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Sunday, February 23
 

7:00am CST

Short Course Registration Opens
Sunday February 23, 2025 7:00am - 8:00am CST
Check In, Registration and Continental Breakfast
The mezzanine level is accessible by elevator only.
Sunday February 23, 2025 7:00am - 8:00am CST
Astor Crowne Plaza - 2nd Floor Mezzanine

7:45am CST

The Fundamentals of Coatings
Sunday February 23, 2025 7:45am - 5:00pm CST
The mezzanine level is accessible by elevator only. 

Dr. James W. Rawlins
Professor of Polymer Science and Engineering
Course Purpose: 

To provide entry level chemists in the coatings industry an understanding of the principles involved in formulating coatings.
Course Description:
Coating manufacture is challenging. This course will provide gains in understanding in selecting and processing raw materials, compositional ratios of raw materials, and concepts in coating volume and mass relationships. Developing suitable formulations requires specialized knowledge of structure-property-performance relationships, processing variables, raw materials, substrate-coating relationships, regulatory limits, customer cure capabilities, coatings calculations, environmental conditions, testing protocols, and a variety of practical troubleshooting skills. The hands-on examples and lectures are coordinated to provide a quick but comprehensive overview of the fundamentals.

Who should attend: 
The first day’s course material is ideal for fresh entrants into the coatings industry who are not fully conversant with the basic components of coatings.  The technical content of this course will supplement the material covered in our other short courses.    
Short Course Instructors
avatar for David White

David White

Vice President of Technical Services, Pan Technology
 Introduction to PigmentsPigment characteristics, classification, opacity, particle size, oil absorption value, PVC, CPVC, RPVC, organic and inorganic pigments, metallic and pearlescent pigmentsBiographyDavid White is VP Technical Sales at Pan Technology. David has over 40 years... Read More →
avatar for James Rawlins

James Rawlins

Professor, The University of Southern Mississippi
Fundamentals of Coatings:Introduction to CoatingsAbstract ComingStructure-Property Relationships in PolymersThe Science of Formulating:Advanced Structure-Property Relationships in PolymersMolecular weight, critical entanglement molecular weight, crosslink density, crystallinity, hydroplasticization... Read More →
avatar for Keith Moody

Keith Moody

Senior Technical Service Associate, Coatings Technical Service Lab , Retired Eastman Chemical - Consultant
SolventsSolvent type, classification, characteristics, solvency, evaporation rate, odor, flash point, VOC, HAP, MIR, formulation considerationsBiogrpahyKeith received his BS in Chemistry from Kentucky Wesleyan College in 1976 and his MS in Polymer Chemistry from the University of... Read More →
avatar for Michael Blanton

Michael Blanton

Team Leader, The University of Southern Mississippi
The Fundamentals of Coatings:Abbreviations and Acronyms in the World of Polymers and CoatingsAbstract ComingPolymers Utilized in CoatingsAbstract ComingThe Science of Formulating: Coatings CharacterizationScanning Electron Microscopy, Energy Dispersive X-ray Spectroscopy, Confocal... Read More →

Sunday February 23, 2025 7:45am - 5:00pm CST
Astor Crowne Plaza - 2nd Floor Mezzanine

9:30am CST

Coffee Break
Sunday February 23, 2025 9:30am - 10:00am CST
Sunday February 23, 2025 9:30am - 10:00am CST
 
Monday, February 24
 

7:00am CST

Short Course Registration Open
Monday February 24, 2025 7:00am - 8:00am CST
Check In, Registration and Continental Breakfast
The mezzanine level is accessible by elevator only.
Monday February 24, 2025 7:00am - 8:00am CST
Astor Crowne Plaza - 2nd Floor Mezzanine

7:45am CST

Introduction to Polymer Chemistry for Coatings
Monday February 24, 2025 7:45am - 5:00pm CST
Dr. Tristan Clemons
Assistant Professor of Polymer Science

Course Purpose: To provide entry-level chemists and engineers with a background in the synthetic approaches and rational of polymer chemistries integral for the coatings industry.
Course Description: This course will provide a comprehensive introduction to polymer chemistry designed for participants with a basic background in chemistry, but still a beginner to the intricacies of polymer chemistry – the backbone of all coating formulations. This course will cover polymer nomenclature, types of polymers, synthetic approaches (e.g. step growth, emulsion, ring opening, and radical polymerization), and the associated practicalities required of the chemist to conduct these polymerizations. Participants will learn how the synthetic approach can result in control of polymer parameters such as monomer conversion, molecular weight, dispersity, and architecture, while also demonstrating the calculations that allow the chemist to predict, plan, and understand these important polymer properties. Finally, this content will be framed utilizing current examples of how this directly applies to solving real-world problems within the coatings industry.
Who should attend: Don’t know the difference between an epoxide and polyurethane? Then this course is for you. We will cover the fundamentals of polymer synthesis, including the terminology, synthetic approaches, and practicalities of polymer chemistry for coatings in a collaborative and fun 2-day course. A great introduction or refresher for someone who has had limited exposure to polymer chemistry in their training.

https://www.clemonslab.com
Short Course Instructors
avatar for Tristan Clemons

Tristan Clemons

Assistant Professor, The University of Southern Mississippi

Monday February 24, 2025 7:45am - 5:00pm CST

7:45am CST

Reformulating to Waterborne Coatings
Monday February 24, 2025 7:45am - 5:00pm CST
The mezzanine level is accessible by elevator only. 

Dr.  Robson F. Storey
Bennett Distinguished Professor of Polymer Science

Course Purpose: To provide chemists in the coatings industry an understanding of the principles involved in reformulating systems to a waterborne system.
Course Description: Reformulating to Waterborne Coatings is an intensive, two-day course providing an introduction to the technology of waterborne coatings with an emphasis on the challenges encountered in converting existing solvent-borne coating systems to water. It consists of a series of lectures organized around various popular coating types including acrylic latex, polyester/alkyd, two-component polyurethane, polyurethane dispersion, epoxy, and silicone. Additional topics include the use of additives, pigments and pigment dispersion, and application methods for waterborne coatings.
Who should attend: The course is designed for coating chemists and formulators and for persons interested in new applications for waterborne coatings.

Short Course Instructors
avatar for Chun Ren

Chun Ren

Principle Scientist, Axalta
Bio:Chun presently holds the position of Principal Scientist at Axalta Coatings Systems. He earned his BS in Polymer Chemistry from the University of Science and Technology of China and PhD in Organic Chemistry from the University of Missouri. With over a decade of research and development... Read More →
avatar for Don Liles

Don Liles

Retired - Emulsions Development Group, Dow Corning Corporation
BiographyOn May 1st of this year, Don will have attained 50 years of continuous R&D experience in industrial chemistry.      Don joined Dow Corning Corporation as a chemist in 1974, after having completed an MS degree in organic chemistry from Georgia Tech and a BS degree in chemistry... Read More →
avatar for Jeffery Arendt

Jeffery Arendt

Group Leader, Arkema Coating Resins
Abstract: The value proposition of alkyds resins in coating markets remains strong. With sustainability initiatives affecting the industry at all levels there is a need to convert higher VOC formulations to more sustainable low VOC formulations. This lecture will review the chemistry... Read More →
avatar for Jim Reader

Jim Reader

Senior Technical Manager -Automotive Coatings, Americas, Evonik Corporation
Jim Reader graduated from Warwick University (UK) in 1988 with a Ph.D. in Chemistry. He joined Air Products in 1988 in Manchester as an Application Development Chemist for Epoxy hardeners. He became Technical Manager for the Specialty Additives business in 1996 and worked in Europe... Read More →
avatar for Keith Moody

Keith Moody

Senior Technical Service Associate, Coatings Technical Service Lab , Retired Eastman Chemical - Consultant
SolventsSolvent type, classification, characteristics, solvency, evaporation rate, odor, flash point, VOC, HAP, MIR, formulation considerationsBiogrpahyKeith received his BS in Chemistry from Kentucky Wesleyan College in 1976 and his MS in Polymer Chemistry from the University of... Read More →
avatar for Mike Jeffries

Mike Jeffries

Business Development Manager – Industrial Coatings, Covestro
High Performance Waterborne Two-Component PolyurethanesThis talk with discuss the chemistry of both components in a two-component PUD. It will review water dispersible polyisocyanate crosslinkers and isocyanate reactive waterborne polymers. In addition methods of formulating these... Read More →
avatar for Partha Majumdar

Partha Majumdar

Principle Research Scientist, Dow
Bio:Partha Majumdar is currently Principal Research Scientist in Coatings R&D at Dow. His research areas involve formulations, applications of high-throughput methodology, DOE, statistical data analysis, data modeling, and building structure-property relationships. Partha received... Read More →
avatar for Robson Storey

Robson Storey

Bennett Distinguished Professor of Polymer Science and Engineering, Emeritus Chairman, The Waterborne Symposium, The University of Southern Mississippi
Robson F. StoreyBennett Distinguished Professor of Polymer Science and Engineering, EmeritusChairman, The Waterborne SymposiumBuilding: Polymer Science, Room 305Phone: 601.266.4879118 College Dr. #5050, Hattiesburg, MS 39406Abstract Title: “Alternative Polyurethane Polymers Cured... Read More →
avatar for Romesh Kumar

Romesh Kumar

Consultant, Heubach Group
Short Course AbstractPigment Selection for Architectural CoatingsCompetition and environmental regulations require the architectural coatings manufacturers to develop innovative formulations to improve traditional colorant systems. This includes improved hiding, reduced VOC (almost... Read More →
avatar for Sam Morell

Sam Morell

President, samMorell.com
Short CourseRheology of Waterborne CoatingsThis presentation on rheology reviews the basic principles of rheology including its definition and its influencers - chemical structure, morphology, and environmental conditions. The impact by various deformation forces including compression... Read More →
avatar for Shiying Zheng

Shiying Zheng

Applications Chemist, Evonik Corporation
Short CourseFormulating Two-Package, Ambient-Cure Waterborne Epoxy Coatings This talk will introduce the concept and applications of waterborne epoxy systems.  It will describe the chemistry, design principles, and types of epoxy resin and amine curing agents used in such systems... Read More →
avatar for Todd Williams

Todd Williams

Product and Tech Service - Coatings, Adhesives, and Specialties Group, Covestro
The Science of Formulating Short CourseFormulating 1k and 2k Waterborne PolyurethanesMoisture cure polyurethane coatings, 2K polyurethane coatings, formulation variables that affect weathering, 2K polyaspartic coatings, 1K and 2K waterborne polyurethane coatingsThis talk will discuss... Read More →

Monday February 24, 2025 7:45am - 5:00pm CST
Astor Crowne Plaza - 2nd Floor Mezzanine

7:45am CST

Formulating Science Mobile Laboratory
Monday February 24, 2025 7:45am - 5:15pm CST
The mezzanine level is accessible by elevator only. 

