment. A survey of known information in the field of toxicology will be conducted, discussing NJDEP’s approach to testing and validating candidate primary contaminants and potential MCL’s – via its partner board, the NJ Drinking Water Quality Institute. This module will close with a synthesis of this background information into the current 1,4-Dioxane regulation enforce in NY State, and a dialogue about potential implementation in New Jersey.”
Break: 15 minutes
Module 2: “Treatment Alternatives and Waste Stream Management for 1,4-Dioxane”
Duration: 70 minutes
Scope Narrative: The presenting team will review the design criteria for candidate treatment technologies for removal and/or destruction of 1,4-Dioxane. The focal point of this module will be a description of the design parameters, boundary conditions, and water quality targets for the implementation of the UV/AOP treatment approach (combination of ultraviolet light and advanced oxidation process). A discussion will be conducted regarding management of treatment process waste mass flows.
Break: 15 minutes
Module 3: “Implementation Workshop – Discussion of Real-World Examples and Lessons Learned from Startup/Commissioning of 1,4-Dioxane Treatment”
Duration: 70 minutes
Scope Narrative: The presentation will close on a third module, focused on narratives of the process of due diligence, design, permitting, construction, and systems commissioning for actual, full-scale 1,4-Dioxane treatment systems. Several examples will be given, using various water qualities. A review will be conducted of lessons learned, and a comparison made between theoretical design targets and actual water quality outcomes, based on 1+ year of operating data.
Presenters:
Timothy J. McGuire, P.E., Department Manager – Water Resources
Andrew Manfredi, P.E. – Discipline Engineer
Karen E. Benson, P.G. – Practice Leader, Hydrogeology
Patrick K. Cole, P.E., CPWM – Vice President, H2M
Accreditation:
3.5 Water & Wastewater Training Contact Hours for NJ-Licensed Water & Wastewater Operators.
TCH Course Number: 04-102501-30
3.5 Hours towards license renewal for NJ Certified Public Works Managers.
CPWM Course Number: DLGS -NJWA-295 3.5 Technical Credits
Date: Tuesday, October 21, 2025 - The Golden Nugget Hotel & Casino
Pre-Conference: “The Coming Wave: 1,4-Dioxane Background, Treatment Strategies, and Waste-Stream Management Strategies”
Presented and sponsored by: H2M Architects & Engineers
Course Desecription:
Module 1: “Historical Background, Toxicology, and Regulatory Framework for 1,4-Dioxane”
Module 2: “Treatment Alternatives and Waste Stream Management for 1,4-Dioxane”
Module 3: “Implementation Workshop – Discussion of Real-World Examples and Lessons Learned from Startup/Commissioning of 1,4-Dioxane Treatment”
Agneda:
Breakfast: 7:30 - 9:00 am
Sign-in: 9:00 am
Session begins: 9:30 am
Session ends: 1:30 pm
Presenting Firm: H2M Architects + Engineers Presenters:
Timothy J. McGuire, P.E., Department Manager – Water Resources
Andrew Manfredi, P.E. – Discipline Engineer
Karen E. Benson, P.G. – Practice Leader, Hydrogeology
Patrick K. Cole, P.E., CPWM – Vice President, NJ Water
Accreditation:
3.0 Water & Wastewater Training Contact Hours for NJ-Licensed Water & Wastewater Operators.
TCH Course Number: 04-102501-30
3.0 Hours towards licenses renewal for NJ Certified Public Works Managers.
CPWM Course Number: DLGS -NJWA-291 1.0 Government, 1.0 Management, 1.0 Technical Credits
Date: October 21, 2025 - The Golden Nugget Hotel & Casino
Our conference is an excellent opportunity to learn about products and services for the water and
wastewater industry directly from our Exhibitors. It is an excellent opportunity to meet with your
peers, agency representatives and local leaders. You will be able to increase your awareness of
regulatory and legislative issues by attending your choice of training sessions while at the same
time earning Training Contact Hours for your license requirements.
Our annual conference is open to all water and wastewater utilities and staff. As a member of our association, you can take our member's discounted rate!
Not a member? Join Now
Are you unsure of your membership status? Please confirm before registering by contacting us directly by email or calling us at 609-242-7111.
Hands-On Pump Workshop at PSI Process’s Shop - #04-112401-30 (Middlesex County) 8:00am – Start (Please arrive by 7:45am) ** Safety Shoes and Proper Workshop Attire is Required**
Course objective: This hands-on course teaches technicians practical skills for maintaining pumps. Participants will learn to interpret data plates, understand pump components, read wiring diagrams, and perform tear-downs and rebuilds on pumps. Through a mix of classroom instruction and shop practice, this course equips attendees with the knowledge to confidently maintain and troubleshoot submersible pumps.
Accreditation:
6.0 Water & Wastewater TCHs, Course Number: 04-112401-30
2025 Annual Management & Technical Conference.