NSERC CREATE ME2

Materials for Electrochemical Energy Solutions

Water Electrolysers

Bottlenecks, Advantages, and Outlook

April 4^th , 2023

14:45 PM – 16:00 PM (MDT)

The CREATE ME2 Team is pleased to invite you to attend a guest speaker (Dr. Bruno G. POLLET) workshop. 

Abstract: Climate change is one of the greatest challenges facing the world today and energy systems need to meet the commitments made at the 2015 Paris Agreement. Many countries have implemented decarbonisation strategies for significantly reducing greenhouse gases (GHG) and CO2 emissions. It is now widely accepted that hydrogen will be required as part of the decarbonised energy systems, and there is significant momentum building in the renewable and low-carbon hydrogen energy sector around the world.

In the case of “green hydrogen” (GH2), it is a hydrogen produced through the electrolysis of water in an electrolyser, powered by renewable electricity, the so-called “green electron”, e.g., wind, solar, hydro, thermal, etc (<0.1% of the global hydrogen production vs. 99% from fossil fuels). Some recent market reports indicate that between 400-550million tonnes of hydrogen will be produced by electrolysis, requiring 3,000-4,000GW of electrolysers (ca. 3,000-4,000 times increase in electrolyser capacity by 2050). Although the cost of GH2 is falling largely due to falling renewable power costs, GH2 is still 2-3 times more expensive than “blue hydrogen” (produced from reformed fossil fuels with carbon capture and storage, CCS) and further cost reductions are needed.

Water Electrolyser (WE) technologies strongly depend upon the materials used i.e., catalysts, electrolytes, separators, electrodes, porous transport layers/gas diffusion layers, working temperatures and pressures. Currently, there are five main types of WE, namely: (i) Proton Exchange Membrane Water Electrolyser (PEMWE), (ii) Alkaline Water Electrolyser (AWE), (iii) Anion Exchange Membrane Water Electrolyser (AEMWE) (iv) Solid Oxide Electrolysis Cell (SOEC) and (v) Proton Conducting Ceramic Electrolyser (PCCEL). For all WE, further R&D in materials and systems (e.g., BoP- balance of plant) is required to drastically improve performance and durability as well as reducing costs [1,2].

This presentation will highlight the state-of-the-art, benefits, bottlenecks (e.g., critical raw materials, membranes, degradation, costs, etc), strategies for cost reduction (materials, stack, and system levels), potential routes for overcoming the major issues, and future key performance indicators (KPIs) and targets for all low-temperature water electrolyser technologies.

References: [1] Chatenet, M.; Pollet, B.G.; et al., Water Electrolysis: From textbook knowledge to the latest scientific strategies and industrial developments. Chem. Soc. Rev. 2022, 51, 4583-4762. DOI https://doi.org/10.1039/D0CS01079K (Open Access); [2] Hydrogen and Fuel Cells Primers books

Biography: Bruno G. Pollet has worked on Hydrogen Energy in the UK, Japan, South Africa, Norway, and Canada. He is a Fellow of the UK Royal Society of Chemistry, and Professor of Chemistry at the University of Quebec at Trois-Rivières (UQTR) in Canada. He is a member of the Council of Engineers for the Energy Transition: An Independent Advisory Council to the United Nations’ Secretary-General. He holds the Canada Research Chair and Industrial Research Chair in Green and Renewable Hydrogen Production with a strong focus on the next generation of electrolysers. He is Director of the UQTR Institute for Hydrogen Research (IHR), Director of the Green Hydrogen Laboratory (GH2Lab), Adjunct Professor of Renewable Energy at the Department of Energy & Process Engineering (DEPE), Norwegian University of Science and Technology (NTNU), Adjunct Professor at the Hydrogen Safety Engineering Research (HySAFER), Ulster University (UK) and President of the Green Hydrogen Division of the International Association for Hydrogen Energy (IAHE). He is an active member of Hydrogen Europe Research. In 2022, the hydrogen community awarded him with the "IAHE Sir William Grove Award" for his work in hydrogen, fuel cell and electrolyser technologies. He is member of the Board of Directors of the Canadian Hydrogen and Fuel Cell Association (CHFCA). He is also leading H2CAN 2.0, a cluster of H2FC R&D groups in Canada (www.h2can.org). His research covers a wide range of areas from the development of novel materials for low-temperature fuel cells and water electrolysers, hydrogen production from pure, waste, & saline waters, as well as oxygenated solutions and CO -saturated waters to fuel cell and electrolyser systems, demonstrators, & prototypes. His research also focuses on sonoelectrochemistry to produce fuel cell/electrolyser materials and to improve electrochemical processes. He co-founded & co-directed the Birmingham Centre for Hydrogen and Fuel Cell (H2FC) Research (UK) and was Director of Hydrogen South Africa (HySA) Systems Integration & Technology Validation Competence Centre (South Africa). He has also worked in industry for Johnson Matthey Fuel Cells Ltd (UK) and other industries worldwide. He successfully developed the first large-scale Sono-Electrochemical (SE) reactor for the water treatment sector. He gained his PhD in Physical Chemistry in the field of SE at Coventry University & undertook his PostDoc in Electrocatalysis at the Liverpool University Electrochemistry (UK). In 2009, he established the first Master and PhD with Integrated Studies teaching and learning programmes in H2FC & their applications in the UK. He serves on several associations & industry boards as well as editorial boards of international journals (Elsevier, RSC, Springer, Wiley & IOP).

