Category Archives: Reference material

EHS Leadership and Diversity

Remember: No matter where you go, there you are. Samuella Sigmann 

9:10am-9:35am What is your safety role? An introduction to structured safety programs. Mary Heuges


9:35am-10:00am Safety leadership and organizational design Mary Koza 

10:35am-11:00am Workplace safety needs diversity to endure that everyone is safe Frankie Wood-Black

11:00am-11:25am Improving researcher safety: Activities of the University of California center for laboratory safety Imke Schroeder 

11:25am-11:50am Circadian rhythms based safety for managing the risks of human factor manifestation. Amir Kuat

Service Awards

Statement of Award Purpose

Service Awards are given to the immediate past Division Chair at the end of their term. The chair receives an ACS past chair’s pin and plaque.

Award Amount and Recognition

An ACS Past Chair’s pin and an appropriate plaque of appreciation to be presented at an Awards Symposium during the fall ACS national meeting following the chair’s term.

CHAS Fellows Award

Download the Nomination Application Form for this Award Here: [Click to Download CHAS Fellows Nomination Form]

Statement of Award Purpose

Fellows Awards recognize CHAS members in good standing who have provided continuous, active service to CHAS and who have made significant contributions to the Division during their active service.

Award Recognition

Certificate and lapel pin presented at the Awards Symposium during the Fall ACS national meeting.

Description of Eligible Nominees

An eligible nominee must be current members of the division who has been a member for at least fifteen years or has been a member for at least seven years (continuous membership) and has been active in CHAS activities for at least three years. Active membership is defined below.

CHAS Fellows have shown support for the goals and activities of CHAS, and has through personal effort, helped CHAS achieve those goals. The following activities designate a member as “active”:

  1. Division volunteer service including holding office in the division, chairing division committees, etc.
  2. Organization of symposia, major presentations, or other programming at national/international meetings
  3. Contributions to safety in ACS Publications
  4. Leadership of or other contributions to Division outreach activities

There is no limit to the number of CHAS Fellows named each year.

Eligible Sources of Nominations

  • Self-nomination
  • Any CHAS division member

Roster of CHAS Fellows

(Those listed in bold are also ACS Fellows)

  • Robert Alaimo
  • Peter Ashbrook
  • W. Emmett Barkley
  • Janet Baum
  • Ernest I. Becker
  • Leslie Bretherick
  • Brandon Chance
  • Kimi Brown
  • Daniel A. Crowl
  • Debbie Decker
  • Lou DiBerardinis
  • Laurence J. Doemeny
  • Harry J. Elston
  • Howard Fawcett
  • Barbara Foster
  • David Finster
  • Kenneth Fivizzani
  • Bill Galdenzi
  • Lawrence M. Gibbs
  • Marta Gmurczyk
  • Ruth Hathaway
  • Donald Hedberg
  • Dennis C. Hendershot
  • Robert H. Hill Jr.
  • Chris Incarvito
  • Robin Izzo
  • James Kaufmann
  • Kimberly B. Jeskie
  • Jyllian Kemsley
  • Sheila Kennedy
  • Warren Kingsley
  • Mary Beth Koza
  • Ken Kretchman
  • Daniel Kuespert
  • Neal Langerman
  • Mark Lassiter
  • Po-Yung Lu
  • Kali Miller
  • Sung Moon
  • John Palmer
  • Joe Pickel
  • Lyle H. Phifer
  • Russ Phifer
  • Stanley Pine
  • Pat Redden
  • Malcolm Renfrew
  • Peter Reinhardt
  • Monona Rossol
  • Eileen Segal
  • Stephen Sichek, Sr.
  • Diane G. Schmidt
  • Sammye Sigmann
  • Mary Ann Solstad
  • Ralph Stuart
  • Ellen Sweet
  • Stephen Szabo
  • Erik A. Talley
  • Robert Toreki
  • George Wahl
  • Douglas B. Walters
  • Stefan Wawzyniecki
  • Elizabeth Weisburger
  • Monique Wilhelm
  • Frankie Wood-Black
  • I. J. Wilk
  • Kenyon D. Yoder
  • Jay Young

CHAS Graduate Student Safety Leadership Award

Download the Nomination Application Form for this Award Here: [Click to Download GRADUATE STUDENT SAFETY LEADERSHIP AWARD in Word format]

Statement of Award Purpose

This award is given to recognize a graduate student researcher or recent graduate (within 3 years of latest degree) who demonstrates outstanding leadership in the area of chemical health and safety in their laboratory, research group, or department.

