Program Overview

Division Program Chair:

Jérôme Claverie, University of Sherbrooke

La chimie et le génie chimique: ça se parle aussi en français

Organizers
Jérôme Claverie, University of Sherbrooke

Description:
The symposium aims at giving attendees who are either not comfortable with English, or who just want to speak French, a platform to present their results in French. The symposium could be organized on four half days, with one half day dedicated to synthetic chemistry (organic, inorganic, catalysis, green chemistry), another one to materials (including macromolecular science, surface science, rubber), a third one to processes (safety, systems and control, etc..) and a last one dedicated to chemical measurements (P.Chem, analytical chem, environment). This way, we could address more or less all the divisions at once.

Division Program Chair:

Sanela Martic, Trent University
Derek J. Wilson, York University

A Session in honour of the late Dr Adele Buckley (AN)

Organizers
Holly Lee, SCIEX
John Marshall, Toronto Metropolitan University
Cora Young, York University

Description:
The Founding Vice President of SCIEX Dr Adele Buckley has passed away, and this symposium held in her honor. Dr Adele Buckley was a pioneering scientist is several important scientific fields and then played an important role in the Science in Society Movement Pugwash. From the Pugwash website: “Dr Buckley the first female Ph.D. graduate of the University of Toronto Institute for Aerospace Studies (UTIAS). Dr Buckley was a physicist, engineer, and environmental scientist, a visionary leader and a true pioneer in disarmament and environmental sustainability. She was a founding partner of SCIEX, the developer and manufacturer of mass spectrometry systems, which now has extensive worldwide installations. Formerly she was V.P. of Solarchem Environmental Systems, (a developer of ultraviolet light [UVB] systems used to remove environmental contaminants in water), and formerly V.P. Technology and Research, Ontario Centre for Environmental Technology Advancement. She is perhaps best known in Pugwash circles for her championing the campaign for a nuclear-weapon-free zone in the Arctic, part of CPG’s Arctic Security project.” However, the mass spectrometric technology that started at SCIEX in part with her Ph.D. thesis played an important role in founding an internationally important Canadian High Technology company and is still important today.

Analytical Chemistry General Session (AN)

Organizers
Sanela Martic, Trent University

Description:
TBD

Analytical Separations (AN)

Organizers
Philip Britz-McKibbon, McMaster University 

Description:
TBD

Erasing Boundaries Between Bioanalytical and Clinical Mass Spectrometry (AN)

Organizers
Derek Wilson, York University
Lusia Sepiashvili, University of Toronto

Description:
This symposium will highlight research that bridges the ‘valley of death’ between the development of new bioanalytical methods and their ‘real-world’ application in clinical mass spectrometry.

Analytical Biochemistry (AN)

Organizers
John Marshall, Toronto Metropolitan University

Description:
Analytical Biochemistry is distinguished from the analysis of biochemicals using instrumentation (i.e. bioanalytical chemistry) by the use of biochemicals, macromolecules or enzymes, often with dyes, fluorophore, luminescent or other substrates, that serve as an integral part of the analytical method. Methods such as ELISA, PCR or proximity labelling that use peptides, proteins, antibodies or DNA/RNA sequences as affinity reagents, substrates, and/or primers from biological samples but often in live cells are all examples of Analytical Biochemistry. Analytical Biochemistry is a narrow field and most Canadian Cities to not have a large number of practitioners. However, the city of Toronto its surrounding metropolis is an internationally important center for research and application of Analytical Biochemistry. Hence the location of CSC in Toronto in 2026 provides an opportunity to support a session focused on this important area of Analytical Chemistry that affords easy access to renowned speakers on this topic.

Canadian Mass Spectrometry (AN)

Organizers
Paul M Mayer, University of Ottawa
Jeff Smite, Carleton University

Description:
This symposium will highlight the width and breadth of mass spectrometry research done in Canada, with focus on fundamentals, instrument development, environmental analysis, omics applications.

Forensic Chemistry: Towards Public safety and community well-being (AN)

Organizers
Sanela Martic, Trent University
Arun Moorthy, Trent University

Description:
Community well-being is a priority for many scientists and engineers working across various industries, government organizations and academia (e.g., environmental monitoring, food safety, forensic science). The objective of this symposium is to bring together researchers to discuss challenges they’ve faced and new solutions they’ve developed in their work, specifically focusing on analytical aspects of forensic chemistry. We encourage contributions from speakers that are developing or applying new (i) analytical techniques, (ii) materials, or (iii) algorithms and technologies, to support community well-being and public safety.

Teaching Analytical Chemistry (AN) 

Organizers
Shannon Accettone, Trent University
Chuck Lucy, University of Alberta
Russ Algar, University of British Columbia
Lydia Chen, McMaster University

Description:
The objective of the symposium is to encourage research analytical chemists attending x2026 to also share their experiences teaching analytical chemistry (in many schools, they may be the only analytical instructor). Historically, our strategy has also been to invite Chemistry Education experts to bring modern Chemistry Education approaches and methodology to the analytical chemistry community.

Techniques, Advances, and Problems in Analytical Spectroscopy (TAPAS) (AN) 

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

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

Applied AI/ML in Chemistry and Chemical Engineering Research: Erasing Boundaries for Innovation (AN) 

Organizers
Sylvie Morin, York University 
Shayan Mousavi Masouleh, National Research Council Canada
Scott Smith, National Research Council Canada

Description:
Aligned with the “Erasing Boundaries” theme, this symposium explores artificial intelligence (AI) and machine learning (ML)’s transformative impact in chemistry and chemical engineering. We aim to break down AI/ML traditional barriers, fostering application in cross-disciplinary and collaborative approach to new chemistry and chemical engineering research areas. The symposium will introduce examples of AI/ML for: molecular design, automated process monitoring and control, predictive modeling, and data orcheastration, showcasing AI/ML’s role in enhancing research efficiency and creativity. The program emphasizes diversity, featuring speakers from varied backgrounds and career stages, with a blend of invited and contributed talks, including students and post-doctoral fellows. Collaboration opportunities exist, particularly in merging with symposia exploring AI/ML in other scientific areas or industrial sectors. By integrating CSC and CSChE perspectives, we aim to facilitate interdisciplinary partnerships and cutting-edge solutions. This symposium serves as a forum for scientific exchange and community building, encouraging connections that transcend traditional boundaries.

Electrochemistry: Materials, Devices and Technologies for Sustainable Energy (AN) 

Organizers
Sanela Martic, Trent University 
Jasneet Kaur, Brock University
Samaneh Shahgaldi, University of Quebec in Trois-Rivières

Description:
The symposium is centered on advancing electrochemical science in the context of sustainable and decarbonized energy systems with the focus on measurement science. It brings together researchers working on all aspects—from fundamental chemistry and physics of materials to engineering full-scale devices—and targets solutions critical for clean energy conversion and storage. Contribute to these specific sub-topics: fuel cells, electrolyzers, batteries and other electrochemistry applications.

Point-of-need sensing to impact society: Where Chemistry Meets Engineering (AN)

Organizers
Alana Ogata, University of Toronto
Philippe Dauphin Ducharme, Université de Sherbrooke
Nicole Weckman, University of Toronto
Di Pu, University of Toronto
Leyla Soleymani, McMaster University
Mahla Poudineh, University of Waterloo
Amani Hariri, University of British Columbia

Description:
This symposium aims to bring experts in technologies for measuring molecules at the point-of-need. It will explore the dynamic intersection of chemistry and engineering with an emphasis on real-time, on-site detection, sensor design, material chemistry, microfluidics, data integration, and device miniaturization. Topics will include chemical and biochemical sensing platforms, portable diagnostics, wearable sensors, and smart systems for human health, environmental, agricultural, aerospace, and industrial applications. Additional emphasis on the development and implementation of strategies to accelerate translation of sensing technologies from lab to field and impact on the end users will be considered, including focus on usability, scalability, safety, and sustainability. By fostering collaboration across chemistry and engineering, this symposium aims to provide a forum to researchers from these disciplines to discuss how to design novel sensing technologies to address urgent global challenges.

Division Program Chair:

Lakshmi Kotra, University of Toronto

Boundary-free exploration from dipeptides to proteins without tariffs (BM) 

Organizers
William Lubell, University of Montreal
David Perrin, University of British Columbia
Andrei Yudin, University of Toronto
Jumi Shin, University of Toronto

Description:
From the uterine contractions caused by oxytocin to the amyloid beta and tau fibrils of old age, peptides and proteins play critical roles in breaking and creating boundaries dictating human existence. “Boundary-free exploration” will be a symposium focused on liberation from disease, disorder and cannibalistic thinking through the application of peptides and proteins in out-of-the-box creations of medicines, diagnostics, and materials. The symposia will highlight synthetic methods, including biosynthetic, organic synthetic and cellular expression approaches. Unfasten your seatbelts, erase your old memory sticks,and join “Boundary-free exploration” in an unbridled expression of new ideas and innovations in the synthesis, analysis and applications of peptides and proteins in tariff-free, revolutionary, translational and liberating scientific discovery.

Data-Driven and Automated Strategies for Molecular Optimization in Bio-Organic and Medicinal Chemistry (BM) 

Organizers
Joseph Brown, University of Toronto
Robert Batey, University of Toronto

Description:
The path to molecular optimization in bio-organic and medicinal chemistry is being reshaped by advances in artificial intelligence, machine learning, and automation. This symposium will highlight adaptive, data-driven approaches that move beyond or complement traditional computational paradigms. Topics will include automation-ready or high-throughput experimental designs, candidate structure prioritization, active learning frameworks, generative models for molecule design, and AI-guided interpretation of complex chemical datasets. Presentations will explore challenges and solutions in navigating chemical space for functional molecular design, including those related to data curation and quality, algorithmic development, multi-fidelity data, and integration of human intuition. Case studies will highlight methods to accelerate bio-organic, synthetic, and medicinal chemistry workflows, from functional readouts (e.g., lead identification) to efficiency and reproducibility gains. Attendees will gain insight into the opportunities and limitations of these emerging technologies, and strategies for their effective integration into modern chemical research workflows. 

Making Binding and Potency Studies Trustworthy (BM) 

Organizers
Sergey N. Krylov, York University
Juewen Liu, University of Waterloo
Philip Johnson, York University
Andrei Drabovich, University of Alberta

Description:
Making Binding and Potency Studies Trustworthy will bring together researchers and practitioners working at the interface of chemistry, biology pharmacology, and data science to address a fundamental challenge: how to ensure that binding and potency studies provide reliable and reproducible information. Despite the central role of affinity constants (Kd, Km) and surrogate potency parameters (IC50, EC50, Ki) in biomedical research and drug discovery, methodological variability and insufficient error analysis often lead to misleading conclusions. This symposium will highlight recent advances in experimental design, data acquisition, and quantitative analysis that improve the accuracy of binding and potency determinations. Speakers will showcase strategies for minimizing systematic errors, establishing robust quality metrics, and promoting transparency in reporting. By fostering dialogue across disciplines, the symposium aims to build consensus on best practices and to inspire new approaches that will strengthen confidence in binding and potency data across both academic and industrial settings.

