Program Overview

Division Program Chair:

Jeff Smith, Carleton University

Analytical Application of Nanomaterials and Surfaces

Organizers
Christa Brosseau, St. Mary’s University

Description:
This symposium welcomes research on the development of nanomaterials and surface chemistry for analytical and bioanalytical applications, as well as the application of analytical methods for the characterization of nanomaterials and surfaces.

Analytical Chemistry General Symposium

Organizers
Christina Bottaro, Memorial University

Description:
This symposium aims to be of broad interest and highlight recent advances in the field of analytical chemistry, including cutting-edge methodologies, advanced instrumentation and techniques, and interdisciplinary applications. 

Analytical Chemistry in Industry

Organizers
Larry Campbell, Bedrock Scientific

Description:
This symposium invites submissions related to analytical chemistry challenges, innovations, and applications in a variety of industries and product development pipelines.

Analytical Chemistry in the Public Sector 

Organizers
Sue Twine, National Research Council Canada

Description:
This symposium invites submissions related to analytical chemistry challenges, innovations, applications, and policy in research conducted in the public sector, including agriculture, environmental health, public safety, legal, and biomanufacturing sectors.

Analytical Environmental Chemistry

Organizers
Amila De Silva, Environment and Climate Change Canada

Description:
This session invites submissions on innovations in analytical chemistry focused on measuring analytes of environmental concern, including both organic and inorganic contaminants. We welcome presentations on novel sample preparation, quantitation methods, and data analytics applied to air, water, soil, and biota.

Portable Analytical Systems and Point-of-Care Analysis

Organizers
Chris Gill, Vancouver Island University

Description:
This symposium welcomes research on all aspects of analytical chemistry that contribute to portable analytical systems, microfluidics, and point-of-care analysis. It covers fundamentals of analytical processes, devices, and significant applications.

Separation and Microfluidics 

Organizers
Karen Waldron, Université de Montréal

Description:
The symposium will include all aspects of biomedical mass spectrometry, including methodology development, novel biomedical and pharmaceutical discoveries, single cell platforms, disease dynamics, and applications in small molecule drugs, metabolites, toxins, and large biomolecules (e.g., proteins, polysaccharides, nucleic acids). Therefore, this session provides broad coverage of the mass spectrometry field in the analytical division.

TAPAS: Techniques, Advances, and Problems in Analytical Spectroscopy

Organizers
Hans Osthoff, University of Calgary
Peter Loock, University of Victoria

Description:
This session invites submissions related to the latest advances in spectroscopy. These include novel spectroscopic approaches, instrumentation, fundamental insights, and applications in all areas of chemistry such as materials science, environmental sciences, surface science, and electrochemistry among others.

Division Program Chair:

Chris Boddy, University of Ottawa

Chemical Biology – From Probes to Biotechnology (BM/OR)

Organizers
John Pezacki, University of Ottawa
Andrew Beharry, University of Toronto

Description:
The symposium Chemical Biology – From Probes to Biotechnology will focus on contributions at the intersection of chemistry and biology, showcasing the development and application of chemical tools to understand biological systems. The symposium will include small molecules, chemical probes, and biotechnological advancements to explore biomolecular function, cellular processes, and disease mechanisms. Topics will include the design of molecular probes for target identification, therapeutic discovery, and the integration of chemical biology into biotechnology for innovations in drug development, diagnostics, and synthetic biology. Invited speakers and leading researchers will present breakthroughs in utilizing chemical biology to illuminate biological systems, offering new perspectives on disease treatment and biotechnological solutions. This symposium aims to highlight research that is interdisciplinary at the intersections between chemists, biologists, biotechnologists, and biomedical researchers. The symposium will span basic to applied sciences, aiming to highlight progress in our chemical biology community.

Frontiers in Glycobiology and Carbohydrate Synthesis: From Molecules to Medicines

Organizers
Robert Ben, University of Ottawa
Chantelle Capicciotti, Queen’s University 

Description:
This symposium brings together leading experts, researchers, and professionals from around the world to explore the cutting-edge developments in glycobiology and carbohydrate chemistry. It delves into the critical role of glycans and carbohydrates in health, disease, and therapeutic applications, highlighting their potential in drug discovery, vaccine development, and diagnostics. Attendees will gain insights into the latest research breakthroughs, novel technologies, and interdisciplinary approaches that are advancing this dynamic field. With a focus on translating molecular discoveries into real-world medical applications, this conference offers an opportunity to network, collaborate, and contribute to shaping the future of glycobiology and carbohydrate-based therapeutics.

Medicinal Chemistry Across Canada (BM/OR)

Organizers
Ramsay Beveridge, Ventus Therapeutics
Robin Larouche-Gauthier, Paraza Pharma
Claudio Sturino, NuChem

Description:
Proposed scope is to prioritize industrial speakers currently employed at a Canadian company on medicinal chemistry and drug discovery topics. It is also envisioned to include academic and student presentations based on alignment with the medicinal chemistry and drug discovery focus.

Molecular Imaging Chemistry: Isotopes, Molecules, Nano & Genes (BM/IN/OR)

Organizers
Adam Shuhendler, University of Ottawa
Ben Rotstein, University of Ottawa

Description:
This symposium invites presentations on all aspects of chemistry related to imaging, including optical, magnetic resonance, nuclear, and ultrasound modalities. This includes contrast probe design, synthesis, and evaluation, radiochemical methods, biomedical imaging experiments, theranostics, synthetic biology, and other applications of related technologies. The symposium aims to highlight the diverse and important chemistry and imaging research being led across various settings in Canada.

Natural Products Enzymology and Protein Engineering

Organizers
Chris Boddy, University of Ottawa
Kirsten Wolthers, University of British Columbia

Description:
This session will focus on cutting-edge developments in natural product biosynthesis, protein engineering, and enzymology. Attendees will explore the latest advancements in the biosynthesis of natural compounds, highlighting their potential for industrial applications in pharmaceuticals, agriculture, and biotechnology. Key topics include innovative protein engineering strategies that enhance enzyme performance and stability, enabling more efficient industrial processes. The session will also dive into mechanistic analyses of enzymes, revealing insights into their catalytic functions and pathways. These findings offer practical implications for improving enzyme-based reactions in various sectors, underscoring the intersection of natural product chemistry and engineered proteins in solving real-world problems.

Nucleic Acids

Organizers
Katherine Bujold, McMaster University
Derek O’Flaherty, University of Guelph

Description:
This symposium aims to capture nucleic acid chemistry as a broad and interdisciplinary field. We invite contributions exploring the synthesis, function and structure of nucleosides, nucleotides and oligonucleotides for applications in biology, medicine, functional materials, sensing, interrogations in the origins of life and other applications where the chemistry of nucleic acids plays a central role. As a result, topics of high interest for this symposium include, but are not limited to, new chemical approaches to synthesizing and/or modifying nucleic acids and their building blocks, applications of chemically modified nucleic acids as drugs, probes and sensors, self-assembly and/or synthesis of nucleic acid-based structures with emergent properties, the characterization of nucleic acids and their functions using molecular tools, and investigations of nucleic acid precursors under prebiotic conditions.

Proteins and Peptides Unfiltered

Organizers
Bill Lubell, Université de Montréal
Jumi Shin, University of Toronto
Marya Ahmed, University of Prince Edward Island

Description:
This symposium will cover a variety of protein and peptide topics, unfiltered, from renowned researchers in academia and industry. This symposium will highlight the most recent, cutting-edge advances in protein and peptide science at the interface of chemistry and biology. Focusing on a program embodying diversity, equity and inclusion from its broad speakership, this symposium will feature modern and sustainable applications of protein and peptide interdisciplinary research.

Synthetic Biology – Experimental and Methodological Advances 

Organizers
Adam Damry, University of Ottawa
Steve Shih, Concordia University 

Description:
This symposium invites submissions that study the design and construction of novel biological and biochemical systems. Topics of interest include recent advancements in synthetic biology, such as (but not limited to) synthetic pathways, gene editing and assembly techniques, and the design and optimization of engineered organisms and biomolecules. Given that synthetic biology is an application-forward field, we seek to highlight both advances in fundamental research and method development as well as their applications to real-world industrial, environmental, and medical problems. As such, we welcome contributions from academia, government research, and industry.