Each year the award is dedicated to a different historical figure in chemical safety.

Award Amount and Recognition

Award Amount and Recognition

This award is made possible by the generosity of an anonymous donor.

The award consists of:

  • A $500 honorarium will be payable directly to the award recipient
  • A certificate that includes information about that year’s dedicatee
  • An invitation to deliver a 15 – 20-minute presentation at the CHAS Awards Symposium.  The presentation should describe the work recognized by the award.
  • An optional additional $2,000 will be made available to support a project that promotes graduate student safety at the home school and/or for travel expenses to the CHAS Awards Symposium at an ACS national meeting, as applicable

This award is made possible by the generosity of an anonymous donor.

The recipient of this award is expected to deliver a 15 – 20-minute presentation at the CHAS Awards Symposium at the ACS Fall national meeting in the year that they receive the award. The presentation should describe the work recognized by the award.

Description of Eligible Nominees

Eligible nominees are current master’s or Ph.D. candidates in research fields or those who have graduated within the past three years who demonstrate values and behaviors consistent with the criteria of this award.  The researcher may be a member of any academic department at their institution provided that chemical use is a significant part of their research. Non-ACS and CHAS members are eligible for this award. 

Award Criteria

The primary criterion for this award is demonstrated leadership of specific project(s) that support a proactive safety culture in the laboratory, research group, and/or department where the student’s research or teaching responsibilities take place. Such projects empower their peers and students to address technical and cultural safety concerns related to chemical usage, in either the teaching or research environment. 

Examples of work that calls on other safety leadership skills (e.g. participation in extramural safety conferences and organizations, publication of safety related information in research papers, development of new approaches to safety education in the lab) will support the award application, but not replace the need for a specific example of project-based leadership.

Required support for nomination

  • Cover letter from the nominator describing why the nominee is deserving of this award.
  • Two letter(s) of support from institution’s Environmental Health and Safety Office, Senior Administration or Departmental leadership.
  • Descriptions of or samples of research safety projects or initiatives lead by nominee

Eligible Sources of Nominations

  • Self-nomination
  • Teammate (fellow student or lab member)
  • Department chair
  • EH&S Department
  • Vice Provost for Research or another Senior Administrator
  • Peer

Additional Information about this Award

This award was proposed in 2020 by an anonymous donor and was developed by the CHAS Awards committee in collaboration with the donor.  The award was first given in 2021.  

Previous Awardees:

2024

Brady Bresnahan, University of Minnesota

2023

Monica Nyansa, Michigan Technological University

2022, given in honor of the Radium Girls

Quinton Bruch, University of North Carolina at Chapel Hill

2021, given in honor of Sheharbano “Sheri” Sangji          
  • Graduate Student Team Leaders:
    • Jessica De Young, University of Iowa
    • Alex Leon Ruiz, University of California, Los Angeles                      
    • Sarah Zinn,University of Chicago
    • Cristan Aviles-Martin, University of Connecticut 

SafetyStratus College and University Health and Safety Award

Download the Nomination Application Form for this Award Here: [Click to Download SafetyStratus College and University Nomination Form in Word format]

Statement of Award Purpose

This award is given to recognize the most comprehensive chemical safety programs in higher education (undergraduate study only).

Award Amount and Recognition

  • $1,000 Honorarium
  • Engraved plaque including name of recipient and sponsor logo to be presented to winner at award symposium

This award is made possible by the generosity of SafetyStratus.

The recipient of this award is expected to deliver a 15 – 20-minute presentation at the CHAS Awards Symposium at the ACS Fall national meeting in the year that they receive the award. The presentation may be on any topic related to chemical safety.

Description of Eligible Nominees

The nominee may be a college/university chemistry academic department, an entire campus, or an EH&S office. Joint-nominations including chemistry departments and other offices will also be accepted. Preference will be given to those submissions which include participation from the chemistry department.

Previous recipients of this award will only be considered eligible again 10 years after they receive the award. Their current undergraduate lab safety program must differ significantly from the program as it was when the award was previously received. In this case, supporting documentation must highlight the program improvements since the year that the award was last received.

Detailed award criteria are given below.

One award is given per year.

Award Criteria

1. Chemistry Department’s safety policy statement

2. Chemical Hygiene Plan(s) for instructional laboratories

3. Evidence that safety concepts, such as risk assessment and utilization of chemical-safety information, are included in the teaching curriculum.