Dr. James W. Rawlins
Professor of Polymer Science and Engineering

Course Purpose: 

To provide entry level chemists in the coatings industry an understanding of the principles involved in formulating coatings.
Course Description:
Coating manufacture is challenging. Often protective and decorative coatings formulations require an iterative series of ladder studies.   Formulating requires raw materials knowledge, processing and preparation skills for production, math for calculations, and physics to discern hiding, loading, ratios of raw materials used with each substrate, cure profile, and environmental conditions. The short course will reinforce formulation building through lectures and mobile laboratories experiments.
.
Who should attend: 
This short course is a general course covering major paint and coating types presented at a fundamental technical level and is designed for entry-level chemists to the coatings industry that desire total immersion for paint and coatings production, selection, design, and development.
Short Course Instructors
avatar for Chris Howard

Chris Howard

Technical Manager, Lintech International
Additive Technology – Principles and FormulationDefoaming and deaeration, surface control, substrate wetting, adhesion, pigment wetting and stabilization, rheology control, moisture scavengers, catalysts and carboxylates, specialty additives, optimization of additives, coatings... Read More →
avatar for Daniel Calimente

Daniel Calimente

Technical Manager, Wacker Chemical Corporation
Silicone Chemistry and their Utility in Coatings ApplicationsOne of the chemistries which can prove to be useful with increased demands for performance in coatings is the silicone chemistry. We will be looking at different forms that silicones can be used in coatings, different types... Read More →
avatar for Daniel Douty

Daniel Douty

Technical Service Manager, Chemours
North America Technical Service manager since September 2020Located at Chemours Discovery Hub, adjacent to University of Delaware in Newark, DE Joined Titanium Technologies upon graduation at DeLisle TiO2 Manufacturing site10 years at DeLisle manufacturing site in various roles of... Read More →
avatar for James Rawlins

James Rawlins

Professor, The University of Southern Mississippi
Fundamentals of Coatings:Introduction to CoatingsAbstract ComingStructure-Property Relationships in PolymersThe Science of Formulating:Advanced Structure-Property Relationships in PolymersMolecular weight, critical entanglement molecular weight, crosslink density, crystallinity, hydroplasticization... Read More →
avatar for Jim Macdonald

Jim Macdonald

Business Line Manager, BYK-Gardner USA
Bio:Jim has been employed by BYK-Gardner USA for 25 years.  He has been the territory sales manager in the Midwest US and is now the business line manager for Industrial paint and coatings applications in the U.S. and Canada
avatar for Keith Moody

Keith Moody

Senior Technical Service Associate, Coatings Technical Service Lab , Retired Eastman Chemical - Consultant
SolventsSolvent type, classification, characteristics, solvency, evaporation rate, odor, flash point, VOC, HAP, MIR, formulation considerationsBiogrpahyKeith received his BS in Chemistry from Kentucky Wesleyan College in 1976 and his MS in Polymer Chemistry from the University of... Read More →
avatar for Michael Blanton

Michael Blanton

Team Leader, The University of Southern Mississippi
The Fundamentals of Coatings:Abbreviations and Acronyms in the World of Polymers and CoatingsAbstract ComingPolymers Utilized in CoatingsAbstract ComingThe Science of Formulating: Coatings CharacterizationScanning Electron Microscopy, Energy Dispersive X-ray Spectroscopy, Confocal... Read More →
avatar for Michael Dvorchak

Michael Dvorchak

Technical Director, Dvorchak Enterprises LLC 
BioMike retired after 28 years with Bayer Material Science and left Allnex USA, INC in 2015. He has worked in the UV cure area for over 30 years. Mike has authored over 24 peer reviewed publications, 16 US and international patents and authored a chapter for a university textbook... Read More →
avatar for Michael Praw

Michael Praw

TS&D Manager, Indorama Ventures
Born and raised in Montreal, Mike now lives in the Houston area. He has 36 years of coatings formulation experience, 18 years with coatings companies and 18 years with raw material suppliers. He is currently Technical Service and Development Manager, for Indorama Ventures: Integrated... Read More →
avatar for Todd Williams

Todd Williams

Product and Tech Service - Coatings, Adhesives, and Specialties Group, Covestro
The Science of Formulating Short CourseFormulating 1k and 2k Waterborne PolyurethanesMoisture cure polyurethane coatings, 2K polyurethane coatings, formulation variables that affect weathering, 2K polyaspartic coatings, 1K and 2K waterborne polyurethane coatingsThis talk will discuss... Read More →

Monday February 24, 2025 7:45am - 5:15pm CST
Astor Crowne Plaza - 2nd Floor Mezzanine
 
Tuesday, February 25
 

7:45am CST

Introduction to Polymer Chemistry for Coatings
Tuesday February 25, 2025 7:45am - 5:00pm CST
Dr. Tristan Clemons
Assistant Professor of Polymer Science

Course Purpose: To provide entry-level chemists and engineers with a background in the synthetic approaches and rational of polymer chemistries integral for the coatings industry.
Course Description: This course will provide a comprehensive introduction to polymer chemistry designed for participants with a basic background in chemistry, but still a beginner to the intricacies of polymer chemistry – the backbone of all coating formulations. This course will cover polymer nomenclature, types of polymers, synthetic approaches (e.g. step growth, emulsion, ring opening, and radical polymerization), and the associated practicalities required of the chemist to conduct these polymerizations. Participants will learn how the synthetic approach can result in control of polymer parameters such as monomer conversion, molecular weight, dispersity, and architecture, while also demonstrating the calculations that allow the chemist to predict, plan, and understand these important polymer properties. Finally, this content will be framed utilizing current examples of how this directly applies to solving real-world problems within the coatings industry.
Who should attend: Don’t know the difference between an epoxide and polyurethane? Then this course is for you. We will cover the fundamentals of polymer synthesis, including the terminology, synthetic approaches, and practicalities of polymer chemistry for coatings in a collaborative and fun 2-day course. A great introduction or refresher for someone who has had limited exposure to polymer chemistry in their training.

https://www.clemonslab.com
Short Course Instructors
avatar for Tristan Clemons

Tristan Clemons

Assistant Professor, The University of Southern Mississippi

Tuesday February 25, 2025 7:45am - 5:00pm CST

7:45am CST

Reformulating to Waterborne Coatings
Tuesday February 25, 2025 7:45am - 5:00pm CST
The mezzanine level is accessible by elevator only. 

Dr.  Robson F. Storey
Bennett Distinguished Professor of Polymer Science

Course Purpose: To provide chemists in the coatings industry an understanding of the principles involved in reformulating systems to a waterborne system.
Course Description: Reformulating to Waterborne Coatings is an intensive, two-day course providing an introduction to the technology of waterborne coatings with an emphasis on the challenges encountered in converting existing solvent-borne coating systems to water. It consists of a series of lectures organized around various popular coating types including acrylic latex, polyester/alkyd, two-component polyurethane, polyurethane dispersion, epoxy, and silicone. Additional topics include the use of additives, pigments and pigment dispersion, and application methods for waterborne coatings.
Who should attend: The course is designed for coating chemists and formulators and for persons interested in new applications for waterborne coatings.

Short Course Instructors
avatar for Chun Ren

Chun Ren

Principle Scientist, Axalta
Bio:Chun presently holds the position of Principal Scientist at Axalta Coatings Systems. He earned his BS in Polymer Chemistry from the University of Science and Technology of China and PhD in Organic Chemistry from the University of Missouri. With over a decade of research and development... Read More →
avatar for Don Liles

Don Liles

Retired - Emulsions Development Group, Dow Corning Corporation
BiographyOn May 1st of this year, Don will have attained 50 years of continuous R&D experience in industrial chemistry.      Don joined Dow Corning Corporation as a chemist in 1974, after having completed an MS degree in organic chemistry from Georgia Tech and a BS degree in chemistry... Read More →
avatar for Jeffery Arendt

Jeffery Arendt

Group Leader, Arkema Coating Resins
Abstract: The value proposition of alkyds resins in coating markets remains strong. With sustainability initiatives affecting the industry at all levels there is a need to convert higher VOC formulations to more sustainable low VOC formulations. This lecture will review the chemistry... Read More →
avatar for Jim Reader

Jim Reader

Senior Technical Manager -Automotive Coatings, Americas, Evonik Corporation
Jim Reader graduated from Warwick University (UK) in 1988 with a Ph.D. in Chemistry. He joined Air Products in 1988 in Manchester as an Application Development Chemist for Epoxy hardeners. He became Technical Manager for the Specialty Additives business in 1996 and worked in Europe... Read More →
avatar for Keith Moody

Keith Moody

Senior Technical Service Associate, Coatings Technical Service Lab , Retired Eastman Chemical - Consultant
SolventsSolvent type, classification, characteristics, solvency, evaporation rate, odor, flash point, VOC, HAP, MIR, formulation considerationsBiogrpahyKeith received his BS in Chemistry from Kentucky Wesleyan College in 1976 and his MS in Polymer Chemistry from the University of... Read More →
avatar for Mike Jeffries

Mike Jeffries

Business Development Manager – Industrial Coatings, Covestro
High Performance Waterborne Two-Component PolyurethanesThis talk with discuss the chemistry of both components in a two-component PUD. It will review water dispersible polyisocyanate crosslinkers and isocyanate reactive waterborne polymers. In addition methods of formulating these... Read More →
avatar for Partha Majumdar

Partha Majumdar

Principle Research Scientist, Dow
Bio:Partha Majumdar is currently Principal Research Scientist in Coatings R&D at Dow. His research areas involve formulations, applications of high-throughput methodology, DOE, statistical data analysis, data modeling, and building structure-property relationships. Partha received... Read More →
avatar for Robson Storey

Robson Storey

Bennett Distinguished Professor of Polymer Science and Engineering, Emeritus Chairman, The Waterborne Symposium, The University of Southern Mississippi
Robson F. StoreyBennett Distinguished Professor of Polymer Science and Engineering, EmeritusChairman, The Waterborne SymposiumBuilding: Polymer Science, Room 305Phone: 601.266.4879118 College Dr. #5050, Hattiesburg, MS 39406Abstract Title: “Alternative Polyurethane Polymers Cured... Read More →
avatar for Romesh Kumar

Romesh Kumar

Consultant, Heubach Group
Short Course AbstractPigment Selection for Architectural CoatingsCompetition and environmental regulations require the architectural coatings manufacturers to develop innovative formulations to improve traditional colorant systems. This includes improved hiding, reduced VOC (almost... Read More →
avatar for Sam Morell

Sam Morell

President, samMorell.com
Short CourseRheology of Waterborne CoatingsThis presentation on rheology reviews the basic principles of rheology including its definition and its influencers - chemical structure, morphology, and environmental conditions. The impact by various deformation forces including compression... Read More →
avatar for Shiying Zheng

Shiying Zheng

Applications Chemist, Evonik Corporation
Short CourseFormulating Two-Package, Ambient-Cure Waterborne Epoxy Coatings This talk will introduce the concept and applications of waterborne epoxy systems.  It will describe the chemistry, design principles, and types of epoxy resin and amine curing agents used in such systems... Read More →
avatar for Todd Williams

Todd Williams

Product and Tech Service - Coatings, Adhesives, and Specialties Group, Covestro
The Science of Formulating Short CourseFormulating 1k and 2k Waterborne PolyurethanesMoisture cure polyurethane coatings, 2K polyurethane coatings, formulation variables that affect weathering, 2K polyaspartic coatings, 1K and 2K waterborne polyurethane coatingsThis talk will discuss... Read More →

Tuesday February 25, 2025 7:45am - 5:00pm CST
Astor Crowne Plaza - 2nd Floor Mezzanine

7:45am CST

Formulating Science Mobile Laboratory
Tuesday February 25, 2025 7:45am - 5:15pm CST
The mezzanine level is accessible by elevator only. 

