Chemical Safety

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	UMass Lowell Continuing Studies, Corporate & Distance Education

Chemical Safety: A Proactive Approach to Chemical Management and Security

2-Day Seminar Offered Once:
CRS# 00.800-041
Dates & Times: TBA, Call 978-934-2495 for more information.

Overview
With a special focus on Green Chemistry, this course will help demystify making sound economic decisions for the environment and worker health and safety.

The toxicity of solvents in the workplace and the community is well-established (re: A Civil Action by Jonathan Harr). Nevertheless, their usage continues in a number of operations, including the manufacture of many of our products. They are also used in cleaning and degreasing, in commercial and residential applications, and in janitorial services affecting public buildings such as schools, hospitals and their occupants. Moreover, hazardous chemicals' storage and transportation have additional implications following the events of 9/11.

Developed in northern Europe, this course will not only help to explain the reasons for this toxicity, but offer practical solutions for these chemicals' replacement in light of the Precautionary Principle. Because the course describes a decision-making matrix that uses state-of-the-art databases, the same principles can be applied to other processes that could be environmentally-friendlier. Consequently, it offers excellent insight into the formation of a truly viable Environmental Management System (EMS), like ISO 14000 for competitive advantage and sustainable development.

Expectations
In this interactive seminar, attendees will learn:

How to use Material Safety Data Sheets (MSDSs) more effectively
How to identify and test potential replacements for chemical hazards
How to measure costs of chemical usage more completely
How to positively interact with other stakeholders, including company management
How to establish a path towards continuous improvement in chemical management
How to successfully monitor implementation of process conversions

Audience
Chemical and process engineers, EH&S staff, QA/QC managers, plant managers, facility managers (including hospitals, schools and other public buildings), accounting/purchasing officials, corporate staff, government/policy specialists, as well as NGOs and researchers in related fields, for example, pharmaceutical/biotech

Text
The Search for Safer and Greener Chemical Solvents:
A Proposed Tool to Support Environmental Decision-Making,
Erasmus University (Rotterdam, the Netherlands), 2001.
Cost of CD included in seminar.

Outline

General Introduction
The Evolution, Exposure Consequences and Regulation of Solvents
- Water: the Universal Solvent
- Organic and Chlorinated Solvents
Environmental and Health Effects: Ozone Depletion, Global Warming and Acid
- Rain; Habitat Impacts; Carcinogenicity and other consequences
- Legislative Initiatives: The Montreal Protocol and the U.S. Clean Air Act
The Search for Safer, Greener Chemical Cleaners
- Design for the Environment Techniques
- Non-Volatile Organic Compounds
- Alternative Methods
Developing a Test Design
- Asking the Right Questions
- Working with the Right People
- Analytical Techniques
- The Stages of Any Scientific Experiment
Enhancing the Search
- Non-aqueous (i.e., non-water) Based Alternatives
- The Method vs. The Chemical
- The Role of Chemical Suppliers and Vendors
- Re-design
The Proposed Tool for Environmental Decision-Making
- Using Databases and Standards
- Some Examples of Results
The Future and Related Public Policy-Making
Class-Directed Discussion May Include: Surfactants and Endocrine Disruption; Hormesis, etc.

Instructor
Dr. Carole A. LeBlanc is the Director of the Surface Solutions Laboratory, a research facility of the Toxics Use Reduction Institute (TURI) at UMass Lowell. She holds a BS in Biology and Chemistry from Boston College and a PhD in Sustainable Development and Management from Erasmus University in the Netherlands. Her doctoral dissertation concentrated on Green Chemistry, a branch of chemical sciences that seeks to reduce or eliminate the use of hazardous substances during product development and production. She is the current President of the New England Institute of Chemists (NEIC) and a local officer for AVS, a scientific society that “promotes education to develop new materials and process technology for the betterment of humanity."

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