Evidence may include the following:

  • Safety rules for students
  • Course syllabus showing covered safety topics
  • Laboratory manuals with safety guidance
  • Examinations or exercises used to teach or reinforce safety concepts
  • Safety course offerings
  • Description(s) of offered seminar(s) on safety topics
  • Results of safety research
  • Other examples as appropriate

4. Description of, or documentation for, chemical waste collection policies and procedures for instructional courses and prep lab

5. Chemical Storage policies

This may include descriptions of:

  • Access control
  • Segregation
  • Protected storage
  • Inventory tracking methods
  • Storage quantity limitations, approvals for ordering new chemicals, etc.

6. Policies relating to the prep-lab space (if applicable), as well as written safety requirements for instructors and teaching assistants working during non-class times.

This may include:

  • Separate Chemical Hygiene Plan for prep lab (or clear inclusion in the department CHP)
  • General policy and procedures, for use of and access to the space (e.g. restricted access, policy for not working alone in the lab, etc.)

7. Evidence of waste-minimization and green-chemistry strategies.

This may include:

  • Policies for waste minimization or a list of prohibited materials
  • Description of green practices used in the instructional labs
  • Incorporation of sustainability concepts into the curriculum

8. Evidence of faculty and teaching-assistant safety training and development.

This may include:

  • Description of safety training requirements and policies for individuals overseeing, or directly supervising, laboratory classes
  • Learning objectives for the safety training that describe the skills or knowledge that the faculty and teaching assistants will acquire
  • Copy of safety training materials for training instructors and T.A.s, if applicable
  • Seminars, workshops, production of videotapes, slides, etc.

9. Lab Safety Event (incidents and near miss) reporting.

Documentation may include:

  • Policy for reporting incidents
  • Summary reports and analysis of incidents, injuries, and near misses from the previous 3 years
  • Summary of lessons learned from events and corrective actions taken
  • Example reports with root cause analysis and corrective actions

10. Policy, procedure, and frequency for routine assessments of laboratory’s physical condition (i.e. audits/inspections). Assessments may be internal (self-inspection) or external (e.g. EH&S department inspections)

Supporting documentation may include:

  • Description of inspection process, frequency, and responsible parties
  • Copy of inspection checklist
  • Metrics or data demonstrating program effectiveness. This could include data regarding frequency of inspections, average number of findings, median time for corrective action, etc.

Required support for nomination

The nomination must include a cover letter from the nominator describing why the nominee is deserving of this award. The letter shall describe the nominee’s work and how it is aligned with the purpose, eligibility, and/or criteria of the award.

Other supporting materials are suggested in the details of the award criteria. The supporting information may be provided as links to applicable webpages on the organization’s website or as attached files. The documents and/or links must be labeled/named using the numbering and descriptions provided in the details of the award criteria. The name of the institution must be included in all file names.

The nomination may also include a letter of support from the institution’s Environmental Health and Safety office, as well as, a letter of support from a senior administrator such as the head of the academic department, the vice provost for research, or the dean of the school; although this is not a requirement for this award.

Site visit criteria (if applicable)

If a nominee is eligible based on supporting documentation, a committee member or other ACS delegate will perform a site visit to verify.

As part of the site visit, the following laboratory and chemical-use area conditions of the undergraduate laboratory facility may be assessed:

  1. General ventilation
  2. Engineering controls in working order
  3. Housekeeping and general facility condition including chemical storage areas
  4. Adequate student supervision
  5. Security of chemical storage areas and general lab spaces
  6. Emergency irrigation tested and working
  7. Emergency response equipment and supplies stocked and inspected (spill kits, fire extinguishers, etc.)
  8. Personal protective equipment available and in good condition
  9. Posted emergency procedures and contact numbers

Eligible Sources of Nominations

  • Self-nomination
  • Subordinate (Student)
  • Department chair
  • EH&S Department
  • Vice Provost for Research or another Senior Administrator
  • Peer or another ACS member who is familiar with the nominee’s undergraduate program

Previous Winners

2022: University of Nevada, Reno, Environmental Health and Safety Department & Department of Chemistry

2021: C. Eugene Bennett Department of Chemistry, West Virginia University

2020: Massachusetts Institute of Technology Department of Chemistry Undergraduate Teaching Laboratory and Environment, Health & Safety Office