Dr. James W. Rawlins
Professor of Polymer Science and Engineering

Course Purpose: 

Provide an understanding and overview of surface coating formulation principles for chemists in the coatings industry with hands-on formulation practice and lectures focused on reinforcing structure-property-performance relationships with a ‘begin with the end in mind’ focus.
Course Description:
Coating manufacture is challenging. Often protective and decorative coatings formulations require an iterative series of ladder studies. Formulating requires raw materials knowledge, processing and preparation skills for production, math for calculations, and physics to discern hiding, loading, ratios of raw materials used with each substrate, cure profile, and environmental conditions. The short course will reinforce formulation building through mobile laboratories and lectures.
The Science of Formulating Short Courses is organized to provide 6 hands-on laboratory experiments and 6 lectures in two days delivered by 6 speakers.

Who should attend: 
This short course is a general course covering major paint and coating types presented at a fundamental technical level and is designed for entry-level chemists to the coatings industry that desire total immersion for paint and coatings production, selection, design, and development.
Short Course Instructors
avatar for Chris Howard

Chris Howard

Technical Manager, Lintech International
Additive Technology – Principles and FormulationDefoaming and deaeration, surface control, substrate wetting, adhesion, pigment wetting and stabilization, rheology control, moisture scavengers, catalysts and carboxylates, specialty additives, optimization of additives, coatings... Read More →
avatar for Christopher Scanlon

Christopher Scanlon

Specialist, Westlake Epoxy
Scanlon is a recent Ph.D. graduate in Polymer Science and Engineering from The University of Southern Mississippi.  His dissertation focused on the development of novel analytical methods to quantify coating failure and identify polymer structure-property-performance relationships... Read More →
avatar for Daniel Calimente

Daniel Calimente

Technical Manager, Wacker Chemical Corporation
Silicone Chemistry and their Utility in Coatings ApplicationsOne of the chemistries which can prove to be useful with increased demands for performance in coatings is the silicone chemistry. We will be looking at different forms that silicones can be used in coatings, different types... Read More →
avatar for Daniel Douty

Daniel Douty

Technical Service Manager, Chemours
North America Technical Service manager since September 2020Located at Chemours Discovery Hub, adjacent to University of Delaware in Newark, DE Joined Titanium Technologies upon graduation at DeLisle TiO2 Manufacturing site10 years at DeLisle manufacturing site in various roles of... Read More →
avatar for James Rawlins

James Rawlins

Professor, The University of Southern Mississippi
Fundamentals of Coatings:Introduction to CoatingsAbstract ComingStructure-Property Relationships in PolymersThe Science of Formulating:Advanced Structure-Property Relationships in PolymersMolecular weight, critical entanglement molecular weight, crosslink density, crystallinity, hydroplasticization... Read More →
avatar for Jim Macdonald

Jim Macdonald

Business Line Manager, BYK-Gardner USA
Bio:Jim has been employed by BYK-Gardner USA for 25 years.  He has been the territory sales manager in the Midwest US and is now the business line manager for Industrial paint and coatings applications in the U.S. and Canada
avatar for Keith Moody

Keith Moody

Senior Technical Service Associate, Coatings Technical Service Lab , Retired Eastman Chemical - Consultant
SolventsSolvent type, classification, characteristics, solvency, evaporation rate, odor, flash point, VOC, HAP, MIR, formulation considerationsBiogrpahyKeith received his BS in Chemistry from Kentucky Wesleyan College in 1976 and his MS in Polymer Chemistry from the University of... Read More →
avatar for Michael Blanton

Michael Blanton

Team Leader, The University of Southern Mississippi
The Fundamentals of Coatings:Abbreviations and Acronyms in the World of Polymers and CoatingsAbstract ComingPolymers Utilized in CoatingsAbstract ComingThe Science of Formulating: Coatings CharacterizationScanning Electron Microscopy, Energy Dispersive X-ray Spectroscopy, Confocal... Read More →
avatar for Michael Praw

Michael Praw

TS&D Manager, Indorama Ventures
Born and raised in Montreal, Mike now lives in the Houston area. He has 36 years of coatings formulation experience, 18 years with coatings companies and 18 years with raw material suppliers. He is currently Technical Service and Development Manager, for Indorama Ventures: Integrated... Read More →

Tuesday February 25, 2025 7:45am - 5:15pm CST
Astor Crowne Plaza - 2nd Floor Mezzanine

12:00pm CST

Exhibitor Move In
Tuesday February 25, 2025 12:00pm - 3:00pm CST

Tuesday February 25, 2025 12:00pm - 3:00pm CST
Grand Ballroom D

12:00pm CST

General Symposium and Exhibitor Registration Opens
Tuesday February 25, 2025 12:00pm - 7:00pm CST
Tuesday February 25, 2025 12:00pm - 7:00pm CST
Astor Grand Foyer - Level 2

4:00pm CST

Technology Showcase Exhibit Hall Open
Tuesday February 25, 2025 4:00pm - 7:00pm CST
Please visit our exhibitors in the exhibit hall - Grand Ballroom D.

Tuesday February 25, 2025 4:00pm - 7:00pm CST
Grand Ballroom D

5:00pm CST

Tuesday Evening Welcome Reception
Tuesday February 25, 2025 5:00pm - 7:00pm CST
The 2024 Waterborne Symposium kicks off with a dynamic opening reception in the technology showcase exhibitors’ hall. Don't miss this incredible chance to connect with industry leaders, exhibitors, and peers!
Tuesday February 25, 2025 5:00pm - 7:00pm CST
Grand Ballroom D
 
Wednesday, February 26
 

7:50am CST

Opening Remarks and Announcments
Wednesday February 26, 2025 7:50am - 8:05am CST
Wednesday February 26, 2025 7:50am - 8:05am CST
Grand Ballroom A/B/C

8:00am CST

Plenary Speakers - Sam Morell, "The Scientific Balance Bridging Fundamental Chemistry with Empirical Work for Optimized Coating Formulations"
Wednesday February 26, 2025 8:00am - 9:00am CST
Abstract
“The Scientific Balance” explores the potential synergy between fundamental chemistry principles and empirical knowledge in the formulation of paints and coatings.  In the coatings industry, empirical approaches often dominate certain practices, however, this approach may limit innovation and overlook areas that could enhance formulations.  By revisiting fundamental concepts in chemistry, theory, and mechanism, formulators may gain insights into underlying principles of coatings performance.  Examples include the use of chemistry, physics, and mathematics to address common challenges most formulators experience related to surface tension, pigment dispersion, rheology, and film formation.  The right balance is important and needed for professional development and to unlock new avenues of product innovation for more effective, sustainable, and high-performance coatings.


Speakers
avatar for Sam Morell

Sam Morell

President, SamMorell.com
Sam Morell is a Chemical Engineering graduate of New York University and founder of samMorell.com; a specialty chemicals consulting firm.   His work experience includes both technical and marketing positions at Rohm and Haas, BASF and Air Products and Chemicals.  Mr. Morell has... Read More →

Wednesday February 26, 2025 8:00am - 9:00am CST
Grand Ballroom A/B/C

9:00am CST

Technology Showcase Exhibit Hall Open
Wednesday February 26, 2025 9:00am - 10:30am CST
Please visit our exhibitors in the exhibit hall - Grand Ballroom D.

Wednesday February 26, 2025 9:00am - 10:30am CST
Grand Ballroom D

9:15am CST

King Cake Coffee Break
Wednesday February 26, 2025 9:15am - 10:15am CST
Join us in our exhibit hall for coffee, king cake and networking

Wednesday February 26, 2025 9:15am - 10:15am CST
Grand Ballroom D

10:15am CST

Keynote Speaker
Wednesday February 26, 2025 10:15am - 11:00am CST
Wednesday February 26, 2025 10:15am - 11:00am CST
Grand Ballroom C

11:00am CST

The Sidney Lauren Memorial Lecture - Victoria Scarborough, "Disrupting Markets by Inventing the Future"
Wednesday February 26, 2025 11:00am - 11:30am CST
Abstract
Market-inspired research and development (R&D) plays a crucial role in driving innovation, addressing societal needs, and advancing technology. A deeper understanding of market segments and dynamics further sharpens the focus of R&D efforts and increases the chances of commercialization success. And when these efforts align with governmental objectives, an influx of significant funding can accelerate technological advancements. Government funding programs reduce risk and allow researchers to explore long-term breakthrough technologies that might not otherwise take place. In this talk we will explore how combining the tools of market intelligence with various funding mechanisms can effectively intersect to identify innovation gaps that are likely to yield greater results that benefit both society and the economy.

