Resume

• 9242880

  JM Atkins

  CJ Ready

  Amit Gupta

• 7875720

  JD Morris

  This patent describes a fluorescent monomer and scale controlling polymers synthesized using the fluorescent monomer.

  Fluorescent Monomers and Tagged Treatment Polymers containing same for Use in Industrial Water Systems

  JL Reddinger

  PG Murray

  M Wei

  JD Morris

  JL Reddinger

  PG Murray

  M Wei

  JD Morris

• 7601789

  American Chemical Society

  Councilor

  English

  American Chemical Society Fellow

  American Chemical Society

  Public Affairs Award

  Chicago Section American Chemical Society

  Presidential Green Chemistry Award for 3D TRASAR Team

  Environmental Protection Agency

  Distinguished Service Award

  Chicago Section American Chemical Society

  Chairman's Award

  Nalco Company

  Merit Award

  Chicago Association of Technological Societies

  University of Minnesota-Twin Cities

  Ph.D.

  I received a Ph.D. in Analytical Chemistry from the University of Minnesota in Minneapolis

  MN. \nI used electrochemical techniques such as cyclic voltammetry

  chronocoulometry and chronoamperometry to study how charge traveled across polymer films on electrodes. I also performed experiments using surface analysis and plasma chemistry.\nMy dissertation was entitled \"An Electrochemical Study of Ions Immobilized within Nafion Polymer Films.\"

  Chemistry

  University of North Carolina at Chapel Hill

  B.S.

  While I got my B.S. degree in chemistry

  I also marched in the Marching band

  and engaged with the Chemistry fraternity

  Alpha Chi Sigma. I also did undergraduate research on flow injection analysis and bacterial electrodes.

  Marching Band

  Alpha Chi Omega

  Navy ROTC

  Polymer Chemistry

• 7179384

  S Yang

  T-Y Chen

  K Xiong

  NM Rao

• 7148351

  JL Reddinger

  PG Murray

  M Wei

  JD Morris

• 6645428

  JL Reedinger

  PG Murray

  M Wei

  JD Morris

• 6358746

  JL Reddinger

• * Helped advocate the transforming power of chemistry to US Congressional representatives representing the Chicago area. \n* Advocated the teaching and use of chemistry in our daily lifes. \n* Interested in extending chemistry to others

  whether they are younger professionals

  students and/or older individuals. This was done through mentoring

  etc.

  American Chemical Society - Chicago Section

  Chair

  * Led the Chicago section

  advocating for education

  public policy and careers. \n* Advocated the teaching and use of chemistry in our daily lifes.\n * Extended chemistry to others

  whether they are younger professionals

  students and/or older individuals.

  American Chemical Society - Chicago Section

  Councilor

  I have served as a representative to the governing body of the American Chemical Society

  helping to bring the power of chemistry to careers

  divisions

  public policy statements and ethics.

  American Chemical Society - Chicago section

  Spectroscopy

  Analytical Chemistry

  Polymers

  Characterization

  R&D

  Polymer Chemistry

  Leadership

  Organic Synthesis

  Corrosion

  Corrosion Inhibitors

  Water Treatment

  Organic Chemistry

  Project Management

  Electrochemistry

  Surfactants

  UV/Vis

  Design of Experiments

  Chemistry

  Coatings

  Chemical Engineering

  Automating the Cooling Water Triangle

  M Chattoraj

  DM Meier

  DL Stonecipher

  Automating the Cooling Water Triangle

  Daniel Cicero

  This paper describes how a method for fluorescent detection of the polymeric scale control agent compares with other methods. In addition

  the use of this method and an example of how this method was used in trouble-shooting issues at an industrial site is shown.

  Polymer Detection in High Halogen Power Plant Cooling System Application

  FP Yu

  C. Myers

  D. Cicero

  J. Chao

  This paper describes a new closed cooling system corrosion inhibitor program

  based on PSO

  and its use in closed cooling systems.

  Closed Cooling System Treatment: Using Phosphino-succinate Oligomers (PSO) as an Alternative to Molybdate

  The Need for Higher - Order (Soft) Skills in our Global Economy

  RS Walicki

  NT Greene

  SM Bilek

  This paper describes the use of solid chemical programs and the use compared to previous liquid programs.