Natural Products, Enzymes and Engineering: A Unified Approach (BM) 

Organizers
Avena Ross, Queen’s University
Valerie Ward, Queen’s University
David Zechel, Queen’s University
John Sorensen, University of Manitoba
Rachel Gregor, University of Toronto

Description:
This symposium will bring together leading chemists, chemical engineers, and microbiologists to explore the full spectrum of microbial natural product research and development with a particular focus on the unique enzymology that constructs and degrades these and other biomolecules. From molecular discovery and structural elucidation to process bioengineering, scale-up, and application, this symposium will bridge disciplines to accelerate innovation in health, materials, food, and sustainable technologies. Participants will share advances in synthesis, biotransformation, genome mining, enzyme engineering, mechanistic investigations, drug discovery, analytical methods, and process optimization. By fostering collaboration between fundamental and applied researchers, this symposium aims to inspire new strategies for understanding and harnessing nature’s chemical diversity.

Nucleic Acids (BM) 

Organizers
Brian Kim, York University
Haissi Cui, University of Toronto

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, for medical usage, as tools to interrogate biology, and investigations of nucleic acid precursors under prebiotic conditions.

Radiochemistry (BM)

Organizers
Neil Vasdev, University of Toronto
Emily Murrell, University of Toronto
Chao Zheng, University of Toronto

Description:
This symposium brings together active Canadian researchers and international partners working in the research area of radiochemistry to discuss the main challenges in this field and how to accelerate the connection between fundamental advances in radiochemistry to clinical or industry research needs. It is the ideal platform for primary students, postdoctoral fellows and early career researchers can present their research and engage with our community.

Sex, Drugs and Rock’n’Roll: The Chemistry & Biology of G Protein-Coupled Receptors (BM) 

Organizers
John Trant, University of Windsor
John Hayward, University of Windsor
Daniel Meister, University of Windsor
Azam Mohammedzadeh, University of Windsor

Description:
What links insect pheromones, psychedelic drugs and equilibrioception? All exert their effect through G-Protein-Coupled Receptors (GPCRs). This protein superfamily comprise about 4% of the human protein-coding genome and yet approximately half of all FDA-approved drugs act through GPCRs, as do many non-FDA approved drugs such as the cannabinoids and psychedelics.

Despite their wide range of biological activity, GPCRs are challenging targets because of the complexity of their (seven-transmembrane helix) structure and the paucity of available crystal structures. However, recent advances in structural biology, computational modeling, assay design, and receptor pharmacology have resulted in significant advances in our understanding of these proteins.

This symposium will seek to highlight progress in the chemical biological & medicinal chemical understanding of GPCRs. Discussions will range from computational investigations of structure & function, biotechnological advancements for the exploration of biomolecular function, to the design and synthesis of compounds that target GPCRs.

Division Program Chair:

Christian Euler, University of Waterloo

Innovations in High-Throughput Platforms for Biological and Pharmaceutical Chemistry (BT) 

Organizers
Yufeng Zhao, University of Toronto

Description:
This symposium will highlight advances in the design and development of innovative hardware and software that enable highly efficient, automated, and scalable high-throughput platforms. Such platforms are transforming research across biology, pharmaceutical chemistry, and related disciplines by accelerating discovery and reducing experimental bottlenecks. We invite contributions that showcase novel engineering approaches, including microfluidics, robotics, imaging technologies, and data-driven automation, that enable rapid and reproducible experimentation. Applications of interest span molecular and cellular imaging, drug screening, synthetic biology, protein engineering, and other areas where high-throughput methods can provide transformative impact. Topics include, but are not limited to, integrated systems for multi-parameter analysis, novel detection and sensing modalities, machine learning–assisted experimental design, and cross-disciplinary platforms bridging chemistry, biology, and medicine. This symposium aims to bring together researchers from diverse backgrounds to foster collaboration and inspire the next generation of high-throughput technologies for biomedical and pharmaceutical research.

Division Program Chair:

Cathy Chin, University of Toronto

Photochemistry, Artificial Photosynthesis, and Solar Fuels (CA)

Organizers
Stuart Linley, McMaster University

Description:
Research and advances in understanding or applying photochemical systems. Submissions should focus on measuring, developing, or applying light-driven reactions, or converting sunlight into energy used to drive chemical transformations.

The 3rd Canadian-Japanese Symposium: Advanced Technologies from Waste to Resources (CA) 

Organizers
Ying Zheng, Western University
Sophia He, Dalhousie University
Teruoki Tago, Tokyo Institute of Technology
Norikazu Nishiyama, Osaka University

Description:
The 3rd Canadian-Japanese Symposium explores cutting-edge technologies transforming waste into valuable resources, fostering a circular economy. This event highlights innovations in waste valorization, material recovery, and sustainable processing. Topics include bioenergy, upcycling, smart waste management, and policy frameworks for resource efficiency. Through expert presentations, panel discussion and networking, the symposium aims to accelerate cross-border collaboration and scalable solutions for a zero-waste future. Join us to exchange knowledge, drive technological advancements, and turn global waste challenges into opportunities for sustainability and economic growth.

Molecular Precision in Catalysis: Celebrating R. B. Anderson Awardee Christophe Copéret (CA) 

Organizers
Cathy Ya-Huei Chin, University of Toronto

Description:
This honorary symposium will celebrate the achievements of Prof. Christophe Copéret at ETH Zurich, as the recipient of R. B. Anderson Award, sponsored by the Canadian Catalysis Foundation. The R. B. Anderson Award, named after the prominent Canadian catalysis researcher, is awarded to an internationally recognized leader in the catalysis field.

Christophe Copéret’s scientific interest lies at the frontiers of molecular, material, and surface chemistry. A significant effort in his group is devoted to develop synthetic methodologies and characterization tools, in particular solid-state NMR, to control the formation and understand surface and interfacial sites with molecular level precision for the rational design of heterogenous catalysts.

The symposium will feature a series of invited talks showcasing cutting-edge advances in molecular and heterogeneous catalysis, while also exploring emerging directions that bridge across these dynamic fields.

Division Program Chair:

Andy Dicks, University of Toronto
Aya Sakaya, University of Toronto
Shelir Ebrahimi, McMaster University

Chemistry Education Research (CE) 

Organizers
Alison Flynn, University of Ottawa
Amanda Bongers, Queen’s University
Steve MacNeil, Wilfrid Laurier University
Jackie Stewart, University of British Columbia

Description:
This symposium will focus on original research in gathering and analyzing the evidence surrounding chemistry contexts, including student learning and experiences, teaching and assessment approaches, and beliefs about teaching and learning, as well as efforts toward translating chemistry education research into practice. Submissions may include original data-driven research in chemistry education or chemical engineering 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, or course).

Emerging Scholars: Innovation at the Crossroads of Chemistry and Chemical Engineering through Undergraduate Research (CE) 

Organizers
Jon Houser, University of Windsor
Liz Sylvestre, University of Windsor

Description:
In a research context, the title “undergraduate” often carries a bias that undervalues specific skills and contributions. Yet undergraduate students are the future of both chemistry and chemical engineering, and a research laboratory should provide both inspirational and educational experiences. This symposium is organized by undergraduates for undergraduates, and will highlight the contribution and importance of undergraduate research through presentations by students that showcase their work across Canada. We see the barriers, both real and imagined, that exist for students, and seek to dispel the myth that research is out of reach. This symposium will be an inclusive space for undergraduates interested in research, and also provide perspectives to faculty who are interested in increasing undergraduate engagement in their research programs.

The First-Year Experience: Engaging First-Year Chemistry or Chemical Engineering Students (CE) 

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

Description:
This symposium aims to provide an outlet for discussion of the challenges and triumphs of teaching the diverse (and large) population of first-year chemistry and chemical engineering. Specific areas of discussion may include, but are not limited to, affect, belonging, and well-being, supporting students through the transition from high school to university-level studies, as well as innovative teaching and assessment approaches being used at the first-year level (including those investigating scalability to large first-year cohorts). The organizers plan to include a panel discussion between current high school teachers and first-year instructors, providing an opportunity to reflect on the transition to post-secondary and the assumptions that may be being made on both sides.

Chemistry Education General Session (CE) 

Organizers
Shannon Accettone, Trent University
Emma Davy, Carbon Engineering

Description:
The General symposium provides the opportunity for chemistry education and chemical engineering education community members to speak to the wider community about their experiences in the classroom or in research which do not quite fit the more narrowly defined symposium sessions provided during the conference sessions.

The State of Problem Solving and Process Troubleshooting in Canadian Engineering Education (CE) 

Organizers
Jake Nease, McMaster University
Vincent Leung, McMaster University

Description:
This symposium will highlight innovations in chemical engineering education as it relates to process analysis, problem solving, and troubleshooting for the process industries. Troubleshooting and problem solving are critical skills for chemical engineers, and undergraduate engineering curricula strongly benefit from the inclusion of these topics.

Developing Quantitative Reasoning Skills in the Chemical Sciences and Chemical Engineering (CE) 

Organizers
Jessica D’eon, University of Toronto
Aya Sakaya, University of Toronto

Description:
This symposium solicits presentations on best practices and novel approaches to teaching quantitative aspects of chemistry and chemical engineering programs. This includes, but is not limited to: foundations in mathematics, computational chemistry, programming, data analysis, statistics, and data science.

Perspectives on Educational Leadership in the Chemical Sciences and Chemical Engineering (CE) 

Organizers
W. Stephen McNeil, University of British Columbia, Okanagan
Stavroula Andreopoulos, University of Toronto
Stephen MacNeil, Wilfrid Laurier University
Gabriel Potvin, University of British Columbia

Description:
Educational leadership is a significant element of the criteria for teaching excellence and innovation awards, and of academic professional expectations. The Chemistry Education Division has a long history of discussing excellent and innovative teaching practices, but not the nature and challenges of demonstrating effective educational leadership as a professional academic activity. This symposium is co-organized by four 2024 3M National Teaching Fellows, with backgrounds in chemistry, biochemistry, and chemical engineering, who are each recognized in part for their outstanding educational leadership. It will draw on expertise from both established educational leaders and emerging junior scholars in chemistry and chemical engineering departments to share their perspectives and experiences in developing, communicating, and measuring the impacts of a robust educational leadership portfolio.

Technology-Enhanced Teaching and Learning in Chemistry & Chemical Engineering (CE) 

Organizers
John De Backere, University of Toronto
Derek Jackson, York University
Shadi Dalili, University of Toronto
Kyle Belozerov, York University

Description:
This symposium aims to explore the pedagogical implications of digital learning technologies in chemistry and chemical engineering education, addressing potential benefits, challenges, risks, and applications. It looks to feature talks from a diverse spectrum of practitioners at all levels who have used or developed digital learning technologies to complement instruction, training, or as a means of assessment to augment student learning. These talks will highlight the technologies and/or the pedagogical approaches that have been adopted or assessed. We invite viewpoints and research on the advantages and limitations of technology-enhanced learning in the classroom or laboratory, the extent to which it may impact attitudes, learning outcomes, competencies, and how digital learning technologies can promote equity, inclusion, and accessibility in our discipline.

Reimagining Chemistry Education: The Role of Generative AI and Computational Chemistry in Post-Secondary Learning (CE) 

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

Description:
Generative AI and machine learning, along with computational chemistry tools, are transforming the landscape of chemical education. In this symposium, presenters will share their experiences with the exploration and integration of these technologies focusing on enhancing conceptual understanding, fostering creativity, applying problem solving and chemical research skills. Examples include: integrating generative AI into chemistry instruction and assessment, computational chemistry as a core component of curricula, ethical considerations and digital literacy in AI-enhanced education, collaborative interdisciplinary projects, and open-source tools for accessible computational chemistry education.