Speakers
avatar for Victoria Scarborough

Victoria Scarborough

Vice President Collaborative Innovation, Chemquest
Dr. Victoria Scarborough is a well-known R&D leader and subject matter expert for the commercialization of in-demand new technology that leverages open innovation. She spent 35 years with the Sherwin-Williams Co where her many roles included managing the global external technology... Read More →

Wednesday February 26, 2025 11:00am - 11:30am CST
Grand Ballroom C

11:30am CST

Lunch Break
Wednesday February 26, 2025 11:30am - 1:00pm CST
Wednesday February 26, 2025 11:30am - 1:00pm CST

1:00pm CST

Jim Reader, Evonik - "Improving the Durability and Scratch Resistant of Deep Matte Plastic Coatings"
Wednesday February 26, 2025 1:00pm - 1:30pm CST
Co-Authors:  Yelone Liu and Hugo Wang

Abstract

The use of plastics in different applications, such as automotive interiors and consumer electronics, has increased mainly due to their low density and light weight, convenient processability and balance of cost and performance. However, many plastics require a coating to protect the surface from scratches and abrasion to maintain their surface appearance and quality. This is particularly challenging in low gloss coatings (≤ 5 gloss units at 60°) where the film damage is easily visible. The thin films used also limits the ability of some additive technologies to improve coating durability.

This paper presents a study of different synthetic silica matting agents in combination with other additives in four different plastic coating formulations and compares their effects on scratch and abrasion resistance of the final coating. Conventional silica matting agents offer good dispersibility and matting efficiency, but their scratch and abrasion resistance does not meet end-user expectations. Organic / polymeric matting agents have better scratch and abrasion resistance but are less efficient in matting. Combinations of silica matting agents with other technologies, such as nylon powders or polyethylene waxes can dramatically improve the scratch resistance without side effects. Abrasion resistance can be enhanced using combinations of matting agents with novel small-sized, spherical silica particles..

Speakers
JR

Jim Reader

Senior Technical Manager, Evonik

Wednesday February 26, 2025 1:00pm - 1:30pm CST
Grand Ballroom C

1:00pm CST

Bruno Dario, Indorama Ventures - "Innovative Strategies for Emulsifying Alkyd Resins for Water-Based Coatings"
Wednesday February 26, 2025 1:00pm - 1:30pm CST
Co-Authors:
Juliane P. Santos, Larissa C. C. de Almeida, Maira V. de Carvalho, Michael Praw

Abstract

"The emulsification of resins used in solvent-based coatings into water is a crucial strategy for developing environmentally friendlier water-based coatings. Among the various resins used in solvent-based coatings, alkyd resins stand out due to their partial renewability and extensive use in decorative and protective coatings. They offer excellent adhesion to a variety of substrates, high gloss, durability, and resistance to water, chemicals, heat, and solvents. However, due to environmental and GHS concerns, there is a trend towards emulsifying these polymers with emulsifiers to create stable oil-in-water emulsions for water-based formulations.

Long-in-oil alkyd resins with viscosities ranging from 5000 to 15000 cP at the emulsification temperature are typically emulsified using the phase inversion methodology with low shear mixing equipment. However, emulsifying higher viscosity resins, such as medium-in-oil alkyd resins, presents more challenges.

This work focuses on developing a special solvent and optimizing emulsifier compositions to reduce the viscosity of medium-in-oil alkyd resins, enabling their emulsification through phase inversion using low shear mixing equipment, and producing emulsions with particle size below 400 nm.

The prototype of an environmentally friendly solvent, designed for having Hansen Solubility Parameters (HSP) close to the ones of the alkyd resins, effectively decreases the viscosity of medium-in-oil alkyd resin at 80°C, the emulsification temperature, as confirmed by rheological measurements. A small amount (5 wt%) of this solvent reduced the viscosity by approximately 60%.

The emulsifier compositions include a special nonionic emulsifier designed for alkyd resin emulsification and a conventional anionic emulsifier. Interfacial tension evaluation between a model oil phase containing the emulsifier composition and water was used to select the most effective emulsifier compositions for reducing the interfacial tension, crucial for successful emulsification.

The study also explored the effects of two bases, sodium hydroxide and triethylamine, used for neutralizing the carboxylic groups of the resin, and the conventional anionic surfactant. The interfacial tension results indicated that compositions rich in the nonionic emulsifier could reduce the interfacial tension at 40°C from 18 mN/m to nearly 0 mN/m.

Based on the interfacial tension results, three compositions rich in the nonionic emulsifier were evaluated with each base. The alkyd emulsions neutralized with sodium hydroxide had a solid content of about 49 wt%, particle sizes ranging from 200 to 230 nm, and a zeta potential of around -40 mV. These emulsions, formulated with a drier recommended for water-based formulations, had a drying time close to 5 hours. The stable emulsions neutralized with triethylamine had a solid content of about 49 wt%, particle sizes ranging from 240 to 320 nm, a zeta potential of around -50 mV, and a drying time ranging between 3 to 4 hours.

The strategies developed in this work are also being applied to the emulsification of other resins, beyond alkyd resins. This includes important classes of resins such as epoxy resins. "



Speakers
avatar for Bruno Dario

Bruno Dario

TS&D Scientist, Indorama Ventures
 Bio: Bruno Dário has over 9 years of experience in the industry of surfactants and specialty chemicals. He has worked in Oil&Gas, Performance Products and Coatings, developing new products and applications for surfactants. Currently, he is a TS&D Scientist for Coatings at Indorama... Read More →

Wednesday February 26, 2025 1:00pm - 1:30pm CST
Grand Ballroom A/B

1:00pm CST

Technology Showcase Exhibit Hall Open
Wednesday February 26, 2025 1:00pm - 4:00pm CST
Please visit our exhibitors in the exhibit hall - Grand Ballroom D.

Wednesday February 26, 2025 1:00pm - 4:00pm CST
Grand Ballroom D

1:30pm CST

Dick Henderson, Advacion - "Activating Paint Surface for Better Indoor Air Quality"
Wednesday February 26, 2025 1:30pm - 2:00pm CST
Co-Authors:
R. Severac, T.T. Tran, C. Kustner, A. Becker, G. Schlatter, S. Le Calve , A. Hebraud

Abstract
"Driven by environmental, health, and safety concerns, coatings technologies have undergone a dramatic shift in the past few decades driven by the reduction of VOCs and other hazardous materials in coating formulations. The continuous development and improvement of waterborne technologies has enabled many solvent-based systems to be replaced with waterborne chemistries that contain significantly lower VOC content than their solvent-based counterparts. VOC levels have been pushed even lower by the development of low-VOC and zero-VOC water-based formulations. A continuation of this trend emerging in the global coatings industry has been focused on the development of functional coatings that not only limit emissions of VOCs into the environment but actively extract and remove VOCs that have originated from other sources. A functional coating with VOC remediation capability could improve indoor air quality and provide a means to scavenge VOC emissions from sources that have proven to be more challenging to address.

This investigation is based on two different methodologies. In a first part, ISO 16000-23 European standard has been used as an initial demonstration of the formaldehyde scavenging efficiency of a conventional zero-VOC decorative paint containing tris (hydroxymethyl) aminomethane and 2-amino-2-ethyl-1,3-propanediol. Even if extended to 6 weeks, this dynamic test is not able to determine the real full scavenging capacity of the studied material. A new method has been developed with the intend to experimentally measure the full capacity of adsorption, and also to test several pollutants present in indoor environment over formaldehyde, enabling to characterize the scavenging versatility of these additives".
Speakers
avatar for Dick Henderson

Dick Henderson

Senior Technical Applications Specialist, Advancion
 Bio:    Dick Henderson is a Senior Technical Applications Specialist with Advancion in Buffalo Grove, IL with 40 years of experience in the paint and coatings industry. He began his career in New England at Polyvinyl Chemicals (Covestro) as a technical service chemist in the... Read More →

Wednesday February 26, 2025 1:30pm - 2:00pm CST
Grand Ballroom C

1:30pm CST

Steven Kaganove, Wacker - "Waterborne Silicone Copolymer Binders – Accelerated Weathering Studies"
Wednesday February 26, 2025 1:30pm - 2:00pm CST
Abstract

Silicone materials are increasingly valued in the paint and coatings industry because of their advantageous properties of high temperature stability, moisture resistance coupled with breathability, and superior resistance to weathering. Although traditionally processed in volatile organic solvents, sustainability commitments and customer demand are driving a transition to waterborne approaches. At present, waterborne silicone-containing binders are still uncommon because they are notoriously difficult to prepare. We recently presented the development of a novel waterborne silicone-organo copolymer binder for industrial coatings. These copolymer dispersions have nearly zero VOC. When used in conjunction with a curing agent, they provide durable crosslinked film coatings on metal surfaces, with excellent hardness, solvent resistance and weatherability. They are excellent binders for a variety of organic and inorganic pigments. Here we discuss their outstanding stability to extended accelerated weathering conditions when used in conjunction with pigments





Speakers
SK

Steven Kaganove

Chemist II, Wacker Chemical Company

Wednesday February 26, 2025 1:30pm - 2:00pm CST
Grand Ballroom A/B

2:00pm CST

Boran Ma, USM - "TBA"
Wednesday February 26, 2025 2:00pm - 2:30pm CST
Co-Author:


Abstract


Speakers
BM

Boran Ma

Assistant Professor, The University of Southern Mississippi
Wednesday February 26, 2025 2:00pm - 2:30pm CST
Grand Ballroom C

2:00pm CST

Jason Kuhla, Eckart - "Developments in Aluminum Flake Technology for Chrome Replacement in Waterbased Coating Systems""
Wednesday February 26, 2025 2:00pm - 2:30pm CST
Abstract

Recent popularity of thin aluminum flakes for chrome replacement has stimulated development activities to push the limits of color and performance of these pigments in waterbased systems.  This presentation will explore the multiple options for surface treatments of these aluminum flakes and the effect these treatments have on final color, sparkle, opacity, gassing, dispersion, shear and chemical resistance in both interior and exterior coatings.  Visual assessment and instrumental analysis of coatings containing these pigments will be discussed.  Also addressed will be the options available for pigment carrier and delivery form, such as paste, powder and solvent free granules, designed to perform in the most demanding low VOC coating systems.  Proper dispersion and formulating practices will also be explored.  
Speakers
JK

Jason Kuhla

Technical Marketing Manager - Liquid Coatings, Eckart America
Wednesday February 26, 2025 2:00pm - 2:30pm CST
Grand Ballroom A/B

2:30pm CST

Coffee Break
Wednesday February 26, 2025 2:30pm - 3:30pm CST
Join us in our Exhibit Hall for Coffee and Networking
Wednesday February 26, 2025 2:30pm - 3:30pm CST
Grand Ballroom D

3:30pm CST

Joseph Sanz, Uncountable - "TBA"
Wednesday February 26, 2025 3:30pm - 4:00pm CST
Abstract



Speakers
JS

Joseph Sanz

Uncountable
Wednesday February 26, 2025 3:30pm - 4:00pm CST
Grand Ballroom C

3:30pm CST

Oleg Afanasyev, Omya - "Discovering increasing block resistance of Low-VOC Acrylic Paints by adding of Colloidal Silica"
Wednesday February 26, 2025 3:30pm - 4:00pm CST
Co-Authors: Dr. Peter Greenwood, Global Technical Development Manager, Inorganic Specialties, Nouryon

Abstract

One of the primary challenges for low-VOC coatings is achieving smooth film formation, acceptable block resistance, and adequate film hardness. Block resistance depends on both bulk and surface properties. This article examines the effects of adding colloidal silica on the block resistance of acrylic paint. Colloidal silica enhances the hardness and durability of coatings, improving their resistance to abrasion, scratches, and other properties. Additionally, it contributes to smoother film formation and better weather resistance, making the coating less likely to stick to itself when two painted surfaces come into contact.