  Solid Chemical Programs for Scale and Corrosion Control in Cooling Water Systems: Delivering Sustainable Development

  On-line Monitoring of Water Treatment Chemicals

  M Chattoraj

  NM Rao

  An Environmentally Friendly Approach to Treating Cooling Water Systems using Smart Sensors and 24/7 Automation

  JP Pilsits

  Describes methods of polymer detection in high halogen cooling water systems in power plant environment.

  Polymer Detection in High Halogen Power Plant Cooling System Applications

  NT Greene

  SM Bilek

  Solid Chemical Programs for Scale and Corrosion Control in Cooling Water Systems: Delivering Sustainable Development

  Globalization and What this Means to You

  P Lopez-Serrano

  E Reny

  A New Vision for the Division of Professional Relations

  Closed Cooling System Treatment: Using Phosphinosuccinate Oligomers as an Alternative to Molybdate

  This project had two aspects. The first aspect was to determine what properties and structure were important in the inhibition of a particular scale. Knowing this

  the second aspect of this project was to develop new scale inhibitors

  based on polyaspartic acid. This could be done by controlling the MW of the resulting polymer and/or by modifying the polyaspartic acid.

  Abdul Meah

  Larry Koskan

  Development of Solid Chemical Programs for Cooling Water Systems

  The purpose of this project was to develop and commercialize multi-functional chemical products

  feeder

  and control methodology for cooling water systems. .Additional solid products were developed for hard water and soft water cooling systems. These products were manufactured and distributed worldwide and have been used in hundreds of small systems

  thus generating thousands of dollars in revenue.

  cheryl Williams

  William Stankiewics

  Development and Commercilization of Fluorescent Tagged Polymers for Scale Control

  The goal of this team was to develop and commercialize a second generation fluorescent tagged polymer that would overcome some of the issues of the previous tagged polymer. Alternatively

  newer algorithms were considered as an approach to solving the problem.

  others

  liang Chen

  Barbara

  Moriarty

  College of Lake County

  Elmhurst College

  College of Dupage

  McHenry County College

  Nalco

  Global Green Products

  Elgin Community College

  Wilbur Wright College

  Moriarty & Associates

  Crystal Lake

  IL

  Adjunct Chemistry Faculty

  McHenry County College

  Palos Heights

  IL

  •\tDeveloped novel scale inhibitors based on polyaspartic acid. \n•\tDeveloped

  validated and documented multiple test methods. \n•\tTrained others in operation of test methods.\n\n

  Senior Applications Chemist

  Global Green Products

  Chicago

  IL

  Taught general chemistry lecture and lab.

  Adjunct Chemistry Faculty

  Wilbur Wright College

  Elgin

  IL

  Taught general chemistry lecture and lab.

  Adjunct Chemistry Faculty

  Elgin Community College

  Glen Ellyn

  IL

  Taught general chemistry lab to students taking a full year of General Chemistry during the summer

  Adjunct Chemistry Faculty

  College of Dupage

  Grayslake

  IL

  Taught general chemistry lecture and lab.

  Adjunct Chemistry Faculty

  College of Lake County

  Elmhurst

  IL

  Taught general chemistry lecture and lab.

  Adjunct Chemistry Faculty

  Elmhurst College

  Naperville

  IL

  - Led project teams and developed novel polymeric scale inhibitors

  corrosion inhibitors and fluorescent methods used to monitor and control corrosion and scaling in open and closed cooling water systems. These products are used in over >10

  000 cooling systems globally and generate >$1M in sales.\n- Developed fluorescent methods used in manufacturing

  lab and field applications. \n- Developed and tested solid products for the control of scale and corrosion in cooling water systems. Solid products have generated > $1 M in sales. \n- Provided technical support on cooling water products.\n- Developed and trained other researchers

  customers and sales associates on cooling water technology.\n- Recruited and hired research personnel to add new capabilities and knowledge to staff.

  Research Associate

  Nalco

  - Developed plans for experimentation of chemicals

  especially water treatment chemicals. \n - Communicated plans to customer via written reports and presentations.

  Moriarty & Associates