2019: University of Pittsburgh, Department of Chemistry and Department of EH&S

2018:  University of North Carolina at Chapel Hill, Department of Chemistry and Department of Environment, Health and Safety

2017: Department of Chemistry and the Department of Environmental Health and Safety, Stanford University

2016: Duke University

2015: University of Pennsylvania

2014: University of California Davis

2013: North Carolina State University

2012: Wittenburg University, Springfield, Ohio

2011: University of California, San Diego

2010: Princeton University

2009: Wellesley College

2008: Franklin and Marshall

2007: University of Connecticut

2006: none awarded

2005: Massachusetts Institute of Technology and the University of Nevada-Reno

2004: University of Massachusetts-Boston

2003: none awarded

2002: none awarded

2001: West Virginia University

2000: none awarded

1999: Francis Marion University

1996: Williams College

1995: University of Wisconsin-Madison

1993: College of St. Benedict, jointly with St. John’s University of St. Joseph, MN

1991:Massachusetts Institute of Technology

Laboratory Safety Institute Graduate Research Faculty Safety Award

Download the Nomination Application Form for this Award Here: [Click to Download LSI Grad Research Faculty Safety Nomination Form]

Statement of Award Purpose

This award is given to recognize graduate-level academic research faculty who demonstrate outstanding commitment to chemical health and safety in their laboratories.

Award Amount and Recognition

  • Up to $1,000 to support travel expenses to attend the ACS national meeting and deliver a 15 – 20 min presentation at the CHAS Awards Symposium, and/or a grant to be used for safety enhancements in the faculty member’s research group
  • Engraved plaque including name of recipient and sponsor logo to be presented to winner at award symposium
  • Award certificate mailed to the university president.

This award is made possible by the generosity of The Laboratory Safety Institute.

Description of Eligible Nominees

Eligible nominees are faculty members who have responsibility for a graduate-level research laboratory, and who demonstrate values and behaviors consistent with the criteria of this award. The faculty member’s laboratory may be part of any academic department at the institution, provided that chemical use is a significant part of the laboratory’s research. Detailed criteria provided below.

One award is given per year.

Award Criteria

Sets Safety-Compliance Expectations:

Enforces all institutional health and safety practices, protocols, and rules within his or her laboratory space.

  • Participates in formal laboratory inspections and group safety committee meetings.
  • Maintains safety in the laboratory by conducting unannounced walk-throughs.
  • Ensures all members of the research group and visitors (including vendors and contractors) read, understand, agree to follow, and realize the consequences of not following the safety rules.
  • Actively demonstrates his/her commitment to laboratory health and safety.
  • Personally provides a “new employee/student safety orientation” for each new member of the research group.

Monitors and Provides Safety Information and Training:

Insists that everyone who works in the lab receives comprehensive, lab-specific safety information and training.

  • Ensures students and others who work in his or her research lab are educated, informed, and trained in the safety skills they need to conduct research safely and to work independently.
  • Establishes coaching and mentoring relationships to enable new researchers to receive hands-on training in safety practices from more experienced researchers.
  • Requires a structured lab-orientation, including emergency information and safety rules, for new lab workers.
  • Annually and as needed, reviews and revises the lab safety manual and chemical hygiene plan (if separate from the lab safety manual).

Models Safe Behaviors:

Serves as a role model by personally exhibiting good safety behavior.

  • Wears proper lab attire and PPE when entering laboratories or handling research materials.
  • Completes, at a minimum, the same institutional safety training requirements as lab workers and signs the group’s rules agreement.
  • Personally proposes new safety initiatives and/or shares safety best practices with the department and/or Health and Safety department.
  • Actively participates in research group or department safety committees and Joint Safety Teams.
  • Includes safety information in published research and requires it in their students’ thesis proposals and thesis defenses.

Assesses Hazards and Evaluates Risks:

Ensures that lab members complete hazard analyses prior to conducting experimental procedures.

  • Identifies the hazards, types of emergencies that could occur, and what needs to be done to be prepared for them.
  • Implements prudent practices, protective facilities, and PPE needed to minimize risk
  • Reviews new laboratory procedures for potential risks.
  • Requires hazard analyses to be incorporated into lab notebooks prior to an experiment.
  • Expects hazard analysis to be included in thesis proposals, dissertation proposals, and published research.
  • Requires hazard analysis to be revisited if an experimental procedure yields unexpected results or if the procedure requires changes before conducting the experiment.