Connecting Classrooms, Laboratories, and Industry in Applied and Polytechnic Chemistry Education (CE) 

Organizers
Thilina Jayawardana, Southern Alberta Institute of Technology
Amanda Musgrove, University of Calgary

Description:
This symposium will explore how chemistry educators, including those in polytechnic and college settings, are erasing traditional boundaries between theory and practice, academia and industry, and across disciplinary divides. The session will showcase innovative educational approaches that integrate hands-on learning, industry collaboration, digital simulation tools, and interdisciplinary curriculum design in chemical technology education. We welcome presentations on topics such as work-integrated learning, green chemistry in technical education, simulation-based lab instruction, and interdisciplinary collaborations involving chemistry, instrumentation, data science, and environmental science. In addition, the symposium will highlight inclusive teaching practices that enhance access and promote equity in careers related to chemical technology. By bringing together educators, researchers, and industry stakeholders, this session aims to foster dialogue and share practical strategies for reshaping chemistry education to build a more connected, adaptable, and future-ready technical workforce.

Bridging Innovation and Effective Teaching Practices in Undergraduate Chemistry Laboratories (CE) 

Organizers
Hayley Wan, University of Alberta
Hovig Kouyoumdjian, York University
Ashley Ponich, University of Alberta
Tihana Mirkovic, York University

Description:

This symposium will highlight innovative and immersive strategies for advancing undergraduate laboratory instruction and experiential learning within chemistry and chemical engineering. The session will showcase approaches that integrate digital technologies, active learning methodologies, sustainable practices, and interdisciplinary perspectives. Together, these approaches aim to strengthen connections between fundamental concepts and real-world applications. Topics of interest may include the development of student-centered and scalable instructional models adaptable to diverse class sizes and institutional contexts; strategies for effective training and mentorship of teaching assistants (TAs); and the design of laboratory and experiential learning activities that promote engagement, collaboration, and deep conceptual understanding. 

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

Organizers
Shannon Accettone, Trent University
Kris Kim, University of Toronto
Lana Mikhaylichenko, University of Toronto
Tranum Kaur, University of Windsor

Description:
This symposium will provide educators with a space to share all things innovative that are considered as “alternative”, whether it be related to course design, resource development, content delivery, and/or assessments. Topics may include how instructors are leveraging digital resources (e.g., open educational resources), and 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).

Green and Sustainable Practices in Chemistry and Engineering Education (CE) 

Organizers
Barbora Morra, University of Toronto
Kylie Luska, University of Toronto
Jonathon Moir, Beyond Benign
Monica Soma Hensley, Beyond Benign
Alisha Szozda, Carleton University & Beyond Benign

Barbora Morra (University of Toronto), Kylie Luska (University of Toronto), Jonathon Moir (Beyond Benign), Monica Soma Hensley (Beyond Benign), Alisha Szozda (Carleton University & Beyond Benign)

Description:
Green and sustainable chemistry is rapidly growing in terms of its inclusion in education programs globally. This is driven by both grassroots efforts from faculty and instructors as well as recent changes in accreditation requirements, including in the US and UK, with new Canadian requirements soon to follow. Importantly, research in chemistry education and pedagogy focused on teaching concepts related to green and sustainable chemistry can lead to important insights around how students learn, how this influences student affect and motivation, and how this can improve instructor and departmental practices. This symposium provides an opportunity for educational researchers to share their recent findings, insights and perspectives related to incorporating green and sustainable chemistry concepts into undergraduate and graduate chemistry and chemical engineering programs. Presentations will showcase studies on effective assessments, student and instructor engagement, use of evidence-based instructional practices with a focus on green and sustainable chemistry, and more.

Division Program Chair:

Tricia Breen Carmichael, University of Windsor

Relational Approaches to Indigenization in Chemistry Education (EDI/CE) 

Organizers
Jessica Allingham, Thompson Rivers University
Vincent Ziffle, First Nations University

Description:
Building on the success of related sessions at CSC 2025, this symposium brings together educators, researchers, and community members to explore relational and reciprocal approaches to Indigenization in chemistry. The session will explore relational approaches to Indigenization in chemistry through both formal presentations and inclusive Circle Talk discussions. Participants will engage with topics such as Indigenous perspectives on chemistry, knowledge-keeping, data sovereignty, and land-based ethics, while also sharing practical approaches to incorporating Indigenous Knowledge and Traditional Ecological Knowledge (TEK) into teaching and research. The symposium aims to strengthen relationships between Indigenous and non-Indigenous chemists and educators, foster reflection on progress and challenges, and provide opportunities for collaboration and continued community-building across institutions.

It Gets Better: Pride in the CSC and the CSChE (EDI/CE) 

Organizers
John Hayward, University of Windsor
M. Jazmin Silvero, University of Ottawa

Description:
In this symposium, we seek to highlight the achievements, barriers, and concerns of the Pride community in chemistry and chemical engineering by attendees sharing their journeys, scientific contributions, and perspectives on diversity & inclusion in the field of chemistry. A panel will discuss topics such as navigating career challenges, importance of allyship and the differences (and similarities) faced between the members of each Society. Focus will be placed on the unique challenges that queer chemists and engineers often face in the scientific community, and speakers can use this symposium as a platform to discuss these issues. This session will provide a safe space for us and our allies to engage in meaningful discussion, provide a sense of community within Canadian chemistry & chemical engineering, and reassure current and future generations: It Gets Better.

Division Program Chair:

Federico Galli, University of Sherbrooke

Advanced and In Situ characterization of Electrochemical Materials (EG) 

Organizers
Gillian Goward, McMaster University
Drew Higgins, McMaster University

Description:
This symposium will focus on state-of-the-art characterization techniques for electrochemical materials, with an emphasis on in situ and operando methods that reveal dynamic processes in real time. Contributions are invited on the development and application of advanced tools such as magnetic resonance spectroscopy and imaging, powder diffraction, electron microscopy, scanning transmission X-ray microscopy (STXM), and other spectroscopic and imaging techniques. The session will highlight how these methods are used to probe structure, transport, and degradation mechanisms in metal-ion batteries, fuel cells and electrochemical CO2 conversion devices. By bridging methodological innovation with practical implementation, this symposium aims to foster interdisciplinary dialogue among chemists, materials scientists, and engineers. We welcome presentations that focus on either novel characterization techniques or their application to real-world electrochemical systems. Early-career researchers and trainees are especially encouraged to participate, contributing to a vibrant exchange of ideas that will drive future advances in energy storage and conversion technologies.

Envisioning the Future of Canada’s Chemistry Industries (EG) 

Organizers
Jonathan Webb, Imperial Oil

Description:
Chemical, energy and resource industries in Canada contribute more than $100 billion to national GDP and employ more than 150 thousand people. These industries are comprised of small, medium and large companies spanning this country that produce goods, medicines and energy to support our modern lives. Despite the value that these industries provide for our society and economy they are facing headwinds including uncertainty in trade policy, increasing regulation, lagging R&D investment, and skill mismatches in the workforce/labour markets that challenge their short and long-term viability. These industries rely on chemists, chemical engineers and research institutions as essential contributors to innovation and execution from early-stage R&D through commercialization and continued operation. This panel session of industry leaders will share perspectives on the contributions needed from today’s chemists, chemical engineers and research institutions to support thriving Canadian chemical, energy and resource industries into the future.

Sino-Canada Joint Symposium on Energy & Chemical Engineering: Bridging Research, Innovation, and Industry (EG)

Organizers
Janusz A. Kozinski, Lakehead University
Ying Zheng, Western University
Xingying Lan, China University of Petroleum
Chunming Xu, China University of Petroleum

Description:
This symposium unites leading researchers, industry pioneers, and policymakers from China and Canada to advance the frontiers of sustainable energy and chemical engineering. Focused on accelerating the global energy transition, the event will showcase collaborative breakthroughs in renewable energy integration, hydrogen technologies, carbon capture and utilization (CCU), energy storage, and AI-optimized industrial processes—while addressing the evolving role of fossil fuels in a decarbonizing world. Participants will explore scalable innovations, policy strategies, and industrial pathways to a net-zero future. The symposium serves as a platform for Sino-Canadian collaboration, fostering knowledge exchange between academia and industry to translate cutting-edge research into real-world solutions.
By bridging science, technology, and policy, this dialogue will shape sustainable energy systems and chemical processes for tomorrow’s economy. Join us to connect, collaborate, and drive transformative change in the energy and chemical sectors.

Inside the Pores: Structure, Transport, and Function Across Scales (EG) 

Organizers
Hossein Hejazi, University of Calgary

Description:
This symposium will bring together researchers working on porous media across chemistry, chemical engineering, materials science, and related fields. Porous materials play a key role in a wide range of processes, including catalysis, separations, energy storage, drug delivery, filtration, and flow through both natural and engineered systems. We welcome contributions on the design, characterization, modeling, and use of porous structures at any scale, from nanoporous materials and soft matter to membranes and geological formations. The session will highlight work that integrates experiments, simulations, and theory to explore transport, reactions, and mechanical behavior in porous systems. In line with the conference theme, Erasing Boundaries, this symposium offers an open forum for researchers to share new ideas, present emerging results, and spark collaborations around flow and transport in permeable media. Submissions from both fundamental and applied perspectives are encouraged. We also welcome early-career researchers and those working across disciplines to share their insights.

Division Program Chair:

Jennifer Murphy, University of Toronto
Nadine Borduas-Dedekind, University of British Columbia

Advances in Water Chemistry and Drinking Water Technology (EN) 

Organizers
Susana Y. Kimura, University of Calgary
Sarah Jane Payne, Queen’s University
Heather Buckley, University of Calgary
Nathalie Tufenkji, McGill University

Description:
This session will explore recent advances in water chemistry, contaminants of emerging concern and treatment technologies for safe drinking water. With growing concern over biological and chemical contaminants of concern and their effects on human and environmental health, it is critical to understand their fate and transport in the environment as well as the processes involved in their transformation and removal from water systems. The session will highlight innovations in water treatment processes, as well as emerging detection technologies. Emphasis will be placed on the role of water chemistry in influencing contaminant behavior, treatment efficacy, and byproduct formation. Presentations will bridge fundamental research with applied technologies, offering interdisciplinary perspectives from environmental chemistry, analytical science, and process engineering.

Atmospheric Chemistry (EN) 

Organizers
Ran Zhao, University of Alberta
Sumi Wren, Environment and Climate Change Canada
Haoran Yu, University of Alberta

Description:
The emission, transformation, transport, and deposition of air pollutants and greenhouse gases (GHGs) impact air quality, climate change, and human and environmental health. This symposium invites presentations based on field campaigns, laboratory experiments, and modeling studies, on a broad range of current issues in atmospheric chemistry – driven by the changing nature or urban air pollution, the increasing severity of wildfires, environmental impacts of sector activities, and the health and climate impacts of particulate matter. Topics will include: 1) Urban air quality, including indoor air chemistry, volatile chemical products, and wintertime air quality 2) Wildfire atmospheric chemistry – including emissions, transformation, and transport; 3) Air pollutant and GHG emissions from sector activities (e.g., oil and gas, landfills, resource development, agriculture); and 4) multi-phase chemical processes and mechanisms relevant to the atmosphere

Chemistry of Environmental Interfaces (EN) 

Organizers
Samar Moussa, Environment and Climate Change Canada
Jonathan Abbatt, University of Toronto
Sergey Nizkorodov, University of California, Irvine

Description:
This symposium honors the legacy of Professor Hind Al-Abadleh, a leading environmental and atmospheric chemist who made significant contributions to Canadian environmental science before her passing in January 2025. Hind was a celebrated researcher and educator known for her work in environmental physical chemistry, focusing on critical issues such as air quality, the chemistry of metals in the environment, geochemistry of arsenic and phosphorus, environmental remediation using nanomaterials, environmental justice, and public health. The event will highlight her research on interactions of pollutants with environmental interfaces associated with minerals, aerosol particles, and soils. Topics will include: 1) Surface chemistry of metal oxides, adsorption of organics and metals; 2) Contaminant fate and mobility in soil and aquatic systems; 3) Gas-solid interactions at atmospheric interfaces and particle aging; 4) Metal-ligand complexation involving natural organic compounds. The symposium will welcome Hind’s many students and collaborators, and other chemists working in related fields of atmospheric and environmental interface science.