Speakers
avatar for Oleg Afanasyev

Oleg Afanasyev

Technical Service Laboratory Manager, OMYA
 Bio:Oleg Afanasyev is the Technical Service Laboratory Manager at Omya Specialty Materials located in St. Louis responsible for technical support of distribution products in coatings, adhesives, sealants, and various other construction applications. His expertise is focused on minerals... Read More →

Wednesday February 26, 2025 3:30pm - 4:00pm CST
Grand Ballroom A/B

4:00pm CST

Michael Bonner, Saint Clair Systems - "IIoT, Industry 4.0, and AI: What Process Parameters Should I be Watching and Which Should I be Controlling?"
Wednesday February 26, 2025 4:00pm - 4:30pm CST
Abstract

"Every manufacturer is hearing about the “Industrial Internet of Things” (IIoT) or Industry 4.0 and, of course, Artificial Intelligence (AI) – and their promise to revolutionize how we make products.  So, if you ask any expert, “What parameters should I actually be controlling?” you’ll often get a quick “All of them!” answer.  But that’s a cop-out.  It’s easy, but not practical.
The fact is, despite the proliferation of sensing technologies that have endowed us with the ability to monitor virtually every aspect of our environment and process, implementing these comes with a cost. It’s not just about the sensors themselves. It’s also about the supporting network. And the processing. And the effort and energy costs. Unfortunately, these often get ignored during the upfront planning stages, and this can result in some significant surprises on the back end of the project.
Moreover, the hype and promise of AI has a powerful allure, which can only be realized if truly understood and carefully implemented – and when it comes to AI, data is king.
In short, it is essential to balance the cost and effort with the return. Nowhere is this more apparent than with the application of paints and coatings, which often involve the most expensive and energy intensive processes in the manufacturing plant.
In this presentation we will:
    define and contrast IIoT and Industry 4.0 and address their ramifications to modern manufacturers.
    discuss the potential for AI implementation in manufacturing and the requirements to make it successful.
    identify the properties that are essential to monitor at each point in the coating process.
    identify the properties that are essential to control at each point in the coating process.
 describe the best practice to implementing data collection and control to leverage the future of AI."
Speakers
avatar for Michael Bonner

Michael Bonner

Vice President - Engineering & Technology, Saint Claire Systems
Michael Bonner is the Vice President of Engineering & Technology for Saint Clair Systems, Inc., a leading supplier of process temperature and viscosity control equipment for industrial fluid dispensing systems. A degreed electrical engineer, over the years he has spent time in a wide... Read More →

Wednesday February 26, 2025 4:00pm - 4:30pm CST
Grand Ballroom C

4:00pm CST

TBA, Company - "Title"
Wednesday February 26, 2025 4:00pm - 4:30pm CST
Co-Author:
.

Abstract



Wednesday February 26, 2025 4:00pm - 4:30pm CST
Grand Ballroom A/B

4:45pm CST

Wednesday Evening Cocktails and Live Jazz with the Louis Ford Jazz Trio, Sponsored by PPG
Wednesday February 26, 2025 4:45pm - 6:45pm CST
Mark your calendars for an unforgettable evening at the historic Toulouse Theatre for the 2024 Waterborne Symposium! Revel in pre-dinner cocktails while swaying to the sounds of the Louis Ford Jazz Trio, and seize the opportunity to network with industry peers in this timeless venue.

615 Toulouse St
New Orleans, LA 70130
Click here for directions.

At PPG, we work every day to develop and deliver the paints, coatings and specialty materials that our customers have trusted for 140 years. Through dedication and creativity, we solve our customers’ biggest challenges, collaborating closely to find the right path forward. With headquarters in Pittsburgh, we operate and innovate in more than 70 countries. We serve customers in construction, consumer products, industrial and transportation markets and aftermarkets. To learn more, visit www.ppg.com.

615 Toulouse Street has a robust history of presenting the very best in live music and entertainment from across the world since 1970, right in the heart of the French Quarter of New Orleans.
Construction on the current building began in 1969, when the facility was built to house a single screen Walter Reade cinema featuring first-run films.
In June of 1977, the facility began its history as a live performance space, with an opening night performance by The Neville Brothers. In the late 1970s and Early 1980s, the theatre was known for hosting regular performances of Vernel Bagneris’s vaudeville musical One Mo Time!and the lobby bar hosted regular performances by James Booker.
The venue began it’s rise to prominence as a national touring destination when Morgan Higby Night opened his Shim Sham Club here in 1998. Shortly after the Shim Sham Club closed in 2003, Rio Hackford and Ryan Hesseling reopened the venue as One Eyed Jacks, which they operated until March of 2020.
After the closure of One Eyed Jacks, the property was renovated and reborn as the Toulouse Theatre again in October 2021.
The Toulouse Theatre continues to operate as a proudly independent venue, committed to presenting live entertainment from around the world in the heart of New Orleans.


Wednesday February 26, 2025 4:45pm - 6:45pm CST
Toulouse Theatre 615 Toulouse Street, New Orleans, LA 70130
 
Thursday, February 27
 

8:00am CST

Antonio Oritz, STERIS Corp - "Microbial Control of Manufacturing Equipment Product-Contact Surfaces"
Thursday February 27, 2025 8:00am - 8:30am CST
Abstract
"Microbial contamination of paint and coating products can have adverse effects on the product, such as offensive odors, discoloration, or viscosity changes. Although preservatives (biocides) are available as additives to prevent the proliferation of microbial growth, manufacturing controls should be implemented to prevent the contamination in the final product. Robust cleaning processes and other manufacturing controls can be designed to provide microbial control for equipment product-contact surfaces, preventing microbial contamination of the product. A thorough understanding of the raw materials, formulation, manufacturing process, and other manufacturing characteristics will help identify potential sources of contamination and guide the development of the contamination controls needed in manufacturing. Designing processes that can address both cross-contamination and microbial contamination on equipment surfaces would be beneficial for production efficiencies while producing quality products with a longer shelf life.

This presentation proposes a holistic approach for controlling microbial contamination through the implementation of effective cleaning processes and other cleaning-associated activities. Current regulatory trends limit manufacturers to the use of certain preservatives, which may not be as effective as some of the legacy additives used in the past. This promotes a need for the implementation of preventive controls for microbial contamination introduced during the process and less reliance on the use of preservatives in the product. A cleaning process can be designed through a formal risk assessment process where critical process controls are implemented to mitigate microbial contamination risks identified that may impact a product’s critical quality attributes. There are multiple factors that play into the design of an effective and efficient cleaning process: control of water and raw material quality, selection of adequate cleaning agents, equipment storage conditions, equipment preventative maintenance procedures, and the critical controls of the cleaning process itself. When adequate controls are implemented, the cleaning process and other preventive measures discussed in this presentation can control microbial contamination on equipment and, subsequently, the final product."


Speakers
avatar for Antonio Ortiz

Antonio Ortiz

Technical Services Manager, STERIS Corporation
Bio: Antonio Ortiz has over 19 years of experience in research and development, technical transfer, process and cleaning validation, regulatory submissions, and Good Manufacturing Practices (GMP) manufacturing troubleshooting and investigations. He holds a master’s degree in biomedical... Read More →
Thursday February 27, 2025 8:00am - 8:30am CST
Grand Ballroom A/B

8:00am CST

Shiying Zheng, Evonik - "Flexible yet Tough, Fast Cure and EHS Friendly Epoxy Coating Systems "
Thursday February 27, 2025 8:00am - 8:30am CST

Abstract
"When considering flexible coatings, polyurethane often comes to mind. Polyurethane's flexibility is derived from its unique structure, featuring a combination of hard and soft segments, as well as hydrogen bonding within the hard segment. While polyurethane possesses diverse chemical structures and finds applications in various coatings, 2K polyurethane commonly grapples with several limitations, including the handling of often toxic isocyanates, sensitivity to moisture, yielding soft coatings, moderate curing speed, and constraints on coating thickness. Additionally, 2K polyurethane often necessitates the use of solvents to reduce viscosity for ease of application, resulting in high volatile organic compounds (VOC) emissions.

Epoxy systems are not typically associated with flexibility, as they are primarily recognized for their excellent mechanical properties, chemical resistance, and adhesion to substrates. Epoxy coatings have found widespread use in applications aimed at protecting substrates, enhancing resistance to various chemicals, and extending the service life of materials and assets. Compared to 2K polyurethane, epoxy presents advantages in terms of ease of handling, lack of moisture sensitivity, and the ability to formulate low VOC and low emission solutions. Furthermore, epoxy can be rendered flexible by incorporating a substantial amount of long-chain not environmentally and not user-friendly phenolic plasticizers. The need for fast return to service is a driving force in the coatings industry, often leading to the use of accelerators that, while speeding up curing, can compromise flexibility.

This paper introduces a novel EHS friendly flexible epoxy technology designed to bridge the performance gaps in current flexible epoxy systems using sustainable bio-based raw material. It yields coatings with rapid curing capabilities while maintaining high flexibility, even at low temperatures. These coatings exhibit high hardness, excellent substrate adhesion, substantial tensile and tear strength, all while maintaining an environmentally and user-friendly product profile. Catering to the demand for rapid return to service with minimal emissions and extended working time. The paper will also delve into key performance attributes and provide comparisons with 2K polyurethane and conventional epoxy systems.
"



Speakers
avatar for Shiying Zheng

Shiying Zheng

Applications Chemist, Evonik Corporation
Short CourseFormulating Two-Package, Ambient-Cure Waterborne Epoxy Coatings This talk will introduce the concept and applications of waterborne epoxy systems.  It will describe the chemistry, design principles, and types of epoxy resin and amine curing agents used in such systems... Read More →

Thursday February 27, 2025 8:00am - 8:30am CST
Grand Ballroom C

8:30am CST

Michael Blanton, USM - "Characteristics and Performance of Surface Coatings from Biomodified Cellulose"
Thursday February 27, 2025 8:30am - 9:00am CST
Abstract

Agricultural biomass raw materials are plentiful and a sustainable source of raw materials. Importantly, the physical and chemical conversion of agricultural residues to useful organic building blocks is often limited in utility by lower than preferred physical and chemical conversion efficiency. We chemically modified high purity cellulose with additional natural products to explore the utility of organic-solvent soluble cellulose based polymers in a single reaction step. The resulting biobased materials were formulated into practical surface coatings and were evaluated for material characteristics, formulation variables, solubility, film formation, and film performance. Each solvent based, waterborne, and powder coatings were produced and evaluated using the novel sustainable materials. Key parameters: solvent content versus time after application, optical clarity, film formation, solids content, rheological characteristics, and cursory thermoset testing for crosslink density were each compared with high performance petroleum based systems. The solvent based modified cellulosic formulations were further evaluated comparing rheology, film formation, wetting, adhesion, and optical clarity when formulated with conventional solvents (MEK and Toluene) with biomass derived VOC-exempt solvents with and without isocyanate crosslinkers. The formulation details and variables, the coatings characteristics, and the performance were each evaluated and compared to several commercial petroleum based coatings as we begin to understand the modified cellulosic-materials utility.