Creates Safety Leaders:

Empowers researchers to assume leadership roles in establishing safety practices within research groups and for entire departments.

  • Encourages lab members to participate in department safety committees or Joint Safety Teams.
  • Encourages lab members to propose new safety initiatives and/or share safety best practices with the department and/or Health and Safety department.
  • Rewards good safety performance.

Promotes Positive Safety Culture:

Takes actions to encourage safety and promote a strong, positive safety culture in the research lab.

  • Provides instruction and encouragement to lab members for reporting any incident no matter how minor and injuries.
  • Fosters a nonthreatening atmosphere for free expression of safety concerns or questions.
  • Provides ample budgetary support for safety supplies such as PPE and engineering controls.
  • Recognizes that psychological stress can undermine safety culture and performance.
  • Provides and encourages lab members to take advantage of resources for stress management.
  • Encourages open and ongoing dialog about safety.
  • Requires “safety moments” at laboratory group meetings or otherwise incorporate safety into research discussions.
  • Encourages and acknowledges lab members for working safely.
  • Accepts responsibility for safety.
  • Takes initiative to reduce waste and promote greener, more sustainable research practices in his or her lab.

Required support for nomination

The nomination must include a cover letter from the nominator describing why the nominee is deserving of this award. The letter shall describe the nominees work and how it is aligned with the purpose, eligibility, and criteria of the award.

The nomination must also include a letter of support from the institution’s Environmental Health and Safety Officer, as well as, a letter of support from a senior administrator such as the head of the academic department, the vice provost for research, or the dean of the school or college. In cases when the nominator (author of the cover letter) is a member of the Environment Health and Safety office or a senior administrator, an additional letter of support from that party is not required.

Individuals writing letters of support are not required to be members of the American Chemical Society or the Division of Chemical Health and Safety. The supporter’s contact information must be included in the letter. The support letter should clearly describe the impact of the nominee’s work and how the individual has met the purpose and criteria of the award.

Site visit criteria (if applicable)

A site visit will not be required for this award.

What, if any, involvement will the sponsor have in evaluating nominees?

The sponsor will serve as a reviewer of the nominations for this award. The sponsor’s evaluation will be given no more or less weight than the evaluations of the other members of the Awards Selection Subcommittee.

Eligible Sources of Nominations

  • Self-nomination
  • Subordinate (Student/lab member)
  • Department chair
  • EH&S Department
  • Vice Provost for Research or another Senior Administrator
  • Peer

Additional Information about this Award

This award was proposed in 2018 by James Kaufmann, Ph.D. (Founder, Laboratory Safety Institute), and was developed in collaboration with Dr. Kaufmann by the CHAS Awards Committee in 2019. The award was first given in 2020. Criteria for the award were derived primarily from the following sources of academic laboratory safety guidelines:

  1. National Research Council. 2014. Safe Science: Promoting a Culture of Safety in Academic Chemical Research. Washington, DC: The National Academies Press. https://doi.org/10.17226/18706.
  2. ACS Joint Board/Council Committee on Chemical Safety. 2012. Creating Safety Cultures in Academic Institutions: A Report of the Safety Culture Task Force of the ACS Committee on Chemical Safety. Washington, DC: American Chemical Society. https://www.acs.org/content/dam/acsorg/about/governance/committees/chemicalsafety/academic-safety-culture-report.pdf
  3. Laboratory Safety Guidelines: 40 Suggestions for a Safer Lab, James A. Kaufman, Laboratory Safety Institute, https://www.labsafety.org/resource

Previous Winners

2022: Alexander J. M. Miller, Ph.D., University of North Carolina
2021: Ian Albert Tonks, Ph.D., University of Minnesota
2020: Mahesh K. Mahanthappa, Ph.D., University of Minnesota

August 2022 CHAS Technical Program

Sunday, August 21, 2022
08:00am – 11:40am CDT

Safety Across the Chemical Disciplines 

Marta Gmurczyk, Organizer,  Presider;  Dr. Daniel R. Kuespert, CSP, Organizer,  Presider

Safety is a common theme across most chemical disciplines, but hazards deemed common in one field may be opaque to other researchers. Interdisciplinary research brings with it risks associated with several intersecting disciplines, and researchers trained in one speciality will not necessarily be familiar with all the relevant risks. What hazards are recognized in their research field? What hazard control challenges present themselves? Where are the high risks that have been accepted as “normal?” This symposium draws together representatives of many chemical disciplines to share their safety knowledge and challenges 