Community-driven Environmental Chemistry (EN)

Organizers
Stephanie Schneider, University of Lethbridge
Erik Krogh, Vancouver Island University
Sarah Styler, McMaster University

Description:
Highly impactful environmental chemistry and engineering research questions can be first identified and motivated by community members who are hoping to find solutions to environmental challenges that would improve their quality of life. For this symposium, we invite submissions which are motivated by community-level concerns and emphasize the unique challenges and solutions which can be implemented when working within communities. These include: i) field studies, ii) integration of community members into lab work, iii) communication of scientific results to local stakeholders, or iv) collaboration with local partners.

Machine learning for environmental chemistry (EN) 

Organizers
Hui Peng, University of Toronto
Frank Wania, University of Toronto

Description:
Machine learning holds great promise for environmental chemistry and toxicology research, but it faces many unique challenges. Unlike LLM, for which enormous amounts of training data are available on the internet, collecting data relevant for environmental chemistry is time-consuming and expensive. Due to these limitations, current machine learning models in environmental chemistry are often trained on limited data covering only a subset of the chemical space, which hampers their generalizability. This symposium seeks innovative ideas to improve the accuracy and generalizability of environmental machine learning, ranging from data generation and algorithm development to novel applications.

Microplastic Detection in Complex Matrices: Emerging Tools and Unresolved Questions (EN)

Organizers
Satinder Kaur Brar, York University
Ratul Kumar Das, York University

Description:
One very significant consensus that can be drawn from the recent research on microplastics (MPs) is the scientific challenges in the part of their precise and accurate detection in water, soil, air and other complex environmental matrices. Recent research trendline has shown different types of gaps viz. knowledge, data, accuracy, precision, data presentation, methodology, sample types and instrumental analyses for MPs and it necessitates the development of newer and effective methodology or protocols with wider acceptance and application. In this regard, a collective account of significant new research findings will be a fantastic way to bring the information to a wider audience. This symposium will be the initiation of a new conceptual framework on international policymaking among the contributors and then networking with others to reach a consensus on setting some standards in the detection of MPs.

Plastics and Plastics Additives in Food and the Environment (EN) 

Organizers
Nathalie Tufenkji, McGill University
Kevin Wilkinson, University of Montreal
Stephane Bayen, McGill University

Description:
Plastic plays an important role in agriculture, aquaculture, fisheries, and food contact materials, but its use raises concerns about its impacts on environmental and human health and sustainability. This symposium will cover topics such as (i) sources, occurrence and behaviour of plastics and plastic additives in crop agriculture, fisheries and aquaculture; (ii) Migration of microplastics, nanoplastics and plastic additives from food contact materials and their occurrence in foods; (iii) Toxicological and ecotoxicological impacts of plastics in the agrifood chain; (iv) Innovations in agricultural plastics design for environmental sustainability.

Sources, Fate and Occurrence of Contaminants in the Environment (EN) 

Organizers
Cora Young, York University
Chunjiang An, Concordia University
Holly Lee, SCIEX

Description:
This session will focus on organic and inorganic contaminants in the environment. Submissions that increase our understanding of the occurrence of contaminants in the environment, as well as their sources and fates, are welcomed.

Stormwater contaminants and treatment technologies (EN) 

Organizers
Rachel Scholes, University of British Columbia
Erik Krogh, Vancouver Island University

Description:
Stormwater mobilizes complex mixtures of chemicals from impermeable surfaces and contributes to surface water quality degradation, especially in urban areas. The adverse impacts of stormwater contaminants are exemplified by 6PPD-quinone, an oxidation byproduct of tire rubber additive 6PPD that is acutely toxic to several species of salmonids at environmentally relevant concentrations. This symposium will highlight emerging research on topics including: (i) characterizing the contaminant profile of stormwater runoff, (ii) assessing the occurrence of stormwater contaminants in urban surface waters, (iii) treatment and remediation approaches to mitigate stormwater contaminants.

Metals and Metalloids in the Environment (EN)

Organizers
Bridget Bergquist, University of Toronto
Huy Dang, Trent University

Description:
The biogeochemical cycling of metals and metalloids significantly impacts ecosystem, human and animal health. Besides the inherent importance of metals and metalloids in the environment (i.e., as nutrients or toxins), these elements are transported and transformed throughout the Earth system and their cycles are sensitive to major environmental changes. Thus, understanding metal(loid) chemistry yields insights into both present and past conditions on Earth. This symposium will aim to bring together environmental scientists studying the sources, sinks, and transformations of metals and metalloids in our ecosystems. We encourage academic, industry and government scientists to join this discussion on metals and metalloids in the environment.

Division Program Chair:

Chris Kozak, Memorial University of Newfoundland

Biocatalysis meets industry for a circular economy  (GR) 

Organizers
Joelle Pelletier, University of Montreal
Emma Master, University of Toronto
Christian Euler, University of Waterloo

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 biocatalysts find wide application in the green and sustainable production of pharmaceutical intermediates, diagnostics, and therapeutics, bio-derived materials and fuels as well as fine, performance and agrochemicals. This 1.5-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, bioprocess scale-up for industrial 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. Besides highlighting opportunities for biocatalysis in industrial processes, this session with address recognized hurdles and perceived constraints to broader deployment of biocatalysts in the circular economy.

Chemistry and Production of Biocarbons from Waste: Thermochemical, Hydrothermal, and Co-Processing Approaches (GR) 

Organizers
Stephanie MacQuarrie, Cape Breton University
Kelly Hawboldt, Memorial University of Newfoundland

Description:
This symposium will explore recent advances in the chemistry and production of biocarbons from waste streams, with a focus on thermochemical, hydrothermal, and co-processing methods. As sustainable alternatives to fossil-based materials gain importance, biocarbons like biochar and hydrochar offer tunable properties and environmental benefits. While pyrolysis remains common, techniques like hydrothermal carbonization and solvent-assisted co-processing are emerging for their precision and milder conditions.

The event will gather interdisciplinary researchers developing and applying waste-derived carbon materials. Topics include the chemistry of carbon formation, the influence of feedstock, process conditions, and catalysts on yield, porosity, doping, and surface functionality. Advanced characterization techniques (e.g., XPS, Raman, BET) and chemical modifications for targeted applications will be highlighted.

We welcome contributions from academia, industry, and government in green chemistry, waste valorization, and materials science. The symposium aims to foster innovation in transforming biomass and industrial byproducts into sustainable carbon materials for a circular economy.

Confronting Chemical Waste in the Canadian Economy (GR)

Organizers
Olivia Manndelany, University of Toronto
Samihat Rahman, University of Toronto
Karolina Rabeda, University of Toronto
Peter Liu, University of Toronto

Description:
The management and fate of chemical waste in Canada is a piecemeal system where communication barriers between academia, industry and government have led to major repercussions in vulnerable communities due to chemical contamination of the environment. Education on chemical waste streams, major persisting chemicals in our environments, as well as the processes which they are generated from is critical in training the next generation of chemists and chemical engineers. We must consider a systems thinking approach to actively explore ways to employ more sustainable practices in our research and handling of chemicals.

Our symposium will host a discussion on chemical waste production in Canada arising from academic and research institutions, chemical and industrial manufacturing plants and the pharmaceutical industry and their connections to regulatory bodies. Participants will engage in unifying strategies to address chemical waste management in Canada drawing on cross-disciplinary advances in research and technology. The session will be split into two parts: oral presentations followed by a workshop.

Driving Circular Chemical Transformations with Interdisciplinary Collaborations (GR)

Organizers
Shegufa Shetranjiwalla, Memorial University of Newfoundland
Heather Burke, Memorial University of Newfoundland
Deepika Dave, Memorial University of Newfoundland

Description:
The symposium will focus on bringing together industry, academia and community partners to share strategic circular models that encourage consultative, collaborative chemical innovation and development that is resource efficient, environmentally sustainable, economically resilient and socially responsible. Notably, the session will encourage discussion around measured green and sustainable approaches that indicate green chemistry, life cycle thinking, circularity or technoeconomic metrics for scalable chemistries.
The session will facilitate the engagement of diverse groups of presenters through an actively moderated Q and A session and a proposed panel discussion at the end of the session. Moderators will also invite feedback through a QRcode-based activity to invite diverse voices.
Moderators will urge participants and attendees to consider the theme of the session and reflect on what they have gained from the presentations. They will be able to share their thoughts after synthesizing their learning to bridge practice gaps for effective forward collaboration.

Engineering Communal Green Chemistry Thinking (GR)

Organizers
Daniel Barker, Queen’s University
José Giovanni Leite de Brito, Queen’s University

Description:
We focus extensively on Green Chemistry and the 12 principles associated with it, but what about green engineering? We often forget to mention the 12 principles of Green Engineering. These Green engineering principles are valuable to both engineers and chemists to the same extent as the 12 principles of Green Chemistry. To better improve the overall greenness of a process, all 24 principles should be considered. However, chemists have a stronger understanding of how to implement the Green Chemistry principles and engineers have a better understanding of how to implement Green Engineering principles as they are used in their respective fields. This symposium will be interactive, where chemists and engineers will mingle and work towards solving a shared objective. The session will provide chemists and engineers a perspective on the other discipline with respect to Green thinking and how combining knowledge and ideas can lead to better, hopefully greener results.

Harnessing the POWER of Design of Experiments (DoE) (GR) 

Organizers
Kirsten Aasen, University of Victoria
Sarah Mary Margaret, Memorial University of Newfoundland
Georgia Douglas, University of Victoria
Hayley Smith, University of Victoria
Emily Wiseman, Memorial University of Newfoundland

Description:
This session will focus on the use of Design of Experiments (DoE) methodologies in reducing costs, time, and environmental impact for chemistry and engineering applications. Compared to traditional “one-variable-at-a-time” approaches, DoE efficiently screens multiple factors across the entire experimental space, identifying critical parameters and synergistic effects for timely and robust optimization. The session will showcase innovative approaches chemists and engineers are taking to integrate statistical design in their practical work, emphasizing the importance of systematicity as we push to reduce scientific redundancy, improve research quality, and publish null results. Presentations will capture the universality of DoE, encompassing anything from process design to materials to scale-up to reaction optimization and beyond! We hope the interdisciplinary nature of this session will promote collaboration between statisticians, chemists, and engineers, providing a wide-reaching platform for effective and sustainable science – that’s the POWER of DoE!

Making Use of Negative Results: Discovery, Unexpected Outcomes, Painful Lessons, and Comprehensive Knowledge for Machines and Humans (GR) 

Organizers
Stephanie MacQuarrie, Cape Breton University
Fraser Hof, University of Victoria
Christina Bottaro, Memorial University of Newfoundland

Description:
This symposium invites chemists to share the research that didn’t work—the stalled reactions, failed syntheses, and unexpected null results that are often left out of publications. These “failures” are critical to scientific progress, offering insights that reshape experiments and reveal hidden assumptions. Yet, chemistry culture tends to reward success, leaving negative results undocumented and underappreciated.