Speakers
avatar for Michael Blanton

Michael Blanton

Team Leader, The University of Southern Mississippi
The Fundamentals of Coatings:Abbreviations and Acronyms in the World of Polymers and CoatingsAbstract ComingPolymers Utilized in CoatingsAbstract ComingThe Science of Formulating: Coatings CharacterizationScanning Electron Microscopy, Energy Dispersive X-ray Spectroscopy, Confocal... Read More →

Thursday February 27, 2025 8:30am - 9:00am CST
Grand Ballroom A/B

8:30am CST

Matthew Sumpter, Westlake Epoxy - "Higher Solids, Lower Yellowing Epoxy System for Industrial DTM Coatings"
Thursday February 27, 2025 8:30am - 9:00am CST
Co-Authors: Franklin Leal, and Dan Weinmann

Abstract

Epoxy resins have been used for decades in applications demanding excellent adhesion and corrosion resistance, but historically have not been suitable for coatings where ultraviolet (UV) resistance is needed. A direct-to-metal coating, comprised of a novel modified cycloaliphatic epoxy resin combined with a lower yellowing amine curing agent, was designed to deliver superior performance in corrosion resistance and adhesion. Additionally, this epoxy resin system offers improved gloss retention and color stability compared to standard epoxy coatings. Both the resin and curing agent are optimized to minimize dry time while maximizing hardness development. The relationship between epoxy-amine stoichiometry and coating performance was evaluated to further improve the system. Comparative testing with a commercially available epoxy-polyamide DTM coating showed that the novel epoxy system performs well against the competitive material while significantly improving the UV resistance, as determined by gloss and color retention.
.

Speakers
MS

Matthew Sumpter

Coatings Specialist, Westlake Epoxy

Thursday February 27, 2025 8:30am - 9:00am CST
Grand Ballroom C

9:00am CST

Elvin Servellon, Jungbunzlauer - "Boosting Sustainability In Coatings With Bio-Based & Biodegradable Additives"
Thursday February 27, 2025 9:00am - 9:30am CST
Co-Authors: Christin Jäger and Katja von Nessen

Abstract
"In the coating industry there is increasing demand for environmentally friendly and safe products driven by regulations such as reduction of VOCs and CO2 emissions and the replacement of critical raw materials. Bio-based raw materials have been found to be appropriate substitutes as they frequently exhibit a significantly lower carbon footprint, a better toxicological profile as well as the capability of biodegradation.

In this study, the performance of bio-based citrate esters as coalescing agents for an architectural paint formulation was investigated and the results were compared to market standards. Furthermore, the useability of xanthan gum as rheology modifier was studied and the performance was compared to cellulose thickeners (HEC, Hydroxylethycellulose) for the same application. Contrary to most of the classical coalescent agents, citrate esters are non-VOC and comply with the latest toxicological and environmental safety requirements: they are characterized by highly efficient solvation, low migration and non-VOC attributes. To showcase those features 2.4 wt% coalescent agent were incorporated into an architectural paint based on an acrylic binder. The deviations in properties of the dried paint were not significant among the tested coalescent agents. The study also revealed that the same dosage of xanthan gum leads to a low shear viscosity about 60% higher compared to cellulose thickeners. This effectively improves storage stability, due to the high stabilization of pigment particles, while leading to comparable levelling and sagging. High shear viscosity on the other hand is about 50% lower, which improves applicability. The versatility of xanthan gum is not limited to pigmented systems. It is possible to adjust the viscosity of clear coats, while maintaining transparency."
Speakers
avatar for Elvin Servellion

Elvin Servellion

Market Development Manager, Jungbunzlauer
Bio: Elvin Servellon is a Market Development Manager at Jungbunzlauer for non-food applications. He brings over 16 years of experience in technical sales, supporting and providing technical solutions to customers in personal care, polymers, cleaning, and nutrition applications... Read More →

Thursday February 27, 2025 9:00am - 9:30am CST
Grand Ballroom A/B

9:00am CST

Michael Bonner, Saint Clair Systems - "A Novel Approach for Applying 2K Coatings to Improve Outcomes and Reduce Cost"
Thursday February 27, 2025 9:00am - 9:30am CST
Abstract

"2K coatings are being heralded as an innovative means to increase the move towards 100% solids materials and reduce the need for thermal curing, thus reducing the energy required for the coating process. While the benefits are indisputable, there are issues associated with these technologies that can make them difficult to process in the manufacturing environment. All of these must be dealt with as part of the application process and, if not properly handled, can result in production delays that reduce throughput, reduce quality, and increase costs. Obviously, this runs counter to the objectives of these advanced technologies.
In this presentation we will:
 define induction time and pot life and the relationship between them.
 discuss the implications these pose to the modern manufacturing process.
 identify novel methods to leverage these properties, turning them from adversaries to allies in the application process.
 identify opportunities to minimize waste, reduce rework, increase throughput, and improve the quality of the coating process."

Speakers
avatar for Michael Bonner

Michael Bonner

Vice President - Engineering & Technology, Saint Claire Systems
Michael Bonner is the Vice President of Engineering & Technology for Saint Clair Systems, Inc., a leading supplier of process temperature and viscosity control equipment for industrial fluid dispensing systems. A degreed electrical engineer, over the years he has spent time in a wide... Read More →

Thursday February 27, 2025 9:00am - 9:30am CST
Grand Ballroom C

9:00am CST

Technology Showcase Exhibit Hall Open
Thursday February 27, 2025 9:00am - 11:30am CST
Please visit our exhibitors in the exhibit hall - Grand Ballroom D.

Thursday February 27, 2025 9:00am - 11:30am CST
Grand Ballroom D

9:30am CST

Morning Coffee Break
Thursday February 27, 2025 9:30am - 10:30am CST
Thursday February 27, 2025 9:30am - 10:30am CST
Grand Ballroom D

9:30am CST

Evonik Student Poster Session
Thursday February 27, 2025 9:30am - 10:30am CST
Please join us for our 2024 Student Poster Session! Student Resume books will be available and privet interviews available upon request - Please contact the Waterborne staff to set up an interview.


Please see the attached file for the poster abstracts

Thursday February 27, 2025 9:30am - 10:30am CST
Grand Ballroom Foyer

10:30am CST

Lichang Zhou, Syensqo - "Enhancing Hot Block Resistance without Using Fluorocarbon Surfactants in Water-Based Formulations"
Thursday February 27, 2025 10:30am - 11:00am CST
Bio: Brian Vest, Linda Adamson, Celine Burel

Abstract
"Perfluoro and Polyfluorinated-Alkyl Substances (PFAS) have been extensively utilized across various industries due to their exceptional ability to resist heat, oil, grease, and water. Among these PFAS chemicals, Fluorocarbon Surfactants (FCS) have been particularly effective in waterborne coatings to enhance early ""hot block"" resistance. However, increasing regulatory pressures and risk management considerations are pushing formulators to phase out these substances. This shift necessitates a careful balance between maintaining performance and adopting more sustainable alternatives.

Our study focuses on the development and application of novel phosphate ester wetting agents that offer improved early hot block resistance without the environmental drawbacks associated with fluorocarbon chemistry. These innovative additives are APE-free and have very low or zero VOC content, contributing to better colloidal stability. This stability enhances the wetting, dispersing, and compatibility properties of the final water-based coating. Our data will demonstrate the overall performance of the paint and explore the structure/property relationships that contribute to enhanced anti-blocking performance."
Speakers
LZ

Lichang Zhou

Research & Innovation Manger, Syensqo

Thursday February 27, 2025 10:30am - 11:00am CST
Grand Ballroom C

10:30am CST

Artur Palaz, Spektrochem - "Grinding Pigments and Fillers by Cowles Dissolver and Donut Flow – How Theory and Practice Do Not Go Hand in Hand"
Thursday February 27, 2025 10:30am - 11:00am CST
Abstract

Grinding pigments and fillers using cowles dissolver is a standard practice for breaking down agglomerates and aggregates into primary particles during the production of waterborne paints, especially architectural paints. Serrated disc introduced at the appropriate peripheral speed forces a specific flow in the vessel, which causes the agglomerated particles to rub against each other and collide with each other. The wetting and dispersing additive introduced to this process is supposed to build a double electrical layer according to the DVLO theory, but this is only a theory that has little to do with practice. Of course, the theory of wetting, significant zeta potential and other properties of dispersing additives are true, but their correct use in mill-base formulations and further influence on the parameters of the grinding process itself and the parameters of the paints depends solely on the effectively found dose and balance between mill-base concentration allowing grinding at low viscosity and maximum solids loading, without adding any rheology additives during grinding. The paper discusses examples of grinding of various pigments and fillers used in architectural paints and discusses how to properly balance the ingredients and the grinding process to achieve the lowest possible viscosity, low energy consumption and donut-shaped flow, without using rheological additives that prevent proper grinding and breaking down of pigments and fillers into primary particles. It also presents how to properly control the mill-base slurries obtained after the grinding process and how to combine them with latex polymer dispersions in the let-down process to obtain stable architectural paints.
Speakers
AP

Artur Palasz

Technical Director, Spektrochem

Thursday February 27, 2025 10:30am - 11:00am CST
Grand Ballroom A/B

11:00am CST

Mahshid Niknahad, BYK USA - "Exploring More About the Dirt Pick-Up Resistance; The Role of Additives in Improving Surface Protection"
Thursday February 27, 2025 11:00am - 11:30am CST
Abstract