Division Program Chair:

David Brock, Carleton University
Alison Flynn, University of Ottawa

Art and Chemistry (AN/CE/MT)

Organizers
Louise Dawe, Wilfrid Laurier University
Brian Wagner, University of Prince Edward Island
Vance Williams, Simon Fraser University

Description
This symposium will explore topics at the intersection of art and chemistry, including the use of art in chemical education and science communication, chemistry in art conservation, and the development and use of advanced materials in art. Encompassing a highly interdisciplinary topic, this symposium is anticipated to attract submissions primarily from CE, MT and AN, but we also expect interest from researchers from all divisions. With CSC 2025 taking place Ottawa, we will actively pursue participation from local museums (National Art Gallery, Canada Science and Technology Museum, Canadian Museum of Nature, and the Canadian Museum of History). The organizers also run the annual “ChemiSTEAM” art competition, which will be held in conjunction with this symposium. 

Alternative Approaches to Traditional Content Delivery and Assessment Design in Chemistry Education

Organizers
Shannon Accettone, Trent University
Tranum Kaur, University of Windsor
Vance Williams, Simon Fraser University
Lana Mikhaylchenko, University of Toronto, Scarborough
Kris Kim, University of Toronto, Scarborough

Description
We aim to foster a session to provide educators a space to share all things innovative that they would consider as “alternative”, whether it be related to course design, resource development, content delivery, and/or assessments. Topics that we anticipate will arise include how instructors are leveraging digital resources (e.g., open educational resources, in particular, have been popular in recent years), course delivery methods (e.g., flipped classrooms, use of tokens, community engaged learning), as well as various forms of assessments (e.g., ungrading and specifications grading, two stage testing, reflections).

The aforementioned faculty have co-organized this symposium in 2023 and 2024. We most recently (2024 in Winnipeg) were offered 1 x half-day and the session was oversubscribed (a couple abstracts had to be referred to posters). We believe the popularity of this session was due to the broad scope it offers attendees and presenters.

Chemistry Education General Session

Organizers
Shannon Accettone, Trent University 
Emma Davy, University of British Columbia

Description
The general session provides the opportunity for Chemistry Education community members to speak to the wider community about their chemistry education experiences in the classroom or in research which do not quite fit the more narrowly defined symposium sessions provided during the conference sessions. Additionally, a General Session would provide the Chemistry Education Division with a specific and planned timeframe to include the two related awards talks: the Margaret-Ann Armour Award for Early Career Chemistry Education and the CIC Award for Chemistry Education.

Chemistry Education Research

Organizers
Stephen MacNeil, Wilfrid Laurier University
Alison Flynn, University of Ottawa

Description
Chemistry education research symposia have run annually since 2014. These very well attended symposia have drawn participants from all areas of chemistry and have focused on gathering and analyzing the evidence surrounding chemistry contexts, including student learning and experiences, teaching and assessment approaches, and beliefs about teaching and learning. This symposium will focus on original research in these areas and on efforts toward translating chemistry education research into practice. Submissions may include original data-driven research in chemistry education as well as educational designs informed by such research (e.g., CER, cognitive science, psychology, education), knowledge mobilization of research findings, and efforts towards change in higher education at various levels of granularity (e.g., university, department, course).

Engaging Students in First-Year Undergraduate Chemistry Courses

Organizers
Christina Booker, Western University
Tamara Freeman, University of British Columbia, Okanagan

Description
How are you capturing student interest, promoting learning, and building into the chemistry foundation of future scientists and science-informed citizens? Share what your post-secondary institution is doing to apply learning theories and literature-informed teaching practices to enhance the learning of your first-year chemistry students. Discuss challenges, impact, and course evolution. This session is designed to inspire and provoke thoughtful discussion around first-year chemistry education across Canada. Collaborative presentations by teaching teams or individual instructors representing different institutions are welcome.

For Better of Worse: Using AI and Computational Chemistry in Undergraduate Teaching

Organizers
Marco Zimmer-De Iuliis, University of Toronto
David Armstrong, University of Toronto

Description
We welcome you to join us in this symposium which will explore the integration of Artificial Intelligence (AI) and computational chemistry into undergraduate education. We hope to showcase the great potential of AI in teaching and learning within the realm of chemistry. Some potential areas in which participants will present could include novel pedagogical approaches, practical applications of AI in laboratory settings, and the development of AI-driven tools for student-centered learning experiences.

Indigenization in Chemistry Education Circle Talks (CE/EDI)

Organizers
Vincent Ziffle, First Nations University of Canada
W. Stephen McNeil, University of British Columbia
Jessica Allingham, Thompson Rivers University

Description
Circle Talks: four chemists with experience in Indigenization in undergraduate and graduate chemistry curricula, with Indigenous chemists comprising at least half of the leadership. The purpose of the Circle Talks is to offer all of those in attendance opportunities through an inclusive and partially decolonized setting to share their unique experiences, challenges and successes in the incorporation of Indigenous Knowledge and Science, and Traditional Ecological Knowledge (TEK), into existing and new chemistry course- and lab-work. Each Circle discussion would be expected to last 1 hour. This unique symposium aims to foster a better understanding about how many have started the process of Indigenization of chemistry coursework, what they have hoped to achieve in doing so, and increase the likelihood of collaboration among those in attendance.

Innovative and Disruptive Means for Assessing Student Knowledge

Organizers
Brian Rempel, University of Alberta 
Elizabeth McGinitie, University of Alberta 

Description
Traditional ways to assess student knowledge might include quizzes, online homework, tests, and lab reports. But are there other ways that can offer a different way to measure what our students have learned? How can we think about the ways we assess student knowledge differently? The chemistry education research literature has introduced many new ideas surrounding evaluating student knowledge (e.g. specifications grading, ungrading, oral exams, reflective assignments). This symposium is intended to help instructors think differently about what grades are, how grades might be determined, how instructors assess what their students have learned, and how students think about the ways we do (or don’t) assess their knowledge.

Modern Experimentation and Assessments: Improving the Chemistry Teaching Laboratory

Organizers
Jay Wickenden, University of British Columbia
Jose Rodriguez Nunez, University of British Columbia

Description
“Modern Experimentation and Assessments: Improving the Chemistry Teaching Laboratory” symposium will focus on innovative methods to enhance the chemistry teaching lab. Topics include incorporating cutting-edge experiments, leveraging digital tools for data analysis, and implementing effective assessment strategies.

Scholarly Snapshots: Flash Talks on Chemistry Education Research and Practice

Organizers
Amanda Bongers, Queen’s University

Description
Flash Talks are short, single-slide presentations that are paired with a poster. Flash Talks will be 5 minutes long and focus on the main aim of the research and its key findings. The purpose of the Flash Talk is to stimulate the audience and catalyze meaningful discussions during the breaks or poster session. High-quality research or educational development will be selected, with a focus on innovative methods or novel evidence-based teaching and assessment. Chemistry education symposia are some of the most well attended at CSC, and this symposium will create space and opportunities for more researchers to present their work. Researchers in any area of chemistry education who are undergraduates, graduate students, post-docs, and faculty. Flash talk symposia are becoming highly popular at academic conferences, and this session will attract more students and also chemists who are not typically involved in the chemistry education community.

Teaching Analytical Chemistry (TAC) (AN/CE)

Organizers
Charles Lucy,University of Alberta, University of Victoria
Shannon Accettone, Trent University 
Russ Algar, University of British Columbia

Description
The objective of the symposium is to encourage research analytical chemists attending CSC 2025 to also share their experiences teaching analytical chemistry (in many schools, they may be the only analytical instructor). Historically, our strategy has been to also invite Chemistry Education experts to bring modern Chemistry Education approaches and methodology to the analytical chemistry community. In addition to traditional oral presentations, TAC commonly includes a 40-min panel discussion.