This session creates space for open discussion of what went wrong—and why it matters—not just for human learning, but for artificial intelligence. As AI becomes central to discovery, it is increasingly trained on literature biased toward successful outcomes. The lack of negative data limits AI’s ability to accurately model chemical systems or generate reliable predictions.

We welcome case studies, reflections, and methodological lessons from failed work. By normalizing these stories, we aim to foster transparency, reduce redundancy, support mental well-being, and advance both human and machine understanding of chemistry.

Peering Into the Mist: Science Communication in an Era of Chemical Skepticism (GR) 

Organizers
Greg Bannard, CIC Green Division
Marissa Clapson, University of Prince Edward Island
Jason Poon, University of British Columbia

Description:
In an era where public trust in science faces unprecedented challenges, effective science communication has become critical for advancing sustainable chemistry and environmental solutions. This symposium addresses the growing need for chemists to communicate complex scientific concepts, particularly in green chemistry and sustainability, to diverse audiences including the public, policymakers, and industry stakeholders. “Peering Into the Mist” will provide practical tools, foster meaningful connections, and showcase innovative approaches to bridging the gap between rigorous science and accessible communication.
The symposium will open with a keynote talk from Jesse Harris (C&EN BrandLab).

Symposium of the Global Green Chemistry Consortium (GR) 

Organizers
Chao-Jun Li, McGill University
Paul T. Anastas, Yale University
Julie Zimmerman, Yale University
Walter Leitner, Max-Planck Insitute
Peter Licence, University of Nottingham

Description:
Green chemistry has become a key topic in the science and technology of our time, with the recent “Stockholm Declaration of Chemistry for the Future”. The Global Green Chemistry Consortium brings broad geographic and institutional diversity to tackle a wide range of the most pressing global challenges in green chemistry, from energy crises to environmental degradation.
The symposium (with keynote, invited, and contributed speakers of global diversity) will showcase innovative research and cross-cutting topics in green and sustainable chemistry and engineering, with an emphasis on symposia that highlight thematic topics such as pharmaceuticals, agrochemicals, fine chemicals, energy and materials, as well as recent developments in policy and education in the field.
This symposium will attract scientists, educators, industry professionals, advocates, and students to explore advancements, share best practices, inspire innovation, and build community dedicated to sustainable solutions in the chemical enterprise.

Talking the Talk to Stride in Pride – A Workshop Exploring Methods to Incorporate Pride into Research and Education Practice (GR) 

Organizers
Marissa Clapson, University of Prince Edward Island
John Hayward, University of Windsor

Description:
The theme, “Erasing Boundaries”, for the Canadian Societies for Chemistry and Chemical Engineering 2026 Conferences and Exhibition (x2026) encompasses more than interdisciplinary research collaborations between chemists and engineers. It highlights the need for diverse communities in research and education, working to bring multiple voices to the table leading to increased productivity and creative outcomes in science. The need for communities of transformation (CoTs) is critical for advancements in chemistry education, sustainable research, and equity, diversity, inclusivity, accessibility, and reconciliation (EDI-AR). The importance of self-identity and belonging in research is becoming more clear, however, the integration of these concepts into practice still remains a challenge. This workshop aims to explore methods in chemistry education, research, and policy to promote the recognition and incorporation of 2SLGTBQIA+ members. The session will explore themes such as pride in the classroom, building mentorship relationships, the role of EDI-AR in sustainable development, queer policy development, and taking action on the rising challenges of queer scientists.

Green Chemistry and Engineering General Session (GR)

Organizers
Chris Kozak, Memorial University of Newfoundland
Greg Bannard, CIC Green Division

Description:
This will be a general session of contributed talks (no invited speakers as is tradition for General Sessions) open to any research or educational topics relevant to green and sustainable chemistry and engineering.

Division Program Chair:

Robert Morris, University of Toronto
Marcus Drover, Western University

Advances in Molecular Compounds of Earth Abundant Metals: Synthesis, Reactivity, and Catalysis (IN) 

Organizers
Datong Song, University of Toronto
Linus Chiang, University of the Fraser Valley

Description:
The development of synthetic strategies and catalytic applications of earth abundant metal complexes is an important field in modern inorganic chemistry for its relevance to sustainability. Compared to the well-established noble metal counterpart, earth abundant metal chemistry is underdeveloped due to various challenges in the synthesis and characterization of well-defined molecular species, especially intermediates encountered in catalytic cycles. This symposium will focus on earth abundant metal complexes, either mono- or multi-metallic, with well-defined molecular structures. We envisage this symposium will be of interest to researchers involved in ligand design and electronic structure determination of earth abundant metal complexes towards cooperative small molecule activation and catalysis.

Better Than Carbon: Feats in Main Group Chemistry (IN) 

Organizers
Guillaume Bélanger-Chabot, Laval University
Conor Pranckevicius, University of the British Columbia, Okanagan

Description:
This year will focus on how “inorganic” Main-group chemistry can display reactivity and properties that would be fundamentally unattainable with classical organic chemistry.

Bioinorganic chemistry: from complexes to cells (IN) 

Organizers
Charles Walsby, Simon Fraser University

Description:
This symposium will aim to draw a diverse group of speakers form across the bioinorganic spectrum. This will include areas such as: metalloproteins and metalloprotein models, metals in medicine, metal toxicity, biomineralization, bioinorganic materials, and metallomics.

Frontiers in metal-organic framework chemistry – from discovery to applications (IN)

Organizers
Maciej Korzynski, University of Toronto
Seyed Mohamad Moosavi, University of Toronto

Description:
Metal-organic frameworks (MOFs) are a rapidly developing class of porous crystalline hybrid inorganic-organic coordination polymers. Due to their well-defined structures and large surface areas, MOFs have gained traction in a broad variety of applications such as gas storage and separations, catalysis, device fabrication, sensing, and many others. The proposed symposium will focus on the recent advances in MOF science, bringing together Canadian and international researchers interested in areas of computational discovery and modelling, synthesis, characterization, as well as applications of these materials.

Methods for Mechanistic Monitoring and Modeling (IN) 

Organizers
Scott McIndoe, University of Victoria

Description:
Mechanistic chemistry of all flavours and techniques

Photochemistry and Photophysics of Coordination Complexes: From Fundamentals to Applications (IN)

Organizers
Dave Herbert, University of Manitoba
Marek Majewski, Concordia University
Amy Stevens, University of Saskatchewan

Description:
This symposium will cover the photochemistry and photophysics of coordination complexes, ranging from fundamental studies including spectroscopy, reactivity and other, to applications, widely defined. We anticipate contributions covering topics including ligand design, photoredox catalysis, advanced spectroscopy, luminescence, research into next-generation LEDs and related displays, solar energy conversion, and more.

Division Program Chair:

Parisa Mehrkhodavandi, University of British Columbia
Zhibin Ye, Concordia University

Advances in catalytic polymerization and engineering (MSE) 

Organizers
Zhibin Ye, Concordia University
Parisa Mehrkhodavandi, University of British Columbia

Description:
The symposium is aimed to showcase the latest advancements, innovations, and challenges in the field of catalytic polymerization and engineering. Representative topics include: (1) Novel Catalysts: The development of advanced catalysts for catalytic polymerization; (2) New Polymers; (3) Polymerization Kinetics and Reaction Engineering: kinetics and modeling/simulation of catalytic polymerization reactions; (4) Upcycling and Sustainable Polymerization.

Biodegradable Plastics, Sustainable Composites and Circular Bioeconomy (MSE) 

Organizers
Amar Mohanty, University of Guelph
Manjusri Misra, University of Guelph
Matias Menossi, University of Guelph
Arturo Rodriguez, University of Guelph
Hongbo Li, National Research Council Canada
Suman Thakur, University of Guelph

Description:
Plastics and composites are inevitable in our modern day-to-day life and their use spans from packaging, auto-parts, electronics, housing structures to sports utility and many more. Moving away from the linear economy towards a circular and sustainable future requires emerging and innovative approaches. Sustainable polymeric materials derived from bio-/waste/recycled resources and their combinations can resolve issues around plastic waste concerns in reducing GHG emission.
Session Topics include but not limited to:
Innovations in advanced biodegradable polymers (Starch plastics, PLA, PHA, PBAT, PBS, PBSA, CA etc.) blends and the integration of sustainable reinforcements as single use plastic alternatives
Biodegradable polymer synthesis, functionalization and reactive extrusion
Microplastic and PFAS free biodegradable plastics
Cast and blow film
Biodegradation assessment and evaluation methods
Conventional plastics, including polypropylene (PP), polyethylene (PE), polyamides (PA), polycarbonates (PC), etc. their blends and composites
Plastic recycling and upcycling
Biocomposites from recycled and waste plastics, synthetic polymers/bioplastics and bio-fillers including natural fibre, lignin and biocarbon as well as hybrid composites from synthetic fibre and recycled fibre for packaging, automotive, biomedical and other applications
Life Cycle Analysis (LCA)
Application of AI in designing next-generation sustainable materials

Celebrating Talent in Polymer Science and Engineering (MSE)

Organizers
Audrey Laventure, University of Montreal
Ali Nazemi, University of Quebec in Montreal
Chantal Paquet, National Research Council Canada

Description:
This symposium is dedicated to the celebration of promising students in macromolecular science and engineering. The Macromolecular Science and Engineering Division (MSED) sponsors annual graduate and undergraduate awards recognizing excellence in polymer research: the Graduate Award in Polymer Chemistry and the Undergraduate Thesis Award. Both of these awards have been given to chemists and chemical engineers. This inaugural symposium will serve as a venue to celebrate winners of the past and current editions to present their work and network with the members of the scientific community. Past winners will be contacted to contribute to the symposium and current winners will be invited. The winners of the MSED NOVA Chemicals Early Career Investigator Award and the MSED Award would also be invited to present their work.

Engineering Macromolecular Assemblies and Nanostructures – from Fundamentals to Applications (MSE) 

Organizers
Alex Adronov, McMaster University
Benoit Lessard, University of Ottawa

Description:
This symposium will highlight work on supramolecular polymer chemistry that involves the preparation of and interaction with nanostructured materials. The symposium will include talks on preparation, characterization, and applications of these nanostructured assemblies.

Polymer innovation for biotherapeutics delivery (MSE) 

Organizers
Elisabeth Prince, University of Waterloo
Helen Tran, University of Toronto
Caitlin Maikawa, University of Toronto

Description:
Advancements in the design and synthesis of polymer materials continues to unlock new pathways to improve the treatment of disease. These polymer materials enable precise delivery of protein, cell, and nucleic acid cargo to enhance pharmacokinetics, improve therapeutic efficacy, and reduce adverse effects. This symposium focuses on the innovative ways in which the chemistry, structure, and properties of polymers are fine-tuned to optimize the delivery of biotherapeutics. Talks will highlight emerging polymer-based strategies to engineer hydrogels, nanoparticles, stimuli-responsive materials, polymer-drug conjugates, and biodegradable materials for therapeutic delivery. The symposium consists of talks from students and postdocs, in addition to invited talks from established and emerging leaders polymers for therapeutics delivery.