Dirt pick-up resistance (DPUR) is a critical property in surface coatings, particularly for outdoor applications. Additives play a crucial role in enhancing DPUR by improving both the visual appearance and durability of coated surfaces. Silicone-based compounds, hydrophobic agents, and nanoparticles have been shown to reduce surface energy, thereby minimizing the adhesion of dirt particles and dirt slurries. In addition, certain polymeric and film-forming additives can improve surface smoothness and reduce porosity, further preventing dirt accumulation. The incorporation of photocatalytic additives has also been explored, leveraging their self-cleaning properties under sunlight exposure. This paper reviews the different types of additives used to enhance DPUR, their mechanisms of action, and their effectiveness with various methods. The optimization of additive in the formulations is key to achieving a balance between surface protection, durability, and environmental considerations, making them necessary in modern surface coating technologies.
Speakers
avatar for Mahshid Niknahad

Mahshid Niknahad

Technical Service Group Leader, BYK USA
Bio:Mahshid Niknahad is the Technical Service Group Leader and Applied Technology Specialist in Surface Additives at BYK USA. In her role, she leads a team responsible for generating technical performance data for BYK products and collaborates closely with the Research and Development... Read More →

Thursday February 27, 2025 11:00am - 11:30am CST
Grand Ballroom C

11:00am CST

Michael Praw, Indorama Ventures - "Can Simulation Tools and Physicochemical Properties Guide the Selection of Additives?"
Thursday February 27, 2025 11:00am - 11:30am CST
Co-Authors:
Alann O. P. Bragatto, Suzy S. Alves, Bruno S. Dario

Abstract

"The selection of wetting and dispersing agents in pigment concentrate formulations is a non-trivial task. The vast array of available products and technologies, coupled with a frequent lack of adequate technical information, makes the formulator’s job extensive, intricate, time-consuming, and inefficient due the lack of rationalization in the use of these additives. These factors created a barrier to innovative and more sustainable products since the work required to screen new additives became an art instead of a science.
The present study aims to demonstrate how the use, development, and implementation of physicochemical methodologies, combined with digital tools and high throughput screening, can generate highly useful data for formulators in the additive selection and formula optimization process, making it faster, smarter, and more efficient.
The first and most comprehensive part of the work illustrates how physicochemical techniques and parameters applied to surfactants can be utilized in the selection of wetting and dispersing agents. It is demonstrated the correlation between static surface tension, dynamic surface tension, wetting time, contact angle, and free adsorption energy with performance and process properties in pigment concentrate formulations, such as deflocculation curves, process time, tinting strength, rub-out, and stability.
The second part of the work is focused on the development of a method to create adsorption isotherms and on their use. This data is extremely valuable as it allows for comparisons between additives from different technologies even when the chemical structure is unknown. The study demonstrated how the curves and parameters obtained from this technique can help formulators understand which additive has higher affinity for a given pigment, aiding in the selection of dispersing agents with higher potential to provide good performance and longer stability. Additionally, this methodology helped understanding the versatility of the additive, clarifying whether the same molecule could be used with different types of pigments. The results from the adsorption isotherms were correlated with the stability, tinting strength, and rub-out of the pigment concentrates.
The final part of the work aims to apply Hansen solubility parameters (HSP) to evaluate the compatibility of wetting or dispersing agents with pigments. The current focus is on using high throughput screening to determine the HSP values of a variety of wetting and dispersing agents – such as surfactants and polymerics with or without charges. After the parameters of the additives and the pigments of interest are obtained, formulators could use these data to simulate the interaction between the additive and the pigment, enabling the selection of the most promising candidates for experimental evaluation. The last goal of the work is to provide initial data on the HSP parameters determination and compatibility simulations to then correlate with experimental performance data of pigment concentrates, such as tinting strength, rub-out, and stability. Once the correlation is proven, this methodology will allow a quick determination of parameters without requiring knowledge of product’s composition and will aid the development of better coating formulation."
Speakers
avatar for Mike Praw

Mike Praw

TS&D Manager - Coatings & Performance Products, Indorama Ventures
 Bio:  Michael is the technical service manager for Borchers Americas, a subsidiary of Milliken & Company. In this role, he leads the technical service and applications teams for Borchers coating additives. Michael graduated from the University of Southern Mississippi with a degree... Read More →

Thursday February 27, 2025 11:00am - 11:30am CST
Grand Ballroom A/B

11:30am CST

Robert Ruckle, Siltech- "Using Organosilicone Products for PFAs Replacement: Part II"
Thursday February 27, 2025 11:30am - 12:00pm CST
Co-Authors:
Tom-Seung Cheung, and Yanjun Luo

Abstract
PFAS compounds provide surface tension (ST) reduction, coefficient of friction (COF) reduction, hydrophobicity, oleophobicity and chemical stability.  These fundamental properties result in applications such as stain resistance, block resistance, oil resistance, lubricity, release, AFFF and many others.  
Siltech have presented previously on replacing PFAS components with organomodified silicones which provide similar and satisfactory performance on ST, COF and hydrophobicity. The difficult challenge is oleophobicity. We have had some success in this category and will report this here. We will emphasize some UV cured acrylate structures which are giving strong performance in this critical category.
Speakers
RR

Robert Ruckle

Siltech Corporation

Thursday February 27, 2025 11:30am - 12:00pm CST
Grand Ballroom C

11:30am CST

Christopher Scanlon, Westlake - "Novel Corrosion Analysis of Epoxy-Amine Thermoset Model Coatings with Tuned Physical Properties"
Thursday February 27, 2025 11:30am - 12:00pm CST
Co-Author: James Rawlins

Abstract

The effective mitigation of corrosion through the application of protective coatings is of paramount importance, impacting both economic and safety outcomes.  Historically, the detection of coating failure and the ensuing corrosion has largely depended on visual inspection and destructive testing methods, which do not adequately predict onset or service lifetimes.  Current methods also lack correlation to specific polymer characteristics that govern corrosion resistance.  This research introduces a novel, nondestructive method that combines Electrochemical Frequency Modulation (EFM) and Confocal Laser Scanning Microscopy (CLSM).  By studying epoxy-amine coatings through a range of tailored glass transition temperatures (Tgs), ranging from high (269 °C) to sub-ambient (4 °C), these research results work contributes to the predictive modeling of coating lifetimes and advances our understanding of the relationship between polymer properties and performance in mitigating corrosion.
Previously, we have shown that the more hydrophilic a crosslinker was, the faster micro-blister formation around a predefined defect occurred.  Micro-blister with delay times varied from 47.5 to 5.5 hours for coatings with increasing hydrophilicity.1  These results showed that a coating with a Dry Film Thickness (DFT) of 45 μm reduced micro-blistering and exhibited slower corrosion rates compared to the same materials at 5 μm DFT. These results emphasized the role of mechanical beam integrity and corrosion resistance and confirmed that coatings that limit swelling in water and delay physical state changes during immersion were dramatically better at reducing corrosion activity. Example, a coating designed with a high glass transition temperature (Tg) of 269 °C showed less than 3% swelling under all conditions and preserved mechanical properties, including a storage modulus of 2416 MPa, after exposure to corrosive environments. The results indicate that strengthening the mechanical robustness and reduced swelling and physical state changes (such as from glassy to rubbery) for a given coating during exposure are crucial for corrosion control and substrate protection.
Speakers
avatar for Christopher Scanlon

Christopher Scanlon

Westlake Epoxy
Scanlon is a recent Ph.D. graduate in Polymer Science and Engineering from The University of Southern Mississippi.  His dissertation focused on the development of novel analytical methods to quantify coating failure and identify polymer structure-property-performance relationships... Read More →

Thursday February 27, 2025 11:30am - 12:00pm CST
Grand Ballroom A/B

12:00pm CST

Lunch Break
Thursday February 27, 2025 12:00pm - 1:00pm CST
Thursday February 27, 2025 12:00pm - 1:00pm CST

1:00pm CST

Michael Kramer, Borchers - "Rheology Modification for the Elimination of Sedimentation and Syneresis in Waterborne Coatings"
Thursday February 27, 2025 1:00pm - 1:30pm CST
Abstract

Stability under low shear storage and shipment conditions can be critical to the stability of waterborne coatings and dispersions against sedimentation and syneresis. Judicious selection of a fit-for-purpose low shear thickener plays a crucial role in preventing sedimentation, especially in cases where dense pigments are incorporated into waterborne formulations. During the application process, traditional thickeners enhance sag resistance and influence leveling to facilitate robust film build. More importantly for longer-term storage, low shear thickeners can prevent syneresis in colorant-tinted coating systems. This presentation introduces an innovative rheology modifier technology based on a novel zirconium complex that eliminates sedimentation and syneresis under extremely low shear conditions associated with coating storage and transport. This technology offers the user-friendly option of post-addition under moderate mixing conditions, in contrast to other rheology modifiers that require neutralization and high-speed mixing processes. This presentation shows results illustrating the valuable outcomes achievable through the utilization of this unique low shear thickener platform.






Speakers
avatar for Michael Kramer

Michael Kramer

Technical Service Manager, Americas, Borchers: A Milliken Brand
 Bio:  Michael is the technical service manager for Borchers Americas, a subsidiary of Milliken & Company. In this role, he leads the technical service and applications teams for Borchers coating additives. Michael graduated from the University of Southern Mississippi with a degree... Read More →

Thursday February 27, 2025 1:00pm - 1:30pm CST
Grand Ballroom C

1:00pm CST

Stephanie Vanslambrouck, EMCO-Inortech ULC - "Revolutionizing Exterior Coatings with Hybrid Resin Technology"
Thursday February 27, 2025 1:00pm - 1:30pm CST
Co-Authors: Roger Mouhanna and Laurent Desfontaines

Abstract

Fluoro resins, commonly used in outdoor coatings, offer exceptional weather resistance, durability, and stain resistance. They help maintain the aesthetic appearance of coated surfaces for extended periods, reducing the need for frequent maintenance and repainting.
However, the use of fluoro resins is increasingly regulated due to concerns about PFAS substances. Regulatory bodies have implemented stricter controls on the manufacture, use, and disposal of PFAS, due to their persistence in the environment and the potential health risks. These regulations aim to minimize the release of harmful substances and encourage the development of safer alternatives.
Hybrid resins, combining inorganic polysiloxane with organic acrylic or polyurethane components, offer a compelling alternative to traditional fluoro resins for outdoor coatings. These advanced resins provide superior long-term protection and aesthetic appeal, significantly reducing maintenance costs. Available in various water-based formulations, including 1K and 2K systems, they meet diverse application needs and regulatory requirements, making them a versatile and effective choice for outdoor coatings. In the frame of this work, we will illustrate these benefits with specific examples and case studies, demonstrating the superior performance and compliance of these hybrid resins with current regulations.
Speakers
SV

Stephanie Vanslambrouck

Chief Scientist/Scientifique en chef, EMCO-Inortech ULC
Thursday February 27, 2025 1:00pm - 1:30pm CST
Grand Ballroom A/B

1:00pm CST

Technology Showcase Exhibit Hall Open
Thursday February 27, 2025 1:00pm - 4:00pm CST
Please visit our exhibitors in the exhibit hall - Grand Ballroom D.