Undergraduate Research to Canadian Chemistry

Organizers
Liz Sylvestre, University of Windsor
Jonthan Houser, University of Windsor
Lance Lecocq-Gareau, University of Manitoba
Sandra Leblanc, University of Saskatchewan
Kayden Hambly, University of Prince Edward Island
Rosie Munro, University of Victoria
Ryan Gaudette, University of Windsor
John Trant, University of Windsor
John Hayward, University of Windsor

Description
In a research context the title “undergraduate” comes with a bias that can undervalue our skills and contributions. Undergraduate students are the future of chemistry, and a research lab is where we should be getting inspirational and educational experiences. In this symposium, we highlight the contribution and importance of undergraduate research. There will also be a panel discussion between research-active undergraduate scholars and faculty with a history of successful undergraduate research titled “Pros and Cons of undergraduate research-  An open discussion from the views of undergraduates and their professors.” This symposium is organized by undergraduates, for undergraduates. As such, this symposium is very important to us. We see the barriers (both real and imagined) that exist for other undergraduates. This symposium seeks to dispel the myth that impactful contributions to research is out of reach of undergraduate scholars and wish to showcase the best practices (and pitfalls) that can exist in the chemistry lab for junior researchers. This symposium will be an inclusive space for undergraduates interested in research, and provide perspectives to faculty, graduate students, and postdoctoral mentors who are interested in increasing undergraduate engagement in their research programs

Division Program Chair:

Emilio Alarcon, University of Ottawa

Balance the Reaction: Mental health and Wellbeing at the intersection of Research and Life – Safe Space discussion Forum

Organizers
Maria A. Matlinska, WIDE Committee Member 

Description
This symposium will provide a safe, moderated, confidential space to discuss mental wellness challenges in the chemistry community. Following the success of an alternative symposium format at CSC 2024 in Winnipeg, this 90-minute session will focus on the intersection of mental health and research, with a particular emphasis on emotional safety and self-care practices. The session will be moderated by at least one person trained in trauma-informed practice.

Inclusive Design in Chemistry Research

Organizers
Stefania Impellizzeri, Toronto Metropolitan University
Costin Antonescu, Toronto Metropolitan University

Description
This symposium aims to address the need for comprehensive and inclusive research designs and methodologies that consider a broad spectrum of demographic factors (e.g., sex, gender, ethnic diversity) in experimental outcomes. For example, we invite synthetic chemists to discuss how they integrate demographic variables such as gender and race into their research. This is crucial, as studies indicate that drug efficacy and toxicity can vary significantly across these groups. By considering these factors, we can develop more effective and safer personalized medicines that benefit everyone equitably. Additionally, researchers in materials and biomaterials chemistry developing drug delivery systems or other bio-applicable technologies can share their expertise on accounting for demographic factors, such as skin tone in polymer research for skin applications. Differences in drug metabolism between males and females might impact the efficacy and accuracy of analytical testing. Sex and gender-based analysis (SGBA) can enhance the effectiveness of various analytical tests, showcasing advancements in analytical chemistry.
These are just examples to illustrate the goal of the symposium, but interested researchers should not feel limited to these examples.
We also aim to facilitate discussions and knowledge exchange among researchers, fostering conversations and idea exchanges to develop best practices in inclusive research design. By promoting diversity in experimental models and research questions, we can enhance the relevance and impact of scientific discoveries.

Indigenous Relationships in Chemistry

Organizers
Vincent Ziffle, First Nations University
W. Stephen McNeil, University of British Columbia
Jessica Allingham, Thompson Rivers University

Description
This symposium will focus on the relationships between Indigenous and non-Indigenous (settlers, visitors, etc.) peoples in the context of chemistry. Topics include Indigenous perspectives on chemistry, knowledge-keeping, establishing relationships with Indigenous groups, working on Indigenous lands, and data sovereignty. We encourage abstracts from Indigenous members of our community, as well as chemists who have worked productively with Indigenous communities.

It Gets Better – Pride in the CSC

Organizers
Gloria D’Amaral, University of Windsor
John Hayward, University of Windsor

Description
In 2024, the Pride in the CIC Member Resource group was founded after two successful Pride social networking events. These events showed that the Canadian chemistry community has a significant proportion of its membership that identifies as 2SLGBTQ+ or is an ally who believes in equity and inclusion. In this symposium, we seek to highlight the achievements, barriers, and concerns of the Pride community through presentations that will provide the opportunity for chemists to share their journey, scientific contributions, and perspectives on diversity & inclusion in the field of chemistry. A panel will also highlight queer chemists at different career stages to discuss topics such as navigating career challenges and the importance of allyship.
A focus will be placed on the unique challenges that queer chemists often face in the scientific community, and speakers can use this symposium as a platform to discuss these issues openly. This session will provide a safe space for individuals and allies to engage in meaningful discussion, provide a sense of community within Canadian chemistry, and reassure current and future generations: It Gets Better.

Division Program Chair:

Edward Lai, Carleton University

Advances in Wastewater Surveillance for the Protection of Global Health (AN/EN)

Organizers
Stephen Brown, Queen’s University
Robert Delatolla, University of Ottawa
Mike Mckay, University of Windsor

Description
Wastewater surveillance rapidly emerged during the COVID-19 pandemic as an approach to track the spread of respiratory viruses like SARS-CoV-2 in an associated community.  Targets may be microbial or chemical and are monitored using methods ranging from qPCR to LC-MS. Moving forward, there is also emphasis on the role of wastewater as a source of environmental contamination, and initiatives for more holistic monitoring under a One Health approach. Abstracts would be expected to range from new chemical monitoring methods to schemes for linking data to public health

Chemical Derivatization for Enhanced Analyses (AN/EN/OR)

Organizers
Jeff Manthorpe, Carleton University

Description
This ability to detect and quantify analytes is fundamental to environmental monitoring, the study of the molecular basis of diseases and medical conditions, medical diagnosis, and the discovery of new molecular targets for medical therapies. While modern instrumentation (e.g., mass spectrometry, fluorimetry, tomography) provides excellent platforms for detection and analysis, detection can often also be improved by performing a chemical reaction on analytes before analysis. This symposium will provide a forum for such interdisciplinary researchers to present their progress to the community.

Developing New Clean Water Technology for Contaminants of Emerging Concerns (AN/EN)

Organizers
Zhe She, Queen’s University
Sarah Jane Payne, Queen’s University

Description
Water resources are essential for healthy and productive lives. Contaminants of emerging concern, such as nanomaterials, microplastics, antimicrobial resistant (AMR) microbes, and PFAS, are a significant threat to both local and global aquatic ecosystems with suspected or known harmful consequences for human health. Our current analytical suite of tools is insufficient for detecting and characterizing many contaminants of emerging concern, especially at the low concentrations (ppb-ppt) found in the environment. Thus, our efforts to understand their mechanisms, modes of action and impacts in the environment, as well as to identify remedial treatments is stymied by the lack of appropriate detection tools. In this symposium, researchers from chemistry and engineering will share and discuss the latest research and development and potential solutions towards establishing better management of these contaminants.

This symposium will attract an interdisciplinary audience with shared interests in chemistry, analysis and environmental fate and action of contaminants of emerging concern. The session will be suitable for presenters with a wide range of background in (bio-)analytical chemistry, chemical conversion, water treatment, environmental systems modeling and more.

Fate, Transport, and Remediation of Petroleum Hydrocarbon Contaminants (AN/EN/OR)

Organizers
Chunjiang An, Concordia University

Description
Accidents associated with oil exploration, production, and transportation activities have led to the release of millions of tonnes of petroleum and related products into the environment. In many cases this has resulted in major ecological, economic, and social problems for both onshore and offshore environments. The proposed symposium will focus on the fate, transport, and remediation of petroleum hydrocarbon contaminants. The research communities that will be interested in contributing talks include environmental scientists and researchers, industry professionals from the petroleum and environmental sectors, government and regulatory agency representatives, environmental consultants and engineers, and graduate and postgraduate students. This symposium aims to bring together these attendees to discuss the latest advancements, challenges, and strategies in addressing petroleum hydrocarbon contamination in various environments. The symposium will facilitate knowledge exchange, foster collaborations, and promote innovative solutions to mitigate the environmental impact of petroleum hydrocarbons.

Monitoring of Persistent and/or Emerging Contaminants in Agri-food Systems (AN/EN)

Organizers
Yaxi Hu, Carleton University 

Description
This symposium aims to bring together researchers and professionals from diverse scientific communities to address the critical challenges and advancements in detecting hazardous contaminants in agri-food systems. The scope of this symposium encompasses the development, validation, and application of innovative analytical methodologies for the sampling, extraction, and determination of persistent and/or emerging contaminants, such as pesticides, mycotoxins, heavy metals, antibiotics, microplastics, PFAS and other hazardous chemicals, within various sample matrices involved in agri-food systems.

We anticipate participants from highly interdisciplinary backgrounds, including Analytical chemists specializing in food and environmental analysis; food scientists focused on food safety and quality; environmental scientists and toxicologists analyzing the fate and transport of contaminants; agricultural researchers and agronomists investigating the impact of contaminants on crop health; public health professionals and epidemiologists assessing risks associated with foodborne contaminants; and industry professionals and regulatory bodies interested in compliance and best practices for contaminant monitoring.