3737607 – Blueprint thinking to build sustainable solutions on the solid foundation of safety; Kalyani Martinelango, Presenter; Jason Fisk

3743933 – Hazard identification and mitigation in a multidisciplinary industrial research environment, George Athens, Presenter; Jeff Foisel; Steve Horsch

3741150 – Safety in the catalysis research lab, Mark Bachrach, Presenter

3754630 – Risk, safety, and troublesome territoriality: Bridging interdisciplinary divides, John G Palmer, PhD, Presenter; Brenda Palmer

3751492 – Risk-based safety education fosters sustainable chemistry education, Georgia Arbuckle-Keil, Presenter; David Finster; Ms. Samuella Sigmann, MS, CCHO; Weslene Tallmadge; Rachel Bocwinski; Marta Gmurczyk

02:00pm – 04:05pm CDT

Division of Chemical Health & Safety Awards Symposium  

Brandon Chance, Organizer, Presider

3754798 – Interdepartmental initiatives to improving campus chemical safety, Luis Barthel Rosa, Presenter

3738511 – Building and sustaining a culture of safety via ground-up approaches, Quinton Bruch, Presenter

3750224 – Safety net: Lessons in sharing safe laboratory practices, Alexander Miller, Presenter

3740645 – Governing green labs: Assembling safety at the lab bench, Susan Silbey, Presenter

Monday, August 22, 2022, 09:00am – 11:45am CDT

Indicators of Success in Laboratory Safety Cultures

Over the past decade, there has been increasing interest in improving the safety culture of laboratory settings. How do we identify and implement indicators of success of these efforts? When are quantitative cultural measurements available and when do we need to rely on qualitative indicators of movement forward? Both theoretical ideas and concrete examples of the use of this approach are welcome in this symposium. 

3745133 – Indicators of success in a safety culture, Ralph Stuart, CIH, CCHO, Presenter

3733703 – What’s in a name? Mapping the variability in lab safety representative positions, Sarah Zinn, Presenter; Imke Schroeder; Dr. Craig Merlic

3735305 – Supporting high school educators with a chemical hygiene officer, Kevin Doyle, Presenter; Yvonne Doyle

3755577 – Factors for improving a laboratory safety coordinator (LSC) program, Kali Miller, Presenter

3754791 – Empowering student-led organizations to create effective safety policies, Angie Tse, Presenter

3738023 – Quantitative and qualitative indicators of safety culture evolution by the joint safety team, Demetra Adrahtas, Presenter; Polly Lynch; Sofia Ramirez; Brady Bresnahan; Taysir Bader

Monday, August 22 2:00pm – 05:35pm

Division of Chemical Health & Safety General Papers

3752873 – Case studies and chemical safety improvements, Sandra Keyser, Presenter

3737640 – Storytelling is an art in building a “safety first” culture, Irene Cesa, Presenter; Dr. Kenneth P Fivizzani; Michael Koehler

3728705 – Vertical safety engagement through new community connections committee of the UMN joint safety team, Vilma Brandao, Presenter; Zoe Maxwell, Presenter; Jeffrey Buenaflor, Presenter; Gretchen Burke, Presenter; Steven Butler, Presenter; Xin Dong, Presenter; Nyema Harmon, Presenter; Erin Maines, Presenter; Taysir Bader; Brady Bresnahan

3752771 – Health and safety information integration: GHS 2021 version 9 in PubChem, Jian Zhang, Presenter; Evan Bolton

3754174 – Laboratory databases: Applications in safety programming, Magdalena Andrzejewska, Presenter

3748086 – Boundary Conditions- designing and operating laboratory access controls for safety, Joseph Pickel, Presenter

3743418 – Health risk of natural radioactivity and trace metals in shaving powder, Akinsehinwa Akinlua, Presenter

3744635 – Field-portable colorimetric method for the measurement of peracetic acid vapors, Angela Stastny, Presenter; Amos Doepke; Robert Streicher

August 23, 2022, 08:00am – 11:50am   

EHS Leadership & Diversity

Mary Beth Koza, Organizer, Presider

3720285 – Remember: No matter where you go, there you are, Ms. Samuella Sigmann, MS, CCHO, Presenter

3758440 – What is your safety role? An introduction to structured safety programs, Mary Heuges, Presenter

