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Rocky Mountain Regional Center of Small-Scale Chemistry

Peter Jeschofnig, Director

What is the Rocky Mountain Regional Center of Small-Scale Chemistry?

This center is part of a national effort to promote a chemical education philosophy which emphasizes "Green Chemistry". It does so by sponsoring seminars and workshops on small-scale chemistry. These free workshops introduce small-scale chemistry concepts and techniques to local educators through participation in laboratory experiments, lectures, discussions, and demonstrations.

This Regional Center was established through the collaborative efforts of:

  • Colorado Mountain College
  • The Environmental Protection Office of Pollution-Prevention Technology Education
  • The Partnership for Environmental Technology Education (PETE)
  • Colorado State University Center for Science, Mathematics and Technology (CSMATE)
  • The Rocky Mountain Regional Center is directed by Dr. Peter Jeschofnig, Professor of Science at Colorado Mountain College. It represents the South-Central PETE region which covers Louisiana, Texas, New Mexico, Oklahoma, Arkansas, and Colorado.

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  • What is Small-Scale Chemistry?
  • What are the Advantages of Small-Scale Techniques?
  • Does Small-Scale Chemistry Benefit Students?
  • What Will Teachers Learn at the Workshops?
  • Past Workshops
  • Future Workshops
  • What is Small-Scale Chemistry?

    Small-scale chemistry is simply the process of conducting chemical experimentation on a much smaller scale. Instead of using large amounts of chemcials, the same experiments and learning are achieved with minute quantities. This great reduction in scale requires modified techniques, equipment, and instruction.

    What are the Advantages of Small-Scale Techniques?

    1. Safety: Using such small quantities of chemicals, the chances for fire, explosion, and serious injury are greatly reduced.

    2. Cost Savings: The cost of chemicals and laboratory equipment is greatly reduced. This means a wider variety of chemicals can be used.

    3. Time Savings: Preparation, experimentation, anc clean-up times are greatly reduced.

    4. Environment-friendly: Less waste is produced; thus, chemical disposal problems are virtually eliminated.

    Does Small-Scale Chemistry Benefit Students?

    Beyond their reduction in experiment size, small-scale techniques uniquely engage students in hands-on learning experiences and allow them to share the responsibility for their own learning. Small-scale techniques foster creative, inquiry-based problem solving abilities. Plus, they are fun to use!

    What Will Teachers Learn at the Workshops?

  • Familiarity with small-scale materials, apparatus, techniques, and philosophy.
  • How to use small-scale to facilitate students' self-confidence and their ability to conduct investigative studies.
  • How a school can change its chemistry instruction approaches to be in alignment with the new National Science Education Standards.
  • How to use environmental themes, projects, and case studies to teach chemistry in real problem-solving situations.
  • Past Workshops:

    So far, workshops have been conducted in Leadville and Glenwood Springs:
  • Leadville - Jan. 16, 1998
  • Glenwood Springs - July 7, 1998
  • Glenwood Springs - Sept. 25, 1998
  • Glenwood Springs - July 15, 2000
  • Future Workshops:

    It is expected that at least one workshop will be held at CMC's Spring Valley Campus, Glenwood Springs each semester. Additional workshops will be conducted at local school districts' science in-service meetings. If you are interested in having a workshop conducted at your school send an e-mail to Peter Jeschofnig. Pjeschofnig@coloradomtn.edu


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    This page was created by Peter Jeschofnig and was last updated: Sept. 3, 2000