Polymeric and Metalloorganic Materials for Energy, Electronics, and Catalysis (MSE) 

Organizers
Jung Kwon Oh, Concordia University
Loren G. Kaake, Simon Fraser University
Zhibin Ye, Concordia University
Simon Rondeau-Gagné, University of Windsor
Claudio Verani, University of Windsor

Description:
This symposium covers the design, synthesis, application, characterization, and fundamental properties of a broad range of materials including polymeric, amphiphillic, and metalloorganic compounds. More specifically, materials targeting energy storage, energy harvesting, catalysis, photonic, magnetic, or other electronic applications are of interest. The transport of ions, electrons, and energy will be discussed with an emphasis on the development of materials with multifunctional properties including self-healing, sustainability, and novel processing techniques.

Self-Driving Polymer Research – The Frontier of Automated Polymer Processing Combined with Computer-Led Decision Making (MSE)  

Organizers
Harrison A. Mills, University of Toronto

Description:
Self-driving labs combining automated synthesis, processing and characterization with computer-led decision making (e.g. machine learning, predictive models) have accelerated numerous discoveries in several scientific fields. This symposium will feature speakers working at the frontier of self-driving polymer research where they will be able to discuss implementations of self-driving workflows in their labs, custom automated tools and processes they have developed, and lastly computation aspects related to computer-guided characterization (e.g. computer vision) and AI models.

Sustainable Bio-based Products and Circular Materials (MSE) 

Organizers
Ning Yan, University of Toronto
Mohini Sain, University of Toronto
Michael Tam, University of Waterloo
Feng Jiang, University of British Columbia
Flavia Braghiroli, University of Quebec in Abitibi-Témiscamingue

Description:
This symposium will provide a platform for showcasing recent progresses in developing sustainable chemicals, bio-based products, functional materials and devices, and circular materials from renewable biomass feedstock. Broad topics surrounding latest advances in novel extraction, conversion, processing, design, synthesis, modification, functionalization, characterization, assembly, and fabrication of biomass materials for value-added applications are welcome. Some example areas include: 1) Synthesis, modification, and advanced applications of the renewable materials derived from biomass materials like polysaccharides (starch, cellulose, and chitosan), lignin, DNA, peptides and proteins, and other biomolecules. 2) Emerging applications of renewable materials in various fields, such as clean energy applications, environmental applications and wearable electronics. 3) Biorefining and conversion of biomass into various chemical platforms and bio-based products. 4) Bio-based circular materials with reduced life cycle impacts.

Sustainable food packaging and bioproducts (MSE) 

Organizers
Yixiang Wang, McGill University
Lingyun Chen, University of Alberta

Description:
Recently, novel trends in functional food packaging and bioproducts have emerged focusing on sustainability. Innovative materials, designs, and fabrication techniques are being explored to improve the performance, thereby benefiting consumers and reducing waste. This symposium will highlight the latest advancements in the development of sustainable food packaging and bioproducts. Topics will include but not be limited to novel materials and practical applications in smart packaging, food, agriculture, and many other. We encourage participants to showcase their recent relevant research, and this symposium will serve as a platform to foster collaboration between academic researchers and industry partners to promote the development and application of sustainable products.

Biomaterials: New Designs and Applications (MSE) 

Organizers
Elizabeth Gillies, Western University
Arghya Paul, Western University

Description:
Biomaterials are one of the most important components in all types of tissue regeneration applications. Recent advancements in biomedical technologies have enabled the translational development of these biomaterials for both diagnostics and therapeutic applications. These biomaterials, in the form of hydrogels, scaffolds and nanoparticles, can significantly influence cell fate and direct tissue healing. This symposium will cover research on the design, synthesis, characterization, and applications of biomaterials. The materials can be of natural or synthetic origin. Applications can be on a variety of biomaterials-related topics, including but not limited to – tissue engineering and regenerative medicine, biofabrication and 3D bioprinting, designing nanoparticles for biomedical applications, surface coatings and interfaces, antimicrobials, medical imaging and other areas. Research in chemistry, chemical engineering, biomedical engineering, and at the interfaces of these areas is welcome. In addition to invited speakers, the symposium will welcome contributed talks from faculty, and trainees at all levels.

Advanced Food Encapsulation & Delivery Systems (MSE) 

Organizers
Levente L. Diosady, University of Toronto
Juveria Siddiqui, University of Toronto

Description:
Encapsulation technologies represent a significant advancement in the formulation of fortified, functional, and premium food products, enabling controlled release, enhanced bioavailability, and protection of sensitive ingredients. The symposium will address recent developments in microencapsulation and nanoencapsulation techniques, such as spray drying, coacervation, extrusion, and liposomal systems, specifically designed for vitamins, minerals, probiotics, flavours, and bioactive compounds. The program will examine material selection, including polysaccharides, proteins, and lipids, as well as process optimization strategies to maintain ingredient stability during storage and processing. Furthermore, applications in dairy, beverages, confectionery, and plant-based products will be discussed. Ontario’s established capabilities in the beverage, dairy, and functional snack industries will be highlighted through industrial case studies and pilot-scale innovation example.

Division Program Chair:

Byan Koivisto, Toronto Metropolitan University

Innovations in Membrane Processes, Materials, and Applications (MT) 

Organizers
Charles-Francois de Lannoy, McMaster University
Raja Ghosh, McMaster University

Description:
This session will focus on recent advances in i) membrane processes (e.g. RO, MF, electrodialysis), ii) membrane materials (e.g. polymers, ceramics, nanocomposites, material design, fabrication methods, and performance), and iii) membrane applications (e.g. pharmaceutical purification, water treatment, wastewater treatment, energy production, bioprocessing, carbon capture, chemical manufacturing). Submissions that highlight experimental studies, modeling approaches, pilot-scale demonstrations, or case studies from practical deployments are encouraged. Contributions addressing sustainability, cost-effectiveness, scalability of membrane technologies, and advances in a Canadian context are particularly welcome. This session aims to facilitate knowledge exchange and foster collaboration between academia and industry to drive the next generation of membrane innovations.

Fouling: What is this? How did it get here? How do we get rid of it? (MT) 

Organizers
Véronique Laberge, Imperial Oil Limited

Description:
Foulant is a general term describing the unwanted accumulation of material on surfaces. It results in poor heating/flow efficiencies, downtime and/or contaminated product. Mitigation and prevention strategies exist at the interface of chemistry and engineering as they are dependent on the understanding of what the fouling is and how it forms but mitigations must be deployable in the field within the scope of operations. I would like to invite representatives of different industries to describe their fouling problems, and representatives from industry, academia and chemical cleaning companies to discuss analytical methods, mitigation and prevention strategies. I would like to focus on cross-industry sharing of mitigation strategies.

Advances in Catalytic Materials and Processes: Electrocatalysis, Photocatalysis, Thermo-photo catalysis and Photoelectrocatalysis (MT)

Organizers
Dongling Ma, Institut national de la recherche scientifique
Aicheng Chen, University of Guelph
Daniel Guay, Institut national de la recherche scientifique
Ali Seifitokaldani, McGill University

Description:
This symposium covers a wide range of topics related to catalytic materials and clean energy applications, as well as fundamental studies. The scope includes, but is not limited to: (1) cutting-edge materials for water splitting, CO2 reduction, N2 fixation and biomass transformation enabled by Electrocatalysis, Photocatalysis, Thermo-photo catalysis and Photoelectrocatalysis, (2) surface plasmon-enhanced catalysis, (3) advanced, in situ characterizations of material and process, and (4) time-resolved studies of charge carrier dynamics. Alongside experimental research, computational approaches and materials-by-design advancements will also be highlighted, fostering interdisciplinary collaboration to drive the field forward.

Nanoporous Materials for Energy and Environment: Materials to Processes (MT)

Organizers
George Shimizu, University of Calgary
Arvind Rajendran, University of Alberta
Tom Woo, University of Ottawa

Description:
Porous solids have application for selective sorption and separation processes. For efficient deployment, it is critical to explore synergies between materials and processes. Chemists tend to focus on the sorption of an analyte but real-world translation requires consideration of the energy and kinetics of recycling achieved at the chemical engineering level. Experimental and computational researchers will be invited. The symposium will target a pan-disciplinary and pan-sector audience with the intent to enable new collaborations.

Next-Generation Battery Technologies: Chemistries, Materials, Characterization, and Manufacturing (MT)

Organizers
Yang Zhao, Western University
Hoang Dang, Queen’s University
Xiaolei Wang, University of Alberta
Sixu Deng, Concordia University
Lingzi Sang, University of Alberta
Eric McCalla, McGill University
Yaser Abu-Lebdeh, National Research Council Canada
Samira Siahrostami, Simon Fraser University
Shuhui Sun, Institut national de la recherche scientifique

Description:
Theme 1 — Emerging Battery Chemistries
• Li-ion (advanced cathodes/anodes/electrolytes within Li-ion), sodium-ion and other alkali-ion systems.
• Lithium-metal, Li–S/Se/Te, all-solid-state batteries, aqueous Zn-ion, redox-flow.

Theme 2 — Materials & Interfaces Engineering
• Electrode/solid-electrolyte interfaces, interphase design, coatings, dopants.
• Anode-free designs, 3D current collectors/architectures, mechanical integrity, porosity/tortuosity control.

Theme 3 — Advanced Characterization & Mechanism Discovery
• Electron microscopy, X-ray, neutron, NMR, probe-based tools; spectroscopy/diffraction/imaging innovations.
• Atomistic/mesoscale/continuum models for transport, kinetics, degradation; digital twins.
• AI/ML for materials discovery, electrolyte design, parameter inference, surrogate models, and process optimization

Theme 4 — Manufacturing, Scale-Up & Sustainability
• Scalable manufacturing (slurry/solvent innovations, dry coating, calendaring, formation), quality control.
• Advanced recycling (direct, hydrometallurgical, pyrometallurgical), closed-loop materials recovery.

Solid-State Chemistry: Materials for the Future (MT)

Organizers
Yurij Mozharivskyj, McMaster University

Description:
The symposium will focus on different aspects of inorganic solid-state materials: from simulation and prediction, to synthesis, structural analysis, property measurements, and applications.

Division Program Chair:

Corrina Schindler, University of British Columbia
Jeffrey Van Humbeck, University of Calgary

Disruptive Innovations at the Interface of Organic Chemistry and Technology (OR) 

Organizers
Corey Stephenson, University of British Columbia
LC Campeau, Merck

Description:
This symposium will spotlight emerging disruptive technologies that are reshaping the landscape of organic chemistry. We invite contributions from researchers developing or applying innovative tools, methods, and platforms that dramatically expand the capabilities of molecular synthesis, mechanism elucidation, and discovery. Topics may include—but are not limited to—automated synthesis, high-throughput experimentation, machine learning in reaction design, photo- and electrochemical activation strategies, miniaturized or flow-based platforms, and also include new modes of reactivity. Particular emphasis will be placed on technologies that redefine how chemists conceptualize, perform, and scale organic reactions, with relevance to academic, industrial, and translational research. The symposium aims to foster cross-disciplinary dialogue and highlight the convergence of chemistry with data science, engineering, and materials innovation.

(Bio)Organic Chemistry – Young Investigators Symposium (OR) 

Organizers
David Leitch, University of Victoria

Description:
Highlighting young investigators in organic chemistry and related fields (especially bio-organic).

Empowering Women in Organic Chemistry (OR) 

Organizers
Sophie Rousseaux, University of Toronto
Dilan Polat, Paraza Pharma

Description:
EWOC (Empowering Women in Organic Chemistry) is an organization that recognizes, identifies, and helps retain women in organic chemistry. This symposium will showcase the contributions of women, non-binary people, and their allies to the field of organic chemistry with the aim of building a supportive network and showcasing excellence.