Novel Sampling and Monitoring Methods for Environmental Contaminants

Organizers
Edward Lai, Carleton University
Paul Li, Simon Fraser University

Description
Development and applications of novel sampling/monitoring methods for the analysis of emerging contaminants in environmental air/soil/water samples.

PFAS and the Changing Landscape of Fluorochemicals (AN/EN/OR)

Organizers
Jeff Manthorpe, Carleton University
Jonathan Webb, Esso

Description
The European Union appears set to ban almost all chemicals that contain even a single CF2 or CF3 group. The US EPA has also signalled that regulatory changes to fluorochemicals are likely. Canadian officials have made similar comments as well. This symposium will provide a broad forum to highlight the health and environmental impacts of fluorochemicals, the beneficial applications of fluorochemicals and methods for their synthesis, and presentations from regulatory bodies on current and future regulatory changes. Fluorochemicals have become so ingrained in the modern economy that the proposed EU regulations will have more impact on the chemical community than any previous regulatory changes, including the Montreal Protocol to eliminate CFCs and the banning of leaded gasoline.

Speakers and the audience will include researchers on the health and environmental impacts of fluorochemicals/PFAS (AN, BM), developers of methodologies for synthesis of fluorinated compounds (IN, OR), users of fluorochemicals in applications (BM, IN, MS, MT, OR, PTC, SS), and government regulators (invite speakers from European Chemicals Agency [ECHA], Health Canada, Environment and Climate Change Canada, US EPA, etc. Synthesis and application presentations may focus on the importance of PFAS in certain scenarios and/or approaches to next-generation solutions that will not run afoul of regulations.

Biocatalysis for a Circular Economy (BM/GC)

Organizers
Emma Master, University of Toronto
Joelle Pelletier, Université de Montréal

Description
Biocatalysis is at the interface of green chemistry and biochemistry and is contributing to rapid advances in improved synthetic routes with applications in environmental biotechnology, medicinal chemistry and in industrial organic synthesis. Naturally occurring and engineered enzymes find wide application in the green and sustainable production of pharmaceutical intermediates, diagnostics, and therapeutics, to bio-derived materials and fuels as well as fine, performance and agrochemicals. This 1-day symposium welcomes submissions related to recent advances in biocatalysis including new enzyme discovery and optimization, new tools for enzyme design and engineering, biocatalysis in complex or non-natural environments, new reactions or cascade reactions for chemical production, recycling and degradation, metabolic engineering, industrial and medical applications of biocatalysis and future directions in biocatalysis.
The symposium will engage academic and industrial communities engaged in green synthetic approaches, enzymology, metagenomics, chemical production and degradation of waste materials for added value.

Bringing Green Chemistry into Your Lab: A Workshop for Graduate Students and Postdoctoral Fellows

Organizers
Jonathon Moir, Beyond Benign
Juliana Vidal, Beyond Benign
Nimrat Obhi, Beyond Benign
Barb Morra, University of Toronto
David Laviska, ACS GCI
Galen Yang, McGill University
Shauna Schechtel, Queen’s University 

Description
Research laboratories are some of the most energy and resource intensive spaces on university and college campuses. They generate large amounts of both hazardous and non-hazardous waste (including solvents, reagents, solids, glassware, filter paper, drying agents, disposable gloves, and column waste) daily. However, this is often considered a necessary evil and an acceptable price to pay to make innovative discoveries for the betterment of humanity. Fortunately, this does not need to be the case; research in higher education can be done in a way that allows for discovery and innovation to take place without generating large amounts of waste and subjecting students, postdoctoral fellows and researchers to hazardous compounds and laboratory conditions. Importantly, there are many safer alternative reagents, solvents, and laboratory materials that can be used to reduce risk of exposure. This approach, known as green chemistry, utilizes a set of twelve practical principles for research and bench chemists to help reduce the use and generation of hazardous substances for humans and the environment.

This workshop introduces green chemistry and how its associated twelve principles can be applied at the graduate and postdoctoral level in research laboratories across universities and colleges in Canada. The workshop will explore examples of how green chemistry has been successfully introduced into research labs in different subdisciplines of chemistry and will provide an opportunity for participants to work in small groups through guided discussions to identify ways of improving their own laboratory practices and research to shift towards greener and more sustainable practices.

Emerging Sustainable Technologies – An Academic Industrial Symposium (GC/OR)

Organizers
André Charette,Université de Montréal
Chao-Jun L, McGill University 
Hélène Lebel, Université de Montréal
Audrey Moores, McGill  University
Thierry Ollevier, Laval University
Clara Santato, Polytechnique Montreal
Jean-François Vincent-Rocan, Biovectra
Marc Janes, NuChem Sciences

Description
The symposium will serve as a dynamic platform for the dissemination of cutting-edge research and technological advances in chemistry and chemical engineering from academia and industry. The focus will be on sustainable emerging technologies from the initial stages of research and development to their application. These include, but are not limited to, artificial intelligence and machine learning, continuous flow science, carbon capture and utilization, reaction engineering, and bioprocessing. The symposium will serve as a forum for the exploration of novel technologies with an emphasis on reducing environmental impact. The objective is to foster interdisciplinary collaboration between academic researchers and industry partners to accelerate the development and adoption of sustainable technologies. Participants will have the opportunity to network with their peers, industry leaders, and potential collaborators during a luncheon panel discussion and poster session.

Exploring Green Catalysis – The Modes, The Methods, The Targets (CE/GC/IN)

Organizers
Marissa L. Clapson, University of Prince Edward Island
Emma Davy, University of British Columbia
Connor Durfy, Western University
Sabrina Scott, University of British Columbia

Description
The development of novel catalysts for the sustainable transformation of small molecules to value-added chemicals is a key component included in the 12 principles of green chemistry. When considering sustainability and green chemistry through the lens of catalysis, we can draw out three themes: 1) Sustainable transformations – catalysts that allow for less solvent, improved yields, higher TON/TOF for common commercial transformations, 2) Green catalyst development – working to create greener catalysts through improved ligand synthesis, application of base metals, or the application of main group catalytic species, and 3) Sustainable targets – catalyst development to target sustainable transformations such as CO2 reduction (zero-carbon cycles), nitrogen reductions/ammonia oxidation (NH3 as an alternative fuel), biofuel synthesis, biopolymer synthesis, etc. This session aims to explore methods and applications in green catalyst development.

Part 1 (Exploring Current Research and Green Chemistry Metrics): participants will come together to share their research and experience as it relates to the three green catalysis themes described above. To open the session, participants will be able to network with one another while participating in hands-on activities exploring green chemistry metrics. Following the activities will be a series of 15-minute talks followed by a panel discussion.

Part 2 (Applying Green Chemistry Principles in Your Own Research): participants will have the opportunity to engage with one another in a workshop focused on implementing green chemistry principles into their own research and future projects. Here, we provide attendees with the opportunity to establish future collaborations, learn from other leaders in the field, and gain a stronger sense of direction when considering inorganic and green chemistry in future research. The workshop will be followed by another series of 15-minutes talks and a discussion panel.

Green and Sustainable Practices in Chemistry Education (CE/GC)

Organizers
Barb Morra, University of Toronto
Jonathon Moir, Beyond Benign
Nimrat Obhi, Beyond Benign
Andrew Dicks, University of Toronto
Olivia Mann-Delany, University of Toronto

Description
Chemistry education plays a critical role in training the next generation of chemists and engineers to consider the holistic impact of their work and actively explore ways to use more sustainable practices. This session aims to explore how educators can integrate green and sustainable chemistry practices into their classrooms, teaching laboratories, and programs. The session will be split into two parts: oral presentations followed up a workshop.

Part 1 (what are others doing with green chemistry in education?): This component will bring together instructors, teaching assistants, technical staff, and other educational stakeholders and provide them with a platform to showcase the creative ways they incorporate green and sustainable practices into their departments and curricula. Participants are encouraged to provide their unique perspective into the development, implementation, and learning outcomes of their pedagogical work, while considering how their efforts could be adopted by other instructors, particularly those with limited resources or experience with green and sustainable practices.

Part 2 (how can I add more green chemistry to my teaching?): The second part of the session will involve a workshop that provides an opportunity for educators to learn how to further adapt and implement more green and sustainable concepts into their own classrooms and laboratory using a guided inquiry approach. Workshop participants will work in small groups with facilitators to explore simple and effective approaches to updating their existing course/laboratory content and establish action plans toward implementation.

