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ACS Guidelines for
  Chemical Safety Education in
Undergraduate Chemistry Programs



                William F. Polik
         Hope College, Holland MI, USA
    ACS Committee on Professional Training
 Member 2000-05, Chair 2006-08, Consultant 09-10
Outline

0. CPT Background
1. Safety in the New ACS Guidelines and Chemical
   Safety Supplement
      Budget, Laboratories, Safety Equipment,
      Resourcess, Student Skills
      Promoting a Safety Conscious Culture

2. Assessing Safety and Safety Education
      Laboratory Facilities, Lab Safety Practices, Safety Education

3. Challenges Faced by CPT in Encouraging Safety
   Education
      Self-Reporting, Investigation, Enforcement
0. Committee on Professional Training

The primary mission of CPT is to promote excellence in
postsecondary chemistry education through
•Administering an approval program
658 schools are currently approved; 14,577 undergraduate chemistry
graduates in 2008-09; 35% were awarded an ACS-certified degree
•Conducting surveys about educational practices
Annual chemistry graduates; Regular surveys on enrollment &
graduate education; Special surveys and reports on libraries, minority
participation; DGR, ...
•Interacting with ACS and other professional groups with
mutual interests
SOCED, CHED, CHAS, CCS, Disciplinary Divisions,...
1. Safety in the New ACS Guidelines

2. Institutional Environment
2.3 Program Budget
An approved undergraduate program in chemistry requires continuing
and stable financial support. Adequate support enables a program to
have ... a physical plant that meets modern safety standards with
adequate waste-handling and disposal facilities
4. Infrastructure
4.1 Physical Plant
Laboratories should be suitable for instruction in the chemical sciences
and must meet applicable government regulations. Properly functioning
fume hoods, safety showers, eyewashes, first aid kits, and fire
extinguishers must be readily available. Construction or renovation of
laboratory facilities must conform to the regulations of the Occupational
Safety and Health Administration (OSHA) and national norms.
Safety in the New ACS Guidelines

4.5 Chemical Safety Resources
The program must be conducted in a safe environment that includes
• adherence to federal and state regulations regarding hazardous
waste management and laboratory safety including, but not limited to,
development of a written chemical hygiene plan and maintenance of
proper facilities and personnel for chemical waste disposal,
• safety information and reference materials, such as material safety
data sheets (MSDS), and
• personal protective equipment readily available to all students and
faculty.

6. Undergraduate Research
The research project should ... promote awareness of advanced safety
practices... A student using research to meet the ACS certification
requirements must prepare a well-written, comprehensive, and well-
documented research report including safety considerations.
Safety in the New ACS Guidelines

7. Development of Student Skills
7.3 Laboratory Safety Skills
Approved programs should promote a safety-conscious culture in
which students understand the concepts of safe laboratory practices
and how to apply them. Programs should train students in the aspects
of modern chemical safety appropriate to their educational level and
scientific needs. A high degree of safety awareness should begin
during the first laboratory course, and both classroom and laboratory
discussions must stress safe practices. Students should understand
responsible disposal techniques, understand and comply with safety
regulations, understand and use material safety data sheets (MSDS),
recognize and minimize potential chemical and physical hazards in the
laboratory, and know how to handle laboratory emergencies effectively.
Safety and Safety Education Supplement

Promoting safety awareness
  Demonstrated by always taking safe actions and developing a
  positive attitude toward safety
  Safety awareness programs and reminders help promote a safety
  culture and encourage students to work safely
  Student participation in safety committees, risk assessment, and
  development of safe procedures

Major safety topics that a student should understand
  Hazard identification
  Minimize exposure and reduce risks
  Hazard and risk information
  Safety procedures and processes
2. Assessing Safety and Safety Education

Infrastructure
  Are the following laboratory faculties adequate for your instructional
  program:
   Safety Showers      Y N      Hoods Y N
   Eye Washes          Y N      Ventilation     Y N
   Fire Extinguishers Y N
  If marked no for any item above, please explain

  Lab Safety Practices
  Does your department/university have established safety rules?
  Does your department/university have emergency reporting
  procedures?
  Does your department have a chemical hygiene plan?
  Are there adequate facilities and arrangements for disposal of
  chemical waste?
Assessing Safety and Safety Education

Lab Safety Practices (con’t)
Are safety information and reference materials (e.g., MSDS) readily
available to all students and faculty?
Is personal protective equipment available and used by all students
and faculty?
Is personal protective equipment available and used by all students
and faculty?
If no is checked for any of the above, please explain.

Student Skills
Describe how your program conveys safe lab practices to students
3. Challenges Faced by CPT in
        Encouraging Safety Education
ACS approval model is based on self-reporting
Departments regularly complete a report form that includes questions
on all components of the ACS Guidelines for approval
Departments self-report on safety infrastructure, practices, and
education

CPT is not an investigative or enforcement agency
CPT comments and acts on periodic reports
Approval actions are communicated to Department Chair and
College/University Chief Administrative Officer

Student skills
CPT does not prescribe curriculum or specific modes of implementation
Promoting Safety Education

ACS Guidelines and Safety Supplement
Safety guidelines and safety education supplement

Periodic Reports and Program Approval
Departments regularly complete a report form that includes questions
on all components of the ACS Guidelines for approval

Surveys
Conduct surveys or assist others with surveys

Working with ACS and groups with mutual interests
    CHAS, CCS, ...