NSERC CREATE ME2

Materials for Electrochemical Energy Solutions

Making It Simple, But Significant: How to Design an Impactful Research Presentation

February 28^th, 2023

9:30 AM – 11:30 AM

The CREATE ME2 team is pleased to invite you to attend this interactive workshop to learn more about designing an engaging research presentation and preparing for participation in the CREATE ME² Three Minute Thesis Competition. The workshop is delivered by Ms. Felicia Glatz, Learning and Design Specialist, My GradSkills, University of Calgary.

As a CREATE ME² trainee, you are encouraged to participate in the CREATE ME² Three-Minutes Thesis competition and the competition at your university (Calgary, Edmonton, Waterloo). This workshop targets graduate students (MSc & PhD) to help them develop skills in translating their research and its impact for non-specialists. The skills are becoming essential for many purposes such as https://grad.ucalgary.ca/my-gradskills/three-minute-thesis:

• Funding proposals
• Transitioning into employment
• Generating interest in, awareness of and support for academic research
• Communicating with confidence and clarity to diverse audiences

Workshop topics include:

• The importance of understanding who your audience is
• Crafting a presentation that engages your audience and highlights the impact of your research
• How to prepare for a virtual 3MT presentation
• Designing slides to frame your talk (if time permits)

Attendees will have time to apply their learning through exercises such as analysis of 3 Minute Thesis presentations and crafting an outline of their talks using the COMPASS Message Box https://www.compassscicomm.org/

The 3MT takes place each year during the winter term. The CREATE ME² competition will be held on May 2nd, 2023 and the top three winners will receive a prize of $350, $250, $150 respectively. In addition, $100 prize for the People’s Choice. More details about the competition will be sent out after the workshop. 

Life Cycle and Techno-Economic Analysis Workshop

The CREATE ME2 team would like to invite you to the Life Cycle and Techno-Economic Analysis Workshop. The workshop will take place on November 24, 2022 from 13:00 – 17:00 at ENB 201.

Description:
The environmental and economic impacts and trade-offs of a technology are typically not characterized until a technology is close to commercialization. This can lead to unintended negative economic and environmental consequences. The workshop will commence with an introductory presentation of life cycle assessment (LCA) and techno-economic analysis (TEA) in the context of energy storage and conversion technologies. Applications and case studies will be presented that will provide examples of how these tools can be helpful to researchers.

In this workshop, trainees will learn how to use LCA tools and apply them to assess new technologies under development. Considerations about harmonizing TEA with LCA will be provided to explore potential trade- offs. The workshop will include examples in the energy conversion space, such as using Solid Oxide Electrolysis Cells (SOECs) to produce alternative fuels. During the workshop, attendees will be able to brainstorm how to apply LCA and TEA in their research and get hands-on experience with LCA and TEA to inform R&D decisions through economic and
environmental perspectives.

The workshop will be delivered by Dr. Joule Bergerson (CREATE ME2 Co-PI and Associate Professor in the Department of Chemical & Petroleum Engineering) and Emily Nishikawa (CREATE ME2 PhD student). Emily has attended workshops on this theme before and uses these tools extensively in her research, and will provide advice, feedback, and support to trainees.

An informal networking event including drinks and snacks will follow the workshop from 17:00 –18:00.

Kindly RSVP and confirm dietary restrictions by contacting Fei Pan This email address is being protected from spambots. You need JavaScript enabled to view it. at your earliest convenience and no later than November 7, 2022.

We look forward to seeing you at the event.
CREATE ME2 Team

Dr. Joule Bergerson
Associate Professor, Canada Research Chair in Energy Technology Assessment
Chemical and Petroleum Engineering

Dr. Joule Bergerson is an Associate Professor in the Chemical and Petroleum Engineering Department and the Centre for Environmental Engineering Research and Education in the Schulich School of Engineering at the University of Calgary. Her primary research interests are systems-level analysis for policy and decision making of energy system investment and management. The focus of her work is developing tools and frameworks for the assessment of prospective technology
options and their policy implications from a life cycle perspective. To date, her work has addressed fossil fuel derived electricity, oil sands development, carbon capture and storage, renewable energy and energy storage technologies. Project researchers on her team work with scientists, engineers and members of the business community who are developing new energy technologies, to develop and refine techniques for prospective life cycle assessment. These techniques help prioritize research and development activities, by identifying technologies – or optimal combinations of technologies – that would provide particularly large life
cycle benefits.