Green Chemistry General Session

Organizers
Chris Kozak, Memorial University
Kylie Luska, University of Toronto

Description
This general session will provide an opportunity for chemists practicing green and sustainable chemistry to showcase their research in the field. This symposium aims to be of broad interest and highlight advances on such topics as: catalysis; biomass utilization and conversion; energy; polymer degradation and recycling; and sustainability metrics and systems thinking. We encourage participants to take a transdisciplinary approach to presenting completed projects and works in progress. Only contributed oral talks are expected with 20-minute speaking slots to maximize the number of presentations. In addition to oral presentations, we propose a poster session for those contributions. 

Peering into the Mist: The Interdisciplinary Structure of Problem Solving in Industry and Government (CE/GC)

Organizers
Greg Bannard, University of Windsor
Jasmine Hong, McGill University
Gagan Daliaho, McGill University

Description
Professional chemists, across many fields of chemistry, are tasked every day with solving problems. Typically, these problem solvers are represented to young chemists as laboratory personnel. However, there is a huge support network which surrounds those performing research and lab work who are also required to have chemical education. This symposium is intended to fill the gap that exists between young chemists and professional careers by introducing attendees to a variety of professionals who encompass a larger portion of the possible career paths in industry and government than is typically represented in career panels. This symposium will consist of a period of flash talks and subsequent panel discussions (2), a virtual media presentation as well as a networking / guided activity time.

The schedule for the session is expected to be broken into a main interactive session where participants can engage with activities, the invited speakers or the virtual media presentation and 1-2 sets of flash talks and panel discussions with speakers grouped by interest topic.

Supramolecular Polymer Assemblies: A Holistic View From Biomass to Biomass (GC/MSED/MT)

Organizers
Kevin De France, Queen’s University
Elisabeth Prince, University of Waterloo
Megan Roberts, Western University

Description
Supramolecular polymer assemblies – organized molecular complexes stabilized by non-covalent interactions – are evidenced throughout nature. Some well-known examples include DNA double helices, lipid micelles, and crustacean cuticles; critically, the physical properties displayed by these materials enable a diverse range of biological functions for the host. As a result, the design of artificial supramolecular systems informed by biology has gained considerable interest for applications in commodity plastics, drug delivery, tissue engineering, optics, and much more. However, oftentimes these polymer systems are either derived from petrochemical feedstocks or are not readily recyclable, leading to post-consumer waste and pervasive ecological impacts, threatening planetary boundaries and human health. Moving forward, it is critical to minimize the environmental impacts of product development by implementing principals of green chemistry as well as a circular bioeconomy approach at each stage from material synthesis to end-of-life management. Enabling such a circular bioeconomy for polymer assemblies will require an integrated, systems-based approach that considers biomass feedstock, green polymer synthesis, and recycling-by-design. The development of such a framework will provide an additional tool for chemists and chemical engineers to address global environmental initiatives such as the UN Sustainable Development Goals as related to Responsible Consumption and Production. Some of the most promising and topical approaches to address these challenges include leveraging renewable biomass surrogates for petroleum-derived monomers, directly utilizing native biopolymers, and re-thinking polymer degradation mechanisms. Therefore, this symposium will encompass both bio-based (derived from biomass) and biodegradable (biomass degradation products) synthetic strategies for the preparation of sustainable supramolecular assemblies. Specific session topics will include but are not limited to: (1) mechanical, morphological, and structural analysis of supramolecular assemblies, (2 )synthesis and self-assembly of sustainable supramolecular materials, (3) applications and functional performance of sustainable supramolecular assemblies, and (4) leveraging inherent assembled frameworks for recycling or degradation by design. This multifaceted global challenge will require collaboration from academic, industry, and government partners possessing expertise in chemistry, chemical and process engineering, environmental and materials science, among others.

Division Program Chair:

Darrin Richeson, University of Ottawa

Catalytic Strategies for Making, Breaking and Tweaking Polymers (IN/MSED)

Organizers
Parisa Mehrkhodavandi, University of British Columbia
Chatura Goonesinghe, Cambridge University 

Description
Inorganic catalysts play a vital role in many key polymerization reactions. This symposium aims to assemble contributions to catalytic techniques related polymer synthesis and modification from across the periodic table, from the main group to transition metals to f-block elements. This forum will explore strategies for manipulating polymer microstructure and properties, as well as depolymerizations through advanced ligand design and catalyst use. Special emphasis will be on innovative multi-metallic, bio-hybrid, bio-inspired, and green catalytic techniques. This event serves as a nexus for inorganic and materials chemistry, uniting fundamental research, and practical applications.

We hope  that  this  symposium     will  be  of  interest  to  inorganic  chemists,  materials  scientists, and  other researchers working in catalyst development, polymer synthesis, depolymerization, and green synthesis.

Chemistry Sings the Blues (IN/OR)

Organizers
Mark Steven Workentin, Western University
Alex Adronov, McMaster University 
Cornelia Bohne, University of Victoria
Tito Scaiano, University of Ottawa

Description
Professor William J Leigh, FCIC (1953-2024) contributed over four decades to the chemistry community in Canada and beyond in areas ranging from physical organic and inorganic chemistry, with a string emphasis on Si and Ge chemistry, photochemistry and transient spectroscopy of reactive intermediates.  He was an active member of the CSC, serving on Division executive committees, organizing the scientific program of the CSC meeting in Hamilton, and even entertaining us performing with his Blues band at the division mixer.  He was an advocate for new voices in chemistry, encouraging to new faculty (and old), graduate and undergraduate research, being a co-founder of the Reactive Intermediate Undergraduate Student Exchange program (RISE), which became the model for other for similar program like ICE. Professor Leigh died unexpectedly in early 2024 soon after retiring. This symposium will provide friends/colleagues of Willie and their group members to entertain us with their recent chemistry and use it to lift us from the blues we feel for his loss. We wish to welcome everyone to celebrate the joy and enthusiasm Willie had for chemistry in all its genres by contributing to this symposium.   This will be an all-contributed symposium with no invited lectures.

Functions and Applications of Metal Ions in Biological Systems (BM/IN)

Organizers
Charles Walsby, Simon Fraser University
Xiaoan Zhang, University of Toronto

Description
This symposium explores the roles of metal ions in biological systems, focusing on reactive metal species and the use of metal complexes as probes in biological processes.

Inorganic Chemistry General Session

Organizers
Darrin Richeson, University of Ottawa

Description
The General Inorganic Chemistry Symposium aims to explore advances and research in the field of inorganic chemistry. Topics will encompass the synthesis, characterization, and application of inorganic compounds, including transition metal complexes, coordination chemistry, organometallics, and materials science. The symposium will highlight cutting-edge developments in catalysis, bioinorganic chemistry, and sustainable chemistry, as well as their industrial and environmental implications.

Innovations in Molecular Inorganic Chemistry: Synthesis, Catalysis, and Electrochemical Transformations (IN/OR)

Organizers
Eva Nichols, University of British Columbia
Jom Amtawong, University of Alberta

Description
This symposium will bring together researchers in the field of molecular inorganic chemistry, broadly defined. Topics will include synthesis and characterization of new molecules, all types of catalysis, and electrochemistry (e.g., redox flow batteries, charge transfer studies, etc). We expect this symposium will appeal to chemists interested in catalysis, sustainable chemistry, electronic structure, and solar fuel generation

Main Group Magic with Molecules & Macromolecules (Catalysis/IN)

Organizers
Saurabh Chitnis , Dalhousie University
Marc Andre Legare, McGill University

Description
This symposium will focus on the latest fundamental advances in main group chemistry (focusing on s-block and p-block) across the molecular and macromolecular length scales. Canada has always punched above its weight in this area, and we hope to highlight the CSC as still being one of the most prominent venues to present main group chemistry. To make this an exciting symposium that also highlights the important role of serendipity in main group chemistry at the frontiers, speakers will be particularly encouraged to highlight “Magic” moments – those where an unexpected result shifted the trajectory of their project’s evolution or their thinking about what is possible in main group chemistry.

This symposium will appeal to researchers in inorganic synthesis, computational/theoretical chemistry, materials science, and catalysis as these are all areas that main group chemistry has natural points of intersection with.