Newsletter
Mailed to every faculty member at ACS-approved institutions
More Information




www.acs.org/cpt

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Cpt And Chemical Safety

  • 1. ACS Guidelines for Chemical Safety Education in Undergraduate Chemistry Programs William F. Polik Hope College, Holland MI, USA ACS Committee on Professional Training Member 2000-05, Chair 2006-08, Consultant 09-10
  • 2. Outline 0. CPT Background 1. Safety in the New ACS Guidelines and Chemical Safety Supplement Budget, Laboratories, Safety Equipment, Resourcess, Student Skills Promoting a Safety Conscious Culture 2. Assessing Safety and Safety Education Laboratory Facilities, Lab Safety Practices, Safety Education 3. Challenges Faced by CPT in Encouraging Safety Education Self-Reporting, Investigation, Enforcement
  • 3. 0. Committee on Professional Training The primary mission of CPT is to promote excellence in postsecondary chemistry education through •Administering an approval program 658 schools are currently approved; 14,577 undergraduate chemistry graduates in 2008-09; 35% were awarded an ACS-certified degree •Conducting surveys about educational practices Annual chemistry graduates; Regular surveys on enrollment & graduate education; Special surveys and reports on libraries, minority participation; DGR, ... •Interacting with ACS and other professional groups with mutual interests SOCED, CHED, CHAS, CCS, Disciplinary Divisions,...
  • 4. 1. Safety in the New ACS Guidelines 2. Institutional Environment 2.3 Program Budget An approved undergraduate program in chemistry requires continuing and stable financial support. Adequate support enables a program to have ... a physical plant that meets modern safety standards with adequate waste-handling and disposal facilities 4. Infrastructure 4.1 Physical Plant Laboratories should be suitable for instruction in the chemical sciences and must meet applicable government regulations. Properly functioning fume hoods, safety showers, eyewashes, first aid kits, and fire extinguishers must be readily available. Construction or renovation of laboratory facilities must conform to the regulations of the Occupational Safety and Health Administration (OSHA) and national norms.
  • 5. Safety in the New ACS Guidelines 4.5 Chemical Safety Resources The program must be conducted in a safe environment that includes • adherence to federal and state regulations regarding hazardous waste management and laboratory safety including, but not limited to, development of a written chemical hygiene plan and maintenance of proper facilities and personnel for chemical waste disposal, • safety information and reference materials, such as material safety data sheets (MSDS), and • personal protective equipment readily available to all students and faculty. 6. Undergraduate Research The research project should ... promote awareness of advanced safety practices... A student using research to meet the ACS certification requirements must prepare a well-written, comprehensive, and well- documented research report including safety considerations.
  • 6. Safety in the New ACS Guidelines 7. Development of Student Skills 7.3 Laboratory Safety Skills Approved programs should promote a safety-conscious culture in which students understand the concepts of safe laboratory practices and how to apply them. Programs should train students in the aspects of modern chemical safety appropriate to their educational level and scientific needs. A high degree of safety awareness should begin during the first laboratory course, and both classroom and laboratory discussions must stress safe practices. Students should understand responsible disposal techniques, understand and comply with safety regulations, understand and use material safety data sheets (MSDS), recognize and minimize potential chemical and physical hazards in the laboratory, and know how to handle laboratory emergencies effectively.
  • 7. Safety and Safety Education Supplement Promoting safety awareness Demonstrated by always taking safe actions and developing a positive attitude toward safety Safety awareness programs and reminders help promote a safety culture and encourage students to work safely Student participation in safety committees, risk assessment, and development of safe procedures Major safety topics that a student should understand Hazard identification Minimize exposure and reduce risks Hazard and risk information Safety procedures and processes
  • 8. 2. Assessing Safety and Safety Education Infrastructure Are the following laboratory faculties adequate for your instructional program: Safety Showers Y N Hoods Y N Eye Washes Y N Ventilation Y N Fire Extinguishers Y N If marked no for any item above, please explain Lab Safety Practices Does your department/university have established safety rules? Does your department/university have emergency reporting procedures? Does your department have a chemical hygiene plan? Are there adequate facilities and arrangements for disposal of chemical waste?
  • 9. Assessing Safety and Safety Education Lab Safety Practices (con’t) Are safety information and reference materials (e.g., MSDS) readily available to all students and faculty? Is personal protective equipment available and used by all students and faculty? Is personal protective equipment available and used by all students and faculty? If no is checked for any of the above, please explain. Student Skills Describe how your program conveys safe lab practices to students
  • 10. 3. Challenges Faced by CPT in Encouraging Safety Education ACS approval model is based on self-reporting Departments regularly complete a report form that includes questions on all components of the ACS Guidelines for approval Departments self-report on safety infrastructure, practices, and education CPT is not an investigative or enforcement agency CPT comments and acts on periodic reports Approval actions are communicated to Department Chair and College/University Chief Administrative Officer Student skills CPT does not prescribe curriculum or specific modes of implementation
  • 11. Promoting Safety Education ACS Guidelines and Safety Supplement Safety guidelines and safety education supplement Periodic Reports and Program Approval Departments regularly complete a report form that includes questions on all components of the ACS Guidelines for approval Surveys Conduct surveys or assist others with surveys Working with ACS and groups with mutual interests CHAS, CCS, ... Newsletter Mailed to every faculty member at ACS-approved institutions

Notas do Editor

  1. Incorporation of safety considerations is a new focus of student research reports
  2. Student Skills are an added focus in new guidelines
  3. Self-reporting is an effective process if Department uses it
  4. Potential Questions: How do we evaluate instruction about safety