Exploring the Potential of Electrochemistry in Organic Synthesis (OR)

Organizers
Rachel Baker, Queen’s University
Anna Klinkova, University of Windsor
Jury Medvedev, University of Windsor

Description:
This symposium will highlight recent advances in organic electrochemistry, a rapidly growing field at the intersection of synthetic chemistry, catalysis, and sustainability. Key topics include transition metal-mediated organic electrosynthesis, electrocatalyst and redox mediator design, electrochemical upgrading of renewable organic feedstocks, total synthesis using electrochemistry, and mechanistic insight into electrochemical reaction pathways.
At CSC Ottawa 2025, while organic photochemistry was represented with two half-day sessions, there was no dedicated symposium on organic electrochemistry. Instead, relevant talks were scattered across sessions such as General Organic Chemistry, Emerging Sustainable Technologies – An Academic Industrial Symposium, and Young and Emerging Organic Investigators. At least seven posters and presentations would have naturally fit within the scope of our proposed session.
Given the growing interest in electrochemical approaches to synthesis and the lack of focused programming in this area, we propose a half-day symposium to ensure a high-caliber selection of talks and maximize value for attendees.

C-H/N-H/O-H Bond Activation for Complex Molecule Synthesis (OR) 

Organizers
Jeff Van Humbeck, University of Calgary
Rob Knowles, Princeton University

Description:
As broad a possible, we’d be looking to include anyone developing new methods that activate C-H/N-H/O-H bonds, and use the resulting reactive intermediate to make progress towards interesting molecules and materials.

Interdisciplinarity in Organic Chemistry – Engineering the Central Science (OR) 

Organizers
John Hayward, University of Windsor
John Trant, University of Windsor
Elisabeth Prince, University of Waterloo

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; introducing new material properties, and enabling novel polymers to be prepared from commercially unavailable monomers.
This symposium will underline the utility of organic synthesis within the broader field of chemistry by showcasing interdisciplinary projects that feature organic chemistry as a core component, and highlight the impact of enabling technologies (such as continuous flow) on the practice of organic synthesis.

Future of Fluorine Chemistry (OR) 

Organizers
Glenn Sammis, University of British Columbia
Michael Gerkin, University of Lethbridge

Description:
This multidisciplinary symposium will showcase the most recent results in different areas of fluorine chemistry, i.e., organic, medicinal fluorine chemistry, inorganic, as well as environmental concerns of fluorine compounds.

Organofluorine Chemistry: From Synthetic Innovation to Environmental Fate (OR) 

Organizers
Christine Le, York University
Shira Joudan, University of Alberta
Cora Young, York University

Description:
Organofluorine chemistry has had an undeniable impact on modern society, driving advances in pharmaceuticals, agrochemicals, and materials. Yet, growing awareness of the environmental persistence and toxicity of certain fluorinated compounds has prompted renewed scrutiny and regulatory action targeting PFAS. This symposium aims to unite researchers across the full spectrum of organofluorine chemistry, from the synthesis and reactivity of novel fluorinated motifs to the design of life-saving drugs and the environmental monitoring, fate, and remediation of persistent fluorinated pollutants. By fostering dialogue between organic and environmental chemists, this interdisciplinary forum will explore innovative strategies to advance the field responsibly and sustainably.

Molecular Design and Function in pi-Conjugated Systems (OR) 

Organizers
Wesley Chalifoux, University of Alberta
Joshua Walsh, University of Manitoba
Marc MacKinnon, University of Regina

Description:
Research into functional pi-electronic systems—conjugated molecules with tailored properties—has expanded rapidly over the past two decades. These systems include acenes, annulenes, nanographenes, porphyrins, and dyes, and span diverse fields such as supramolecular chemistry, molecular recognition, nonlinear optics, and organic semiconductors. To highlight the interdisciplinary nature and growing impact of this field, we propose a symposium titled “Molecular Design and Function in pi-Conjugated Systems” for CSC 2026. The symposium will focus on advances in synthetic methods for constructing functional materials, including conducting polymers, optoelectronic systems, and magnetic materials. In addition to synthesis, the program will emphasize structure–property relationships and the integration of theoretical insights with experimental design. We aim to assemble a diverse group of speakers—spanning career stage, geography, and background—to foster dynamic discussions and new collaborations. The scientific quality and breadth of this symposium will ensure strong attendance and a stimulating environment for cutting-edge research exchange.

Division Program Chair:

Erin R. Johnson, Dalhousie University

Chemistry at the interface of aerosol particles (PTC) 

Organizers
Styliani Consta, Western University
Yelena Simine, McGill University
Richard Bowles, University of Saskatchewan
Shahrazad Malek, University of the Fraser Valley

Description:
Liquid droplets as well as solid or semi-solid particles serve as dynamic and versatile chemical environments for reactions in a wide range of settings, from naturally occurring atmospheric aerosols to technologically relevant systems. A defining feature of these systems is the pronounced chemical reactivity at interfaces. Fundamental questions include the characterization of the physical state of the particles (e.g. amorphous, glassy) and their phase changes, structure and composition of the interface, the extent to which adsorbates penetrate into the interfacial region, and how reactivity is enhanced at the interface compared to the bulk phase. This symposium will bring together leading and early-career researcher both experimental and computational working at the intersection of atmospheric chemistry, droplet chemistry, and interfacial chemistry. The goal is to foster interdisciplinary dialogue and advance our understanding of the unique chemical dynamics occurring in these complex, confined environments.

Magnetic Resonance in Action: Methods & Applications (PTC)

Organizers
Gillian Goward, McMaster University
Darren Brouwer, Redeemer University

Description:
This symposium will bring together researchers who develop and apply magnetic resonance techniques across a broad spectrum of chemical, biochemical, and materials science disciplines. We welcome contributions from experts and practitioners in solid-state and solution NMR, electron paramagnetic resonance (EPR), magnetic resonance imaging and related spectroscopies. The session will highlight recent advances in magnetic resonance methodology, as well as their application to complex systems including biomaterials, energy storage materials, and functional solids. By fostering interdisciplinary dialogue among physical chemists, inorganic chemists, materials scientists, and biochemists, this symposium aims to showcase the versatility and impact of magnetic resonance in probing structure, dynamics, and function at the molecular level. Contributions from early-career researchers and trainees are especially encouraged to promote knowledge exchange and future collaboration.

Shaping Light, Surfaces, and Signal: New Horizons in Raman scattering (PTC)  

Organizers
Alexandre G. Brolo, University of Victoria
Li-Lin Tay, National Research Council Canada
Francois Lagugne-Labarthet, Western University

Description:
This symposium will focus on recent advances in the preparation of nanostructures that support enhanced spectroscopies, including surface-enhanced Raman scattering (SERS) and tip-enhanced Raman scattering (TERS), and their applications. The symposium will cover nanostructure fabrication, fundamental aspects of enhanced spectroscopies and the latest in their use in analytical chemistry, biomedicine, materials science and catalysis.

Liquid Molecular Velocity Distribution (PTC) 

Organizers
Roland I. Nwonodi, Federal University Wukari
Adewale Dosunmu, Federal University Otuoke

Description:
This symposium aims to advance the theory of molecular velocity of the liquid state, which is currently underdeveloped. Unlike the gaseous state, the Maxwell-Boltzmann’s velocity distribution is inadequate for predicting the molecular velocity of the liquid state, the knowledge of which is applicable in handling many global scale industrial processes in Agriculture, Petroleum Engineering, Medicine and Nanotechnology.
The topics should focus on the inclusion of intermolecular forces, resistive force, thermal energy, and even hydrogen bonds. Experimental and numerical validations are specially crucial to consider.

Mechanochemistry: New Directions for Materials and Chemical Discovery and Manufacturing (PTC) 

Organizers
Tomislav Friscic, University of Birmingham
Adam Michalchuk, University of Birmingham
David Bryce, University of Ottawa

Description:
Mechanochemistry is rapidly transforming chemical and materials synthesis by replacing solvent-intensive methods with mechanically-driven processes. Positioned at the intersection of chemistry, chemical engineering, and mechanical engineering, this non-conventional reaction environment opens new frontiers for discovery and innovation aimed towards effective, greener manufacturing. However, realizing its full potential requires significant advances in mechanistic insight, innovations in reaction monitoring, modelling, and mechanoreactor design. The symposium will showcase cutting-edge advances in mechanochemical analysis, real-time in situ monitoring by spectroscopic, thermal, acoustic, diffraction and other techniques, multi-scale modelling, and reactor development. The sessions of the symposium will be planned to provide opportunities to unite diverse communities across academic and industrial branches of chemistry, chemical engineering and mechanical engineering. The underlying theme is to facilitate interaction between fundamental research and engineering, encourage interdisciplinarity, foster collaborations, promote innovation and help develop a new, greener and overall more efficient approaches for chemical synthesis and manufacturing.

Crystal Structure Prediction and Engineering: From Conventional Tools to AI Approaches (PTC) 

Organizers
Alastair Price, University of Toronto

Description:
This symposium will explore the full spectrum of crystal structure prediction (CSP) and engineering, from established computational and experimental approaches to emerging AI-driven techniques. Conventional CSP methods, including evolutionary algorithms, density-functional theory approaches, lattice energy minimization, and crystal engineering strategies, have long provided critical insights into the design and understanding of molecular crystals. At the same time, advances in machine learning, data-driven models, and automated workflows are reshaping how researchers approach prediction and discovery. The session will highlight recent progress in both traditional and AI-based methods, along with experimental efforts in high-throughput synthesis, crystallization, and characterization. By bridging computational and experimental communities, the symposium will foster discussion on best practices, opportunities for synergy, and the complementary roles of conventional and AI techniques in predicting, synthesizing, and engineering crystals for pharmaceuticals, functional materials, and molecular frameworks. Submissions covering methodology, case studies, and applications across these areas are encouraged.

Emerging Computational and Theoretical Investigators (PTC)

Organizers
Jacob Terence Blaskovits, University of Alberta
Viki Kumar Prasad, University of Calgary
Mohamad Moosavi, University of Toronto

Description:
The symposium will highlight recent accomplishments of Early Career Researchers (who have started their independent positions within the past 5 years) in computational and theoretical chemistry and engineering. It will focus on assistant professors, post-doctoral fellows, industry collaborators and other researchers in the chemical sciences and engineering, and will showcase the diversity of the up-and-coming generation of theoretically-oriented researchers working in Canada. Topics addressed will include method development, computational insight into and design of molecules and materials, and advances in machine learning and artificial intelligence. The combined CSC/CSChE conference will be the ideal setting to foster and strengthen much-needed cross-country connections between chemistry and engineering, as well as between academia and industry. It will serve as a platform for networking among emerging Canadian researchers and their trainees.

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

Organizers
Travis Fridgen, Memorial University of Newfoundland

Description:
This is always a symposium at CSC and is quite popular now that we have it either on M/T or T/W during the week.

Synchrotron and FEL light for Physical Chemistry Research (PTC)

Organizers
Paul Mayer, University of Ottawa
Scott Hopkins, University of Waterloo

Description:
This symposium is to bring together a diverse group of physical chemistry researchers who use synchrotron and free-electron laser light sources.