Molecule-Based Magneto-Optic Materials

Organizers
Muralee Murugesu, University of Ottawa

Description
The magneto-optics symposium aims to bring together students, researchers, academics to discuss the latest advancements and applications in the field of magneto-optics. Our aim is to gather inorganic and materials chemists interested in the magnetic and optical properties of materials, particu-larly the amalgamation of these two properties in molecule-based materials. This symposium will provide a platform for presenting cutting-edge research on topics such as magneto-optical materials, devices, and techniques, fostering collaboration and knowledge exchange among researchers. The symposium will feature invited speeches, contributed student and academic talks, and networking opportunities, creating an engaging and informative environment for all attendees.

Synthesis, Simulation, and Applications of Metal-Organic Frameworks (IN/MT)

Organizers
Tom Woo, University of Ottawa
George Shimizu, University of Calgary

Description
This will be a symposium on metal-organic framework research broadly as it is a small community in Canada, and we would like all researchers to have a chance to participate. This is to be inclusive of research application (or yet-to-be determined applications) but also HQP earlier in program who may just be at a synthesis stage. Many of the techniques and challenges are common to multiple applications. This will interest the community of coordination chemistry, computational modelling, solid state chemistry, crystal engineering, and porous solids.

YOW! Frontiers in Sustainable Molecular Catalysis (Catalysis/IN/OR)

Organizers
Deryn Fogg, University of Ottawa
Johanna Blacquiere, Western University

Description
This symposium covers advancements in homogeneous catalysis and mechanism-based design, with a focus on sustainable chemistry and energy. It appeals to inorganic and organometallic chemists.

Division Program Chair:

Lucia Lee, Queen’s University

Advanced Polymeric Materials for Energy Storage, Conversion, and Harvesting Applications (MSED/MT)

Organizers
Zhibin Ye, Concordia University
John Oh, Concordia University

Description
In recent years the design and synthesis of multifunctional polymers has been increasingly explored as a promising platform for the applications in the fields of energy storage and conversion, as well as energy harvesting from mechanical motions to electrical energy. These polymers have been designed as electrodes, solid-state electrolytes, and separators for rechargeable batteries and supercapacitors, ion conducting membranes for fuel cells, as well as contact and conducting layers for triboelectric and piezoelectric generators. Furthermore, an integration of dynamic chemistries through reversible covalent bonds or supramolecular interactions offers the polymeric materials and their devices with sustainability as self-healability and reprocessability.

This symposium covers the broad concepts for the development of advanced polymeric materials with multifunctionality focusing on both synthesis and characterization aspects as well as energy storage, conversion, and harvesting applications.

Supramolecular Assemblies of Macromolecular and Nanoscale Structures: Preparation and Applications (MSED/MT)

Organizers
Alex Adronov, McMaster University
Simon Rondeau-Gagne, University of Windsor

Description
This symposium will bring together researchers working at the interface of polymer/macromolecular chemistry and nanotechnology. It will include the supramolecular interactions between conjugated and non-conjugated polymers as well as bio-macromolecules, which assemble to form a variety of nanostructures. It will also include interactions between macromolecules and non-polymeric nanostructures (such as carbon nanotubes, quantum dots, graphene, and other surfaces). We feel that this symposium will attract many contributions and will be of interest to a broad audience.

Division Program Chair:

Eva Hemmer, University of Ottawa

Advances and Challenges of Luminescent Nanomaterials

Organizers
Ashlee Howarth, Concordia University
Eva Hemmer, University of Ottawa
Stefania Impellizzeri, Toronto Metropolitan University
Gabriella Tessitore, University of Laval

Description
Nanoscale inorganic and molecular materials offer the opportunity to develop luminescent probes with unprecedented performance, which leads to the gradual replacement of conventional organic dyes in diverse applications, such as biomedicine/bioimaging, optics and analytics. Moreover, the nanometer scale endows luminescent nanomaterials with unique structure-property relationships that can be con-veniently tuned during the synthetic process or through post-synthetic functionalization. In this sympo-sium, we invite contributions describing the synthesis, characterization and application of luminescent nanomaterials and molecular systems, including, but not limited to, semiconductor quantum dots, carbon dots, carbon nanotubes, graphene-based nanomaterials, plasmophores (i.e., metal nanoparticles coupled with fluorophores), metal nanoclusters, silica nanoparticles, lanthanide-doped nanostructures, luminescent clusters, perovskite nanocrystals, and metal-organic frameworks. We also invite contributions describing molecular strategies to activate or switch the luminescence of such nanostructures. We wish to highlight the recent advances and the latest developments in the synthesis and applications of luminescent nanomaterials within the Canadian chemistry community, herein building on the successful first edition of this symposium held at the CSC/CCCE in Vancouver, 2023.

Advanced Materials in Electrocatalysis, Photocatalysis, and Photoelectrocatalysis for Clean Fuel Production (MT/PTC)

Organizers
Dongling Ma, Institut national de la recherche scientifique
Daniel Guay, Institut national de la recherche scientifique

Description
Electrocatalysis, photocatalysis and photoelectrocatalysis are important research topics and have been attracting significant interests in the scientific community over the past decade. Within this active research area, the clean fuel technology, aiming to covert the abundant solar energy or “renewable electricity” into a clean fuel (chemical energy), such as by solar water splitting to yield H2, represents the most prominent and promising avenue for meeting our urgent energy demand without adverse environmental impacts. To move this technology from lab to market, the key is to rationally design catalytic materials/electrodes to achieve sufficiently high photocatalysis efficiency as well as with long-term stability, cost effectiveness, and sustainability. To this end, nanomaterilas and nanocomposites with characteristics of, e.g., large surface-to-volume ratios, surface plasmon resonances, efficient charge carrier transport, and effective interfacial charge separation, have been extensively explored in the past decade and are offering innovative concepts and solutions. This proposed symposium will focus on four topics: 1) nanostructured materials for clean fuel production  by water splitting, CO2 reduction, N2 fixation and biomass transformation via electrocatalysis, photocatalysts or photoelectrochemical cells; 2) composite/hybrid materials for renewable electricity/photon-to-fuel conversion via electrocatalytic, photocatalytic or photoelectrochemical cells; 3) plasmon enhanced solar fuel and 4)in addition to experimental work (synthesis, characterizations, etc.) involving new materials, structures and devices designed for improved clean fuel production, relevant computational studies will also be covered.

Building on Carbon: Diverse Functional Materials with a Carbon Foundation (MSED/MT/SS)

Organizers
Andrew Vreugdenhil, Trent University

Description
Broadly and incompletely described as inorganic carbon, allotropes of carbon permeate advanced mate-rials playing essential roles in environmental remediation, energy transformation and storage, chemical sensing and high strength materials development.  This diverse utility springs from research and development of the extended structures of carbon in nanotubes, nanoparticles, graphenes, biochars and activated carbons.  Chemical modification and control of the surfaces of these carbons further enhance their value as functional materials.  This symposium seeks to gather researchers from across the spectrum of materials chemistry to present broad ranging research unified by our common scaffold of car-bon extended structures.

Crystalline Materials: Structure to Function (IN/MT/PTC/OR)

Organizers
Kate Marczenko, Carleton University
Leonard MacGillivray, Université de Sherbrooke
Nick Vukotic, University of Windsor
George Shimizu, University of Calgary

Description
Molecular crystalline materials are designed to control assembly and organization in the solid state with an ultimate goal to perform specific functions and undergo targeted responses based on structure and composition. The materials have relevance in many areas such as gas storage and separation, catalysis, sensing, drug release/delivery, magnetism, as well as energy storage and conversion. The proposed symposium will bring together researchers in areas such as metal-organic frameworks (MOFs), covalent organic frameworks (COFs), hydrogen-bonded frameworks (HOFs), coordination polymers, hybrid materials, and molecular crystal chemistry to discuss the design, synthesis, characterization, and application of these solids.