Thursday February 27, 2025 1:00pm - 4:00pm CST
Grand Ballroom D

1:30pm CST

Rich Czarnecki, Micro Powders - "Novel Nanocomposite Surface Additives for PFAS Replacement"
Thursday February 27, 2025 1:30pm - 2:00pm CST
Abstract

"Regulatory activity in both the EU and USA is targeting a large group of chemicals known as PFAS (per- and polyfluoroalkyl substances). As a result, formulators in many industries are working to replace additive powders based on PTFE and PTFE hybrids with alternative materials that provide the same level of performance.
This presentation will detail a unique nanocomposite approach to eliminate PTFE in surface additives by replacing PTFE with hard, inert, durable materials such as aluminum oxide and ceramics. Data will be presented to show that this portfolio of over 8 additives provides equal or (in most examples) improved surface durability (lubricity, scratch & abrasion resistance) without the use of PTFE."
Speakers
avatar for Rich Czarnecki

Rich Czarnecki

Vice President, Micro Powders, Inc.
  Bio:   Rich joined Micro Powders in 2011 as Technical Director and is currently Vice President. He has over 35 years of experience in the paints, coatings and inks industries and has led formulation and polymer development teams at companies including Sun Chemical, ICI and Zeneca... Read More →

Thursday February 27, 2025 1:30pm - 2:00pm CST
Grand Ballroom C

1:30pm CST

Genggeng Qi, Allnex - "Low VOC Amine-free Waterborne Polyurethane/Acrylic Hybrid Resin"
Thursday February 27, 2025 1:30pm - 2:00pm CST
Abstract

"Waterborne polyurethane dispersions (PUDs) are renowned for their exceptional film-forming ability, toughness, and flexibility. However, they are often challenged by poor water resistance and higher production costs. Polyurethane/acrylic hybrid resins offer a balanced, cost-effective solution, combining the strengths of both PUDs and acrylics. These hybrid systems provide enhanced mechanical properties alongside superior water and chemical resistance, making them an ideal choice for high-performance coatings.

This presentation highlights the development of an innovative polyurethane/acrylic hybrid waterborne resin designed to meet both environmental and high-performance requirements. Synthesized in the absence of added solvents, this resin allows for coatings to be formulated at low VOC levels while still offering a balance of hardness, flexibility, and favorable coalescence properties, making it an ideal binder for applications with stringent environmental constraints. Free from amines, the resin also addresses concerns over amine-related issues such as migration and yellowing, while enhancing overall formulation stability. The resin also exhibits good solvent resistance and excellent adhesion to a wide variety of substrates, including metals, plastics, and woods, making it suitable for diverse industrial applications."
Speakers
GQ

Genggeng Qi

Allnex, Scientist
Bio:    Dr. Qi is an Innovation Scientist specializing in synthesis at Allnex, where his primary focus is on developing waterborne industrial coatings. Prior to joining Allnex, he worked as an Image Scientist at Xerox, where he led projects in aqueous ink development, formulation... Read More →

Thursday February 27, 2025 1:30pm - 2:00pm CST
Grand Ballroom A/B

2:00pm CST

Kelly Carluccio, MUNZING - "Enhancing Performance and Sustainability in Coatings with New Renewable Defoamer Technology"
Thursday February 27, 2025 2:00pm - 2:30pm CST
Abstract

The increasing demand for sustainable solutions in coatings has prompted the development of innovative renewable defoamer technologies. This presentation explores the formulation of a cutting-edge defoamer derived from bio-based resources, focusing on its physical and chemical attributes that optimize defoaming effectiveness without compromise in wetting. The new defoamer achieves significant regulatory compliance and boasts a renewable bio-based content exceeding 75% while being mineral oil- and siloxane-free. This development redefines performance standards for renewable defoamers.
Speakers
avatar for Kelly Carluccio

Kelly Carluccio

Applications Chemist, MUNZING
 Bio:Kelly Carluccio is an Applications Chemist for the CCA group at MÜNZING North America. She has been with MÜNZING since 2019. Prior to her current role, she worked in the inks and coatings industries as a polymer R&D chemist, analytical chemist, and regulatory specialist, which... Read More →

Thursday February 27, 2025 2:00pm - 2:30pm CST
Grand Ballroom C

2:00pm CST

Yuting Li, Arkema - "Enhancing the Sustainability of High-Performance Coatings for Kitchen Cabinets, Trim and Doors"
Thursday February 27, 2025 2:00pm - 2:30pm CST
Abstract

The paint and coating market for kitchen cabinets, trim, and doors focuses on products designed to enhance the appearance and durability of wood and other commonly used materials. These coatings must meet stringent performance standards, including early block resistance, surfactant leaching resistance, body lotion resistance, and scrub resistance. Traditionally, per- and polyfluoroalkyl substances (PFAS) additives have been used to improve block resistance. However, due to increasing regulatory restrictions on these hazardous substances, there is a growing need for alternative solutions. This paper explores the current market landscape for kitchen cabinets, trim, and doors, and discusses our recent sustainability efforts to develop innovative waterborne acrylic latex binders specifically designed for these applications. We will also discuss general strategies to enhance key properties, including early block resistance, surfactant leaching resistance, and body lotion resistance.
Speakers
YL

Yuting Li

Senior Research Scientist, Arkema

Thursday February 27, 2025 2:00pm - 2:30pm CST
Grand Ballroom A/B

2:30pm CST

Coffee Break
Thursday February 27, 2025 2:30pm - 3:30pm CST
Thursday February 27, 2025 2:30pm - 3:30pm CST
Grand Ballroom D

2:30pm CST

Evonik Student Poster Session
Thursday February 27, 2025 2:30pm - 3:30pm CST
Please join us for our 2024 Student Poster Session! Student Resume books will be available and privet interviews available upon request - Please contact the Waterborne staff to set up an interview.


Please see the student pages for individual abstracts.

Thursday February 27, 2025 2:30pm - 3:30pm CST
Grand Ballroom Foyer

3:30pm CST

Student Poster Lightning Round - Sponsored by Evonik
Thursday February 27, 2025 3:30pm - 5:00pm CST
Join us for our fourth annual lightning round style Graduate student poster competition Sponsored by Evonik. Each student will be given five minutes to present his/her poster to the judges and audience and answer questions about their work.

Moderated by Tristan Clemons

Our students will also be available during all the coffee breaks.

Thursday February 27, 2025 3:30pm - 5:00pm CST
Grand Ballroom C

4:00pm CST

Technology Showcase Exhibiter Move Out
Thursday February 27, 2025 4:00pm - 7:00pm CST
No early breakdowns

Thursday February 27, 2025 4:00pm - 7:00pm CST
Grand Ballroom D

5:00pm CST

Women in Science Networking Event
Thursday February 27, 2025 5:00pm - 6:00pm CST
*Adding to your schedule on the scheduler DOES NOT register you for the event. To register for the event, please add to your registration online (free) or visit us at our registration desk. Space is limited, so no late registrations are guaranteed.

Celebrate and empower at the 2025 Waterborne Symposium's Women in Science Networking Event! Please join us for our Women in Science Networking event for some cocktails and an intimate discussion about these topics with our plenary speaker, Victoria Scarborough.

We are delighted to host this special occasion dedicated to honoring and supporting women in STEM. Join us for an extraordinary opportunity to connect with inspiring individuals, foster meaningful collaborations, and contribute to the advancement of women in science and technology. Let's come together to share experiences, build a supportive network, and pave the way for a brighter future in the world of science. Don't miss this empowering event! #2024WaterborneSymposium #WomenInScience #STEMNetworking



Speakers
avatar for Victoria Scarborough

Victoria Scarborough

Vice President Collaborative Innovation, Chemquest
Dr. Victoria Scarborough is a well-known R&D leader and subject matter expert for the commercialization of in-demand new technology that leverages open innovation. She spent 35 years with the Sherwin-Williams Co where her many roles included managing the global external technology... Read More →

Thursday February 27, 2025 5:00pm - 6:00pm CST
Grand Ballroom A/B
 
Friday, February 28
 

8:00am CST

Paul Simutis, DataPhysics - "Portable Contact Angle Goniometer Vs. Lab-style Research Device - Comparison of Surface Energy Results"
Friday February 28, 2025 8:00am - 8:30am CST
Co-Authors: Hieu Ngo, Daniel Scholz

Abstract:
The market demand to replace dyne pens for faster, more accurate contact angle and surface energy results which can be made directly in the production area has fueled the development of very sophisticated portable, handheld contact angle goniometers. These devices are growing in popularity and allow immediate measurement of contact angle and surface energy with minimal operator expertise or training required. However, the question arises as to how results obtained using such a handheld device with two test liquids will compare in accuracy and repeatability to the more traditional, lab-scale devices which offer the ability to make high-speed movie measurements of droplet spreading and use as many as three or even four different test liquids. This lecture will compare and contrast contact angle and surface energy results obtained using both a handheld versus a lab-style research-grade contact angle goniometer. Real-world advantages and disadvantages of these two types of measurement devices will be presented.
Speakers
avatar for Paul Simutis

Paul Simutis

DataPhysics
Bio:    Paul Simutis is an accomplished expert in the field of surface & interfacial science for over 25 years. He manages the DataPhysics Instruments USA applications laboratory and provides advanced, high-level technical support for the company's customer base in North Ameri... Read More →

Friday February 28, 2025 8:00am - 8:30am CST
Grand Ballroom C

8:30am CST

Jackie Davies, USM - "Title"
Friday February 28, 2025 8:30am - 9:00am CST
Abstract


Speakers
JD

Jackie Davies

Grad Student, The University of Southern Mississippi
Friday February 28, 2025 8:30am - 9:00am CST
Grand Ballroom C

9:30am CST

Morning Coffee Break
Friday February 28, 2025 9:30am - 10:00am CST
Friday February 28, 2025 9:30am - 10:00am CST
Grand Ballroom C

11:30am CST

Closing Session and Paper Award Presentations
Friday February 28, 2025 11:30am - 12:00pm CST
Friday February 28, 2025 11:30am - 12:00pm CST
Grand Ballroom C
 
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