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

Organizers
Oleksandr Voznyy, University of Toronto
Kulbir Kaur Ghuman, Institut National de la Recherche Scientifique
Alan Aspuru Guzik, University of Toronto
Anatole von Lilienfeld, University of Toronto
Mohamad Moosavi, University of Toronto
Jason Hattrick-Simpers, University of Toronto

Description:
This symposium will explore the transformative impact of artificial intelligence (AI) and machine learning (ML) on chemical discovery and design. We seek to highlight recent advances where data-driven computational methods, from deep learning to generative models, are accelerating the exploration of vast chemical spaces.
The session will focus on the rational design of novel biomolecules, functional materials for clean energy, and small molecules with tailored properties. Topics will include AI-accelerated discovery of advanced catalysts and battery components, de novo molecular generation for therapeutics, and protein structure prediction.
Presentations will cover the powerful synergy between AI/ML and traditional computational chemistry techniques, such as Density Functional Theory (DFT), in overcoming the limitations of conventional prediction and design workflows. This forum will foster discussion on the future of autonomous, data-driven chemistry, from hypothesis generation to experimental validation.

Transport Phenomena (PTC)

Organizers
Seyed Mohammad Taghavi, Laval University
Milana Trifkovic, University of Calgary
Faical Larachi, Laval University

Description:
This symposium will highlight advances in transport phenomena across momentum, mass, and heat transfer, with applications ranging from energy systems to biological processes and industrial operations. Contributions are welcome that address fundamental theory, modeling, simulations, and experiments, as well as interdisciplinary studies that connect transport phenomena with materials science, biotechnology, and process engineering. The symposium will emphasize both emerging methods and traditional approaches, with strong opportunities for student and postdoctoral participation. The goal is to provide a comprehensive platform bridging fundamental transport processes with applied technologies.

Division Program Chair:

Hua Deng, Alberta Energy Regulator

From the Lab to the Plant: Building Cultures of Safety (PSM) 

Organizers
Brenna Brown, Brenntag Canada Inc.
Adel Morhart, Brenntag Canada Inc.

Description:
Creating a culture of safety is critical to building a workplace where humans can thrive and innovation and flourish. We invite contributors from all chemistry and chemical engineering disciplines to share their stories about safety in chemistry. Topics can range from incident investigation and reporting, process controls, engagement activities, and people management.

Process Safety Management Division Symposium (PSM) 

Organizers
Guy Brouillard, PSM Division
Parnian Jadidian, PSM Division

Description:
The Process Safety Management Division symposium will focus on sharing knowledge, experiences, and best practices in the development, implementation, and sustainment of PSM systems. Key areas include but not limited to organizational commitment to safety, hazard and risk understanding, risk management practices, and continuous learning and improvement.
The symposium will highlight the application of PSM across industries, academia, and the public sectors, with discussions on how PSM can drive safer, more resilient operations while contributing to the sustainability of industries and communities around them.

Division Program Chair:

Richard Pazur, Department of National Defense

Advances in elastomer and rubber technology including new applications (RU) 

Organizers
Richard Pazur, Department of National Defense

Description:
This symposium will capture many important topics which are currently at the forefront in advancing rubber technology. Sample topics that can be considered are: Elastomers and Rubbers in New Applications, Elastomer or rubber modification, Advances in Rubber Mixing, Rubber compounding using novel ingredients, rubber characterization and techniques, rubber degradation and stability as well as advances in 3D printing.

Recent progress in the fabrication of Thermoplastic Elastomers (RU) 

Organizers
Steven Yu, Airboss of America Corp.

Description:
The Thermoplastic elastomers (TPEs) will include TPEs and Thermoplastic vulcanizers (TPVs). The TPEs will contain not only elastomers made of virgin thermoplastics and elastomers, such as styrene butadiene styrene copolymers (SBS and SEBS) and Thermoplastic polyolefins (TPO), but also those made of recycled rubbers incorporated into thermoplastics, such as polypropylenes or polyethylene /tire crumbs (or any other recycled vulcanized rubber products).

Targeting rubber processing issues in the rubber industry (RU) 

Organizers
Richard Pazur, Department of National Defense

Description:
This symposium will allow rubber industry participants to share their processing problems to academics and experienced rubber professionals in order to help troubleshoot and resolve outstanding issues that are limiting production or the quality of the final parts. Processing issues can be varied and can extend from mixing, milling, calendaring, extruding to molding (compression, transfer or injection) final products. New advances in the use of software based on finite element analysis can also be considered.

Division Program Chair:

Vicki Meli, Mount Allison University
Maryam Ebrahimi, Lakehead University

Surface Analysis & Dynamic Interfaces in Advanced Energy Materials (SS) 

Organizers
Mark Biesinger, Western University
Weilai Yu, University of Toronto

Description:
This interdisciplinary symposium unites advances in surface-analysis instrumentation and methodologies with studies of dynamic interfaces that determine energy-device performance. We invite concise, high-impact submissions that introduce novel detectors, instrument adaptations, or tailored sample workflows, and that employ rigorous data pipelines—including chemometrics and machine learning—to reveal, control, or predict interfacial behavior critical to performance and durability.
We particularly welcome in situ and operando investigations that link molecular- or nanoscale interfacial chemistry to system-level outcomes in batteries, electrolyzers, photo-driven systems, thermoelectrics, and solid-state devices. Submissions that combine advanced characterization with mechanistic modeling or ML-driven discovery and clearly demonstrate pathways to improved conversion, storage, or stability will be prioritized.
Aligned with the conference theme “Erasing Boundaries,” the symposium encourages contributions from academia, national labs, and industry that bridge instrumentation and interface science to accelerate real-world impact. Suggested topics include:
• New or modified surface-analysis instrumentation and detectors
• Novel sample-preparation strategies for challenging or heterogeneous materials
• In situ / operando interface characterization
• High-resolution chemical and spatial imaging and mapping
• Data processing, chemometrics, and machine-learning methods for surface datasets
• Interface-driven design and mechanistic studies for energy devices
• Case studies linking instrumentation advances to measurable device improvements
We invite experimental, theoretical, and instrumentation-focused submissions that push the limits of surface analysis and translate insight into more efficient, reliable, and longer-lasting energy technologies

The next BIG challenges for Surface and Interface Science [Panel Discussion] (SS) 

Organizers
Vicki Meli, Mount Allison University

Description:
Surface and interface science, from fundamental to applied, has always been a big part of the most important scientific research problems affecting our society. However, what are the biggest challenges faced by researchers at this interface? If solved, which problems will make the biggest impact and advance real solutions?

Soft Matter and Interfaces (SS) 

Organizers
Reghan J. Hill, McGill University
Vicki Meli, Mount Allison University

Description:
This symposium welcomes theoretical and experimental contributions addressing fundamental and applied aspects of soft (and hard micro/nano-structured) interfaces, complex fluids and soft matter: including, but not necessarily limited to hydrogels, bubbles, drops and colloidal particulates, electrokinetic phenomena, interfacial and non-linear flows, micro- and nano-fluidics, rheology. This symposium invites contributions involving supramolecular assembly, and applications of surface and interface science to biological and environmental systems. A special invitation is extended to studies addressing charge transport in nano- and micro-porous materials, envisioning applications to advanced materials (soft electronics), energy (fuel cells and batteries), and biological systems.

Wettability and Adhesion (SS) 

Organizers
Kevin Golovin, University of Toronto

Description:
This session will focus on developments in wetting, adhesion, and interface dynamics including but not limited to materials research (coatings, structured surfaces, etc.), droplet studies (friction, wetting, triboelectricity, etc.), and adhesion studies (bonding, antifouling, adsorption, etc.).

Applications of Surface Science for Society (SS) 

Organizers
Byron Gates, Simon Fraser University

Description:
Surface science plays a vital role in tackling many of today’s societal challenges. Advances in this field are deepening our fundamental understanding of surfaces and interfaces, enabling a wide range of practical applications. These include developing more sustainable methods for protecting materials from corrosion, improving energy technologies such as electrocatalysis and batteries, and creating better ways to detect pathogens—among many other innovations. Contributions from a diverse group of researchers and across a broad range of topics are strongly encouraged.

Chemistry and Physics of Low-Dimensional Materials (SS) 

Organizers
Maryam Ebrahimi, Lakehead University

Description:
This symposium invites surface or nanoscale science studies of on-surface chemical phenomena, epitaxial growth, or fabrication of low-dimensional (0D/1D/2D) materials and surface-confined (1D/2D) molecular assembly, and investigations of their properties at the nanoscale. We welcome contributions carried out at the solid-vacuum, solid-gas, or solid-liquid interfaces utilizing scanning probe microscopy and spectroscopy, or other surface characterization techniques, and related computational or theoretical work, as well as materials’ integration in devices for various applications.

Division Program Chair:

Nicolas Hudon, Queen’s University

AI-Driven Process Systems: Bridging Chemistry, Control, and Sustainability (SC) 

Organizers
Tianlong (Taylor) Liu, Western University
Christopher DeGroot, Western University
Ahmed AlSayed, Western University

Description:
This symposium explores the integration of AI into process systems engineering to advance understanding, automation, optimization, and sustainability in chemical engineering and chemistry. It will feature recent advances in AI-driven process control, hybrid modeling, physics-informed machine learning, digital twins, and predictive maintenance, with applications in molecular- and reaction-level engineering for energy systems, water/wastewater treatment, carbon capture, etc. Topics include plant-wide optimization via reinforcement learning and model predictive control, soft sensing and spectroscopy-based monitoring, and embedding reaction kinetics, thermodynamics, and stoichiometry into AI tools to bridge lab-scale chemistry and industrial-scale operations. This symposium will embody the “Erasing Boundaries” theme and bring together researchers and practitioners from both societies, fostering interdisciplinary collaboration between molecular science and process engineering. Contributions from both academia and industry are welcome, with a focus on diverse speakers and active engagement of students and ECRs.

AI-Driven Cyberattack Detection and Resilience in Industrial Control Systems (SC) 

Organizers
Purushottama Rao Dasari, University of Alberta
Biao Huang, University of Alberta

Description:
This symposium focuses on hybrid artificial intelligence frameworks for real-time cyberattack detection and classification in Industrial Control Systems (ICS). With the growing integration of network-based control in chemical and industrial environments, ICS are increasingly vulnerable to sophisticated threats like Min-Max, Ramp, Surge, and Replay attacks. This session invites contributions that blend statistical modeling and machine learning, such as enhanced Typicality and Eccentricity Data Analytics (TEDA), Balance Equation Models (BEM), and image-based classification using CNNs. Special emphasis is given to approaches leveraging Gramian Angular Summation Field (GASF) transformation, lightweight architectures for real-time deployment, and strategies that activate deep learning only upon anomaly detection to conserve resources. This symposium targets researchers and practitioners working at the intersection of process control, cybersecurity, and industrial AI, aiming to develop scalable, accurate, and efficient detection frameworks that ensure resilience in modern ICS environments.

Systems and Control Division Symposium (SC) 

Organizers
Nicolas Hudon, Queen’s University

Description:
The Systems and Control Division of the Chemical Institute of Canada consists of researchers, professionals, and students who are interested in all aspects of process systems engineering (PSE): Process control, process modeling, process optimization, statistical methods and data analytics applied to chemical process systems. The Systems and Control Division Symposium includes contributions presenting fundamental or application results on the following topics: Chemical Process Modelling, Control, and Optimization;
Statistical Process Control and Data Analytics; Artificial Intelligence and Machine Learning; and,
Applications of Process Systems Engineering to Process Intensification, Energy Management and the Environment.