Electrochemistry and Electrocatalysis of Materials for the Hydrogen Energy and Economy (MT/PTC/SS)

Organizers
Gregory Jerkiewicz, Queen’s University
Rodney Smith, University of Waterloo
Pedro Sobrinho, Hydrogen Optimized
Ana Tavares, Institut national de la recherche scientifique

Description
The ongoing reliance on non-renewable fossil fuels for energy production gives rise to an ever-increasing level of CO2 in the atmosphere, climate changes, and knock-on effects, such as rising air and ocean temperatures, melting glaciers, rising sea levels, more frequent and powerful hurricanes, respiratory illnesses, deterioration of the quality of life, increased living expenses, and many more.  Different technologies are being developed to limit the societal reliance on non-renewable fossil fuels to maintain the Earth habitable, with the emerging hydrogen energy and economy being one of them.  In the hydrogen energy and economy, clean and renewable electrical energy (hydro electricity, nuclear, solar energy, wind energy) is used to split water into its constituents, hydrogen and oxygen, using an established electrochemical technology, the water electrolysis.  Such produced hydrogen and oxygen can be stored to generate electri-cal and thermal energies on demand in both high and low-density populated areas, an aspect of particular importance to Canada where population is unevenly distributed.  Gaseous hydrogen is also a very important chemical used in various industries (upgrading of fossil fuels, ammonia production).  The symposium focuses on advances in electrode materials design, synthesis, testing, and optimization for alkaline and acidic water electrolysers and hydrogen fuel cells.  Alkaline and acidic water electrolysers and fuel cells require suitable electrolyte materials, membranes, and separators, which are a subject of the symposium.  Hydrogen and oxygen need to be stored; thus, the symposium offers an opportunity for discussing recent development in materials science and engineering for hydrogen and oxygen storage technologies.  Finally, the symposium offers a setting for presenting novel materials and electrochemical approaches to produce value-added chemicals used by the pharmaceutical and fragrance industries through electrocatalytic hydrogenation.  The future hydrogen economy requires a concerted effort of academic, governmental, and industrial researchers.

Functional Thin Films and Interfaces: From Synthesis to Application (MSE/MT/SS)

Organizers
Benoît Lessard, University of Ottawa

Description
Coatings, thin films, interfaces and surfaces are critical to emerging applications including organic electronics, energy storage, energy harvesting and sensors. This symposium will explore the functionalization, processing and characterization of new materials, processes and their applications. Topics of interest, example new developments in:

• Design and synthesis of new materials such as conjugated small molecules or polymers and/or their interfaces
• The deposition of carbon-based semiconductors, dielectrics and the characterization for use in thin film applications
• Synthesis, fabrication and processing of organic electronics from solar cells, OTFTs, and other emerging applications
• Structural characterization of thin films
• Sustainable functional coatings

Innovative Applied Materials Science in the Chemical Industry

Organizers
Maedeh Ramezani, Kingston Process Metallurgy Inc.
Jonathan Webb, Imperial Oil Ltd

Description
Applied Materials R&D presentations that cover innovations in the chemical industry, could include design, standards, analysis methods, strategies to reduce fatigue, failure, wear and corrosion. Recycling of valuable materials; process, and recent progress.  Additionally, presentations could explore the challenges of transitioning from innovative ideas to industry and the constraints of scale-up.

Nanoalloys and Multi-Elemnt Nanomaterials: From Synthesis to Applications (MT/PTC/SS)

Organizers
Yujun Shi, University of Calgary 
Peng Zhang, Dalhousie University

Description
Nanoalloys (e.g. bimetallic, multimetallic and high-entropy alloys), and non-metallic multi-element nanomaterials offer enhanced chemical, electronic, and optical properties compared to their mono-component counterparts. These materials have therefore found a broad range of applications in electrocatalysis, thermocatalysis, chemical and biosensing, and cancer diagnos-tics. This symposium will discuss the developments in the synthesis, characterization, and appli-cations of nanoalloys and other multi-element nanomaterials ranging from bi-element, tri-element to unconventional materials consisting of five and more elements such as the recently emerged high-entropy nanomaterials. Topics including synthesis, structural characterization, study of electronic properties, catalytic properties, optical properties, and the applications of nanoalloys and non-metallic multi-element nanomaterials will be covered.

Nanostructured Materials: Preparation and Characterization

Organizers
Héloïse Thérien-Aubin, Memorial University
Anna Klinkova, University of  Waterloo

Description
The symposium will focus on the latest advancements and methodologies in the synthesis and analysis of nanostructured materials. This symposium brings together researchers to discuss innovative techniques for creating nanomaterials with precise structural and functional properties.

The key topics will include: Novel synthesis methods for nanostructured materials; Advanced characterization techniques to analyze the physical, chemical, and electronic properties of these materials; Applications of nanostructured materials in various fields; Challenges and solutions in scaling up the production of nanomaterials.

Organic Dyes and Pigments – Advanced Structures, Properties, and Applications

Organizers
S. Holger Eichhorn, University of Windsor
Christopher B. Caputo, York University

Description
This symposium will explore the full spectrum of dye and pigment chemistry, encompassing molecular design, synthesis, properties, and applications. This symposium would delve into various topics, including Organic and Main-Group Dyes and Pigments, with a focus on unique absorption and emission properties such as charge transfer absorption, aggregation-induced fluorescence, thermally activated delayed fluorescence (TADF), singlet fission (SF), and triplet-triplet annihilation (TTA). Dyes for Biological, Cosmetic, and Medical Applications, as well as the use of dyes in organic electronic and lasing technologies.

Solid State Chemistry: Novel Synthesis, Complex Symmetry, Revolutionary Properties

Organizers
Allison Wustrow, Université de Sherbrooke
Jan-Hendrik Poehls, University of New Brunswick 

Description
This symposium will highlight the impactful research of inorganic solid-state chemistry in Canada focussing on the synthesis, characterization, and measurement of functional materials. We anticipate that research communities investigating the synthesis and characterization of inorganic materials and exploring and optimizing the properties in batteries, thermoelectrics, nuclear waste storage, quantum materials, and numerous other applications will strongly contribute to the symposium. The contributed work is mainly of interest to materials chemists, materials scientists, and physical chemists.

Synchrotron-Themed Symposia

Organizers
Lijia Liu, Western University
Yang Song, Western University
Xuhui Sun, Soochow University

Description
The synchrotron user community has seen remarkable growth both in Canada and globally. As a versatile and powerful analytical tool, synchrotron techniques—including diffraction, spectroscopy, and imaging—have played critical roles in addressing complex research questions across diverse fields, especially in developing in-situ/in-operando synchrotron techniques. This symposium will serve as a dynamic forum for researchers to showcase cutting-edge developments in synchrotron technology and share highlights from their recent work, demonstrating the potential of synchrotron techniques in advancing scientific discovery. A special session of this symposium is designated to a bi-lateral workshop sponsored by the Soochow University – Western University Center for Synchrotron Radiation Research, on recent synchrotron-based research being conducted at Western University and Soochow University.

Division Program Chair:

Jeff Manthorpe, Carleton University

Organic Chemistry General Session

Organizers
Bibekanada Jana, Carleton University 
Ben Warnes, Carleton University
Jasmine Chihabi, Carleton University 

Description
A general session for presentations related to organic chemistry that do not fall under other symposia.

Interdisciplinarity in Organic Chemistry — Enabling the Central Science 

* Submissions from other divisions are highly encouraged

Organizers
John Hayward, University of Windsor 
John Trant, University of Windsor

Description
Organic chemistry is everywhere. Whether it is the drugs that affect our biological processes to functional materials in devices, organic chemistry can be found. Synthetic organic chemistry plays an enabling role in many aspects of chemical research – producing the molecules from computational drug design programs, and novel ligands for metal catalyst; new material properties can be introduced, and novel polymers can be prepared from commercially unavailable monomers.

This symposium will highlight the impact of organic synthesis within the broader field of chemistry by showcasing interdisciplinary projects that feature organic chemistry as a core component.

Physical Organic Chemistry

Organizers
Derek Pratt, University of Ottawa
Jeff Keillor, University of Ottawa

Description
The symposium will feature physical organic chemistry that reflects the diversity of this research area, with emphasis on a balance between fundamental and applied chemistry. Discover how physical approaches in organic chemistry are leading to unique insights and real-world advances in process chemistry, materials and biology.

Synthesis of Natural Products and Other Complex Molecules

Organizers
Stephen Newman, University of Ottawa

Description
Natural product synthesis has long been and continues to be a fertile training ground for organic chemists and a proving ground for reaction methodologies. The same can also be said for other complex molecules with biological and materials applications.

Shining Light on Organic Chemistry for Greener Chemical Synthesis

Organizers
Corey Stephenson, University of British Columbia

Description
The exploration of chemical reactivity has increasingly shifted away from traditional thermal activation methods toward catalytic approaches that employ alternative energy inputs. This symposium focuses on advancements in photochemistry, photoredox catalysis, and the technology developments that enable the effective use of light for discovery and process chemistry. We welcome presentations that utilize light to drive chemical reactions, leveraging photochemical techniques to achieve unique reactivity patterns, along with the methods to successfully interrogate the underlying chemical reaction mechanisms, and the use of alternative equipment configurations, including advanced flow systems. This event is dedicated to showcasing the cutting-edge developments in photochemistry as we shape a greener future for chemical synthesis.