3754152 – Safety leadership & organizational design, Mary Beth Koza, Presenter

3742098 – Chemical safety in the ACS Chicago section, Dr. Kenneth P Fivizzani, Presenter

3746562 – Workplace safety, needs diversity to ensure that everyone is safe, Frankie Wood-Black, Presenter

3753096 – Improving research safety: Activities of the University of California center for laboratory safety, Imke Schroeder, Presenter

3723285 – Circadian rhythms based system for managing the risks of human factor manifestation, Amir Kuat, Presenter

Tuesday August 23, 2022 02:00pm – 05:15pm

Latest Developments in Cannabis Science and Sustainability: Analytics of Various Compounds from the Cannabis Plant

Kyle Boyar, Organizer, Presider; Julia Bramante, Organizer, Presider; Amber Wise, Organizer, Presider

3741048 – Extraction, purification and bioactivity of policosanols from Cannabis sativa L. Megi Gjicolagj; Virginia Brighenti; Alberto Venturelli; Lisa Anceschi; Caterina Durante; Prof. Federica Pellati, Presenter

3750806 – Cannasulfur compounds: A new paradigm for the chemistry of cannabis, Iain Oswald, Presenter; Marcos Ojeda; Thomas Martin; Twinkle Paryani; Kevin Koby

3744744 – Purple rain: CBD discolouration results from cascading photo-redox reactions, Brodie Thomson, Presenter; Markus Roggen, Presenter; Glenn Sammis

3741211 – Optimization of a new HPLC method for the simultaneous separation of cannabinoids by experimental design techniques, Caterina Durante; Cindy Afezolli; Lisa Anceschi; Virginia Brighenti, Presenter; Federica Pollastro; Prof. Federica Pellati

3738752 – Sustainability in the evolving scenario of cannabinoid bioanalysis: Microsampling for the assessment of Δ8-THC and metabolites, Dr. Michele Protti, Presenter; Marco Cirrincione; Dorota Turonová; Lenka Krčmová; Prof. Laura Mercolini

Blazing Trails: Cannabis Chemistry in Post-secondary Education

08:00am – 11:45am   August 24, 2022

Brandon Canfield, Organizer, Presider; Amber Wise, Organizer

Formal post-secondary instruction in the area of cannabis chemistry has emerged across North America in recent years, ranging from entire undergraduate programs to individual courses to specific modules within a course. This session is intended to provide early reporting on the development and progress of education in this field, and to foster a discussion on the directions it is heading.

3739767 – Cannabinoid separation: A new HPLC system suitable for cannabis research in undergraduate laboratories. Alicia Douglas; Maria Swasy; Candice Cashman; Benedict Liu, Presenter

3757535 – Medicinal plant chemistry five years in: A report on the development and status of the first cannabis chemistry undergraduate degree program. Brandon Canfield, Presenter; Lesley Putman

3757906 – Masters in cannabis science and therapeutics at University of Maryland, Baltimore: An overview. Alexandra Harris, Presenter; Dr. Chad R Johnson; Brittany Namaan

3758112 – Olive Harvey College urban agriculture curriculum development…the cannabis path. Akilah Easter, Presenter; Steven Philpott

3744000 – Cannabis biology and chemistry at Colorado State University Pueblo. David Lehmpuhl, Presenter; Chad Kinney; David Dillon; Jeffrey Smith; Jonathan Velasco

3751509 – Fields to findings, from seeds to statistics. Alexander Wilson, Presenter; Maris Cinelli; James DeDecker; Lesley Putman; Ara Kirakosyan; Brandon Canfield

3725733 – Second-year, course-based undergraduate research experience (CURE) in the organic chemistry of cannabinoids. Matthew Mio, Presenter

3742921 – Advancing cannabis/hemp technology platform through an educational-consulting interface (CFS). Jerry King, Presenter

3742395 – Cannabis chemistry in the European scenario of higher education programmes: A diversified network of opportunities. Roberto Mandrioli; Dr. Michele Protti; Stefano Girotti; Camelia Draghici; Fernando Remiao; Ana Morales; Premysl Mladěnka; Luca Ferrari; Prof. Laura Mercolini, Presenter

Latest Developments in Cannabis Science and Sustainability: Characterization of the Cannabis Plant and Modern Extraction Techniques

Kyle Boyar, Organizer, Presider; Julia Bramante, Organizer, Presider; Amber Wise, Organizer, Presider