Small, Medium, and Large Industry-Academia Collaborations

Organizers
Graham Murphy, University of Waterloo

Description
The 21st Century has seen a deliberate effort to increase the amount of collaboration between industry and academic research groups. This symposium will highlight such research and seeks to include examples of collaborations between academia and corporations of all sizes.

Young and Emerging Organic Investigators

Organizers
Corinna Schindler, University of British Columbia

Description
This symposium will highlight young and/or new (i.e., emerging) principal investigators in organic chemistry and provide a forum for new PIs and their coworkers to present their work and outline their visions for the research programs.

Division Program Chair:

Chris Rowley, Carleton University

Advances in Magnetic Resonance (IN/PTC)

Organizers
David Bryce, University of Ottawa
Andreas Brinkmann, National Research Council Canada

Description
This symposium will bring together diverse audiences who develop and apply a wide range of magnetic resonance spectroscopies.  This includes experts in solid-state NMR, solution NMR, electron paramagnetic resonance, and potentially magnetic resonance imaging.  The symposium also seeks to include, beyond experts, routine practitioners of magnetic resonance methodologies with applications across the chemical, biochemical, and materials sciences.  We therefore anticipate contributions from physical chemists, inorganic chemists, materials chemists, and biochemists. 

Artificial Intelligence in Biomolecular Materials and Molecular Design (BM, MT, PTC)

Organizers
Francesco Gentile, University of Ottawa
Mohamad Moosavi, University of Toronto
Tom Woo, University of Ottawa

Description
Data driven and machine learning methods are rapidly advancing in many areas of the chemical sciences. The focus of the symposium will be on the use of AI methods to accelerate the discovery of new drugs, proteins, and materials. The proposed symposium is aimed to bring together computational researchers in the areas of drug discovery, catalysis, protein, and materials discovery.

Frontiers in Quantum Chemistry

Organizers
Simon Neville, National Research Council Canada
Michael Schuurman, National Research Council Canada, University of Ottawa

Description
A symposium on quantum chemistry methods, emphasizing simulations of spectroscopically observable quantities, with a focus on excited states, strong correlation, and core (X-ray) excitation. A symposium on developments in quantum chemistry methods, with an emphasis on approaches amenable to the simulation of spectroscopically observable quantities. Areas of particular focus include methods for excited states, strong correlation, and core (X-ray) excitation. The relevant research communities of interest would primarily be from theoretical chemistry: quantum chemistry method development, ab initio molecular dynamics, and theoretical spectroscopy

Physical, Theoretical, and Computational Chemistry (PTC) General Session

Organizers
Travis Fridgen, Memorial University

Description
A general session for topics related to physical, theoretical, and computational chemistry.

Ion Solvation 2025: Ions and Macroions in Aerosols and Interfaces

Organizers
Allan East, University of Regina
Styliani Constas, Western University

Description
This year, the Ion Solvation symposium (introduced last year) will have a special focus: ions and macroions in aerosols and interfaces.  Any experimental or theoretical research relevant to this sub-topic is encouraged: structure or properties (spectra, kinetics, thermodynamics, conductivity, refractive index, viscosity, chemical reaction…), and aqueous or non-aqueous systems.  The idea is to expose the attendees to a broader mix of research results, from various experimental and theoretical techniques, to increase awareness and knowledge transfer (and excitement!).  Research in Ion Solvation subtopics outside the special focus are also welcome.

Mechanochemistry: Mechanisms and Applications for Sustainable and Innovative Synthesis (IN/MT/PTC)

Organizers
Adam Michalchuk, University of Birmingham, UK Federal Institute for Materials Research and Testing, Germany
Tomislav Friščić ,University of Birmingham
David Bryce, University of Ottawa

Description
We propose two-day symposium focusing on the fundamental understanding and emerging applications of mechanochemistry – chemical and materials transformations that are induced and/or sustained through mechanical means. Mechanochemistry is rapidly emerging as a broadly applicable technology for sustainable chemical and materials syntheses, replacing solvent-intensive chemical processes with mechanically-initiated or -sustained reactivity. Importantly, mechanochemistry does not only provide greener, more sustainable routes to chemicals and materials, but also provides unique solvent-free conditions that can give rise to previously not known chemical transformations, as well as to molecular targets and entirely new materials inaccessible by other routes. At its core, however, mechanochemistry appears to break many of the traditional principles upon which chemistry has developed over centuries. As a result, this rapidly emerging field now provides an exciting, dynamic landscape to study reactivity in a new environment, as well as develop fundamentally new principles of chemical and materials reactivity.

New Advances in Molecular Biophysics from Experiments and Computations (BM/PTC)

Organizers
Stacey Wetmore, University of Lethbridge
Anthony Mittermaier, McGill University
Mazdak Khajehpour, University of Manitoba
Sarah Rauscher, University of Toronto, Mississauga
Katie Wilson, Memorial University

Description
This symposium will feature recent developments in studying how biological and bio-inspired systems operate at the molecular level, based on theoretical, experimental, and computer simulation approaches. It will feature advances in our understanding of biomolecular dynamics and interactions as well as novel methods, techniques, and assays that are applied to proteins, nucleic acids, lipids, and metabolites. The emphasis will be on forging new links within and between experimental and computational disciplines and synthesizing a deeper and broader knowledge of living systems. It will be of interest to the Biophysics, Physical Chemistry, Biological Chemistry, Molecular Biology, Biomaterials,  and Structural Biology communities, among others, as well as the Pharmaceutical, Diagnostics, and Scientific Instrumentation industries.

Spectroscopy Tools for Reaction Dynamics

Organizers
Albert Stolow, University of Ottawa
Michael Schuurman, National Research Council, University of Ottawa
Paul Mayer, University of Ottawa

Description
This symposium aims to bring together researchers employing photon tools to explore the dynamics of chemical reactions.  We anticipate the research to be presented to range from IR to X-ray sources for probing gas-phase (neutral and ion), liquid, and surface reactions.  It will include static to time-resolved investigations of molecular reaction dynamics.  This symposium will be of interest to a wide variety of physical chemistry researchers including photonics groups, those studying time-resolved dynamics and those exploiting synchrotron sources.

Division Program Chair:

Richard Pazur, University of Carleton

Emerging Trends in the Sustainability of Rubber

Organizers
Richard Pazur, Department of National Defence

Description
This symposium will address rubber sustainability and the new technologies that are being developed to recycle rubber, to lower its carbon footprint and methods to make rubber more durable and environmentally friendly.  Topics include devulcanization, recycling techniques, rubber and biomaterials and alternate sources of rubber.  Extending the lifetime and durability of rubber using nanotechnology, novel materials including antioxidants and rubber blending are also of interest.

General Topics in Rubber Technology

Organizers
Richard Pazur, Department of National Defence

Description
Current trends with respect to elastomer and compounding developments including mixing/molding technologies as well as advances in the characterization and testing of final compounds will be explored and discussed.

Division Program Chair:

Anatoli Ianoul, University of Carleton

At the Interface of Surface Science and Society (MT/SS)

Organizers
Byron Gates, Simon Fraser University

Description
This session explores the role of surface science in addressing societal challenges such as water and food security, health and safety, sustainable energy, and material corrosion. A diverse group of researchers and topics are encouraged to contribute.

Interfacial Chemistry – In Honour of R. Bruce Lennox (BM/MT/PTC/SS)

Organizers
Vicki Meli, Mount Allison University

Description
This symposium welcomes contributions in a variety of interfacial systems of interest to surface, materials, and biophysical chemistry as well as physical electrochemistry communities.  In particular, the themes of self-assembled monolayers, stabilized metal nanoparticles, application of lipids and polymers as two-dimensional lithography masks and templates for chemical reactions, ion channel-based electrochemical biosensors will be explored.

Plasmonics – From Fundamentals to Applications (MT/PTC/SS)

Organizers
Li-Lin Tay, National Research Council Canada
Anatoli Ianoul, University of Carleton

Description
This session invites submissions on the broad topics of plasmonics, including the synthesis/fabrication/surface functionalization and characterization of plasmonic materials and/or devices; theory and modeling of plasmonic systems; plasmon-enhanced spectroscopies; light energy harvesting / conversion, plasmonics for chemical sensing and biomedical applications; and quantum plasmonics in light-matter interactions. We welcome both posters and oral contributions from the broad field of plasmonics and we are particularly interested in showcasing the work of early career scientists in the area.