3752003 – Beyond terpenes: An untargeted approach for characterizing and categorizing cannabis cultivars to derive a robust chemotaxonomy. Aldwin Anterola, Presenter; Laura McGregor; John Abrams

3738042 – Closer look at cannabis: Using cryo-SEM, GC/MC, and HPLC to compare trichome density and trichome ratio to secondary metabolite profiles in cannabis sativa. Steven Philpott, Presenter

3735582 – Advances in extraction of compounds of value from biomass using hot air as an extraction medium. Steven Bonde, Presenter

3756218 – Beyond THC remedation: Examples of cannabinoid isolations with centrifugal partition chromatography. Manar Alherech, Presenter

Laboratory Lessons Learned Pages

There are many different kinds of hazards associated with laboratory work and sometimes these hazards results in unforeseen safety incidents. No one knows how often such laboratory incidents occur, but over the last several years, high profile laboratory events have raised public concern about them. This concern was crystallized in the Chemical Safety Board’s 2011 report on academic laboratory safety.

In order to address the concerns raised by the CSB, the Division of Chemical Health and Safety of the ACS believes that it is important to take advantage of the learning opportunities such incidents represent. Therefore, we have joined together to develop a form which we believe will be an effective tool for collecting appropriate information to develop “Lessons Learned” from such events.

These incidents can include events which result in injuries, financial or scientific losses, near-misses, and safety observations. Our motivation for collecting this information is for many reasons:

  • To avoid having the same incident occur again;
  • To enhance safety awareness of laboratory workers as they conduct routine work;
  • To support the lateral thinking required to develop “what if” scenarios when planning laboratory work;
  • To improve emergency planning for response to laboratory events
  • To identify successful health and safety protection measures;
  • To provide stories that can add interest to safety training efforts; and
  • To help laboratory safety managers correctly prioritize their concerns.

Currently, a variety of laboratory organizations have developed “lessons learned” programs. Examples of these programs can be found at:

Lab Manager Webinar on “Preventing and Managing the Most Likely Lab Accidents”

On June 29, Ralph Stuart presented a webinar for Lab Manager magazine on the topic of Preventing and Managing the Most Likely Lab Accidents. This presentation highlighted a variety of ACS safety resources produced over the last 5 years and described how they can be used in the context of two historical laboratory incidents, specifically the death of Dr. Karen Wetterhahn.

A recorded version of the webinar is available for viewing on the Lab Manager website. A PDF version of the presentation is below, as well as the audience poll responses to the questions asked about their lab risk assessment processes.

This webinar was presented as part of the Divisions Innovative Project funded by the ACS to understand current practices in laboratory risk assessments and how ACS can support improving those practices. If you are interested in participating in this project, contact Ralph Stuart at membership@dchas.org

The Responses to Poll Questions were:

Which of these best describes how often your review your lab’s risks and safety practices?

We have regular (weekly or monthly) safety discussions as refreshers for all lab staff4631%
We rely on consistent use of general best lab safety practices4531%
We review safety as new people are hired or procedures change2618%
We review our SOPs for safety concerns annually3020%
Total147

What part of your lab safety program do you find most challenging?

Planning for Emergencies3223%
Assessing Risks4533%
Recognizing Hazards1813%
Managing Safety to Minimize Risks4333%
Total1389

What is your primary approach to communicating your lab safety practices to people in your lab?

We place notices and signs pointing out specific hazards in the lab5136%
We rely on paper Standard Operating Procedures and Lab Guidance5538%
We put alerts in an Electronic Lab Notebook system107%
We focus on word of mouth and chemical intuition1611%
Total142

Who is involved in developing and reviewing your laboratory risk assessments?:

The person who writes the SOP for procedure4134%
Everyone who handles the chemicals involved in a SOP3126%
Everyone in the lab, because they could be impacted by a safety incident even though they aren’t conducting the procedure involved4134%
Our emergency responders who are expected to provide assistance in can of an incident65%
Total119

New ACS Chemical Safety Videos for College Teaching Labs

The ACS Office of Safety Programs is pleased to announce that it has published a group of 6 safety videos for college teaching labs.

From Chemical Safety Rules to Risk Management
Chemical Safety Information Resources
Assessing Risks in the Chemistry Laboratory
Minimizing Risks in the Chemistry Laboratory 
Minimizing Risks in the Chemistry Laboratory: Techniques
Emergencies in the Chemistry Laboratory