Emily Nishikawa
PhD candidate, Energy Technology Assessment Research Group
Chemical and Petroleum Engineering

Emily Nishikawa is a PhD candidate in Dr. Joule Bergerson’s group in the Chemical and Petroleum Engineering Department in the Schulich School of Engineering at the University of Calgary. She assesses carbon conversion technologies in early stages of development from life cycle and techno-economic perspectives. Electrochemical and thermochemical pathways are of particular interest, as well as biomass alternative fuel production. Previously, she worked with biosorption of toxic metals for wastewater treatment and R&D of consumer products.

NSERC CREATE ME2

Materials for Electrochemical Energy Solutions

CREATE and Use Hydrogen
4th Annual Conference

CREATE and Use Hydrogen Conference

 August 25, 2022

Renewable energy is already operating at scale and is on track to double its reach in Canada. Large-scale energy storage options are critical to address the intermittent and seasonal nature of renewable energy, and enable further deployment into the electrical grid. Hydrogen production and storage can enable grid-scale energy storage in the form of a chemical fuel. Its energy can then be released again by using the gas as fuel in a combustion engine or a fuel cell. The interest in hydrogen energy storage is growing due to the much higher storage capacity compared to batteries (small scale) or pumped hydro (large scale). Hydrogen (H₂) will also be an important part of the energy transition as a potential CO₂-free fuel source for transportation and industrial processes.

We are pleased to invite you to join our fourth CREATE ME² annual conference and share our thoughts and exchange ideas on how hydrogen can be produced efficiently and used as an energy carrier to store, move, and deliver energy produced from other sources to fulfill this dispatchable energy role and deliver low-carbon energy, explore current and future research directions, and reach new heights on how to CREATE and Use Hydrogen. 

 This conference will focus on the top topics of H₂ from fundamentals to applications. It will explain the steps that have led to improved usage of H₂ for energy storage and environmental technologies. It will also highlight the speakers experience and findings in the following areas: 

 · Hydrogen Economics 

· Production and distribution 

· Energy storage 

· Hydrogen for transportation 

· Hydrogen on the road

 The conference will conclude with a panel discussion on possible H₂ sources, the use of hydrogen and barriers to further development. Conference Program 

 Materials, Energy, & Environmental Technology

MEET the Innovators!

Innovation Fair – August 26, 2022

We are pleased to invite you to join our fourth CREATE ME2 annual Innovation Fair Materials, Energy, & Environmental Technology and meet the Innovators and discover what the faculties of Engineering and Science have to offer

This is an ideal industry platform for researchers to showcase their latest research and innovations in clean-energy technology from the CREATE team and our partners, and graduate students and postdoctoral follows in Engineering and Science. The Innovation Fair seeks to present novel research applications and technologies and bring together leading academic scientists, researchers and industry partners to exchange and share their experiences about all aspects of clean and renewable energy. 

 The Innovation Fair is an exciting opportunity for industry, investors and researchers to learn about the latest emerging innovations in sustainable energy technologies. Researchers will display their technologies and promote their commercial potential. Innovation Fair Program

Making It Simple, But Significant: How to Design an Impactful Research Presentation

March 2, 2022
10:00 – 12:00 pm MST

We are pleased to invite you to attend this interactive workshop to learn more about designing an engaging research presentation and preparing for participation in the CREATE ME2 Three Minute Thesis Competition. The workshop is delivered by Ms. Felicia Glatz, Learning and Design Specialist, My GradSkills, University of Calgary.
As a CREATE ME2 trainee, you are encouraged to participate in the CREATE ME2 Three-Minutes Thesis competition and the competition at your university (Calgary, Edmonton, Waterloo). This workshop targets graduate students (MSc & PhD) to help them develop skills in translating their research and its impact for non-specialists. The skills are becoming essential for many purposes such as https://grad.ucalgary.ca/my-gradskills/three-minute-thesis:

• Funding proposals
• Transitioning into employment
• Generating interest in, awareness of and support for academic research
• Communicating with confidence and clarity to diverse audiences

Workshop topics include:
• The importance of understanding who your audience is
• Crafting a presentation that engages your audience and highlights the impact of your research
• How to prepare for a virtual 3MT presentation
• Designing slides to frame your talk (if time permits)

Attendees will have time to apply their learning through exercises such as analysis of 3 Minute Thesis presentations and crafting an outline of their talks using the COMPASS Message Box https://www.compassscicomm.org/
The 3MT takes place each year during the winter term (check your university calendar for registration). Due to covid, some universities may not be holding a 3MT competition but may have other options for practicing your research communication skills.

The CREATE ME2 competition will be held on April 27th, 2022 and the top three winners will receive a prize of $350, $250, $150 respectively. In addition, $100 prize for the People’s Choice. More details about the competition will be sent out after the workshop

Solid Electrolytes for All-Solid-State Batteries Workshop

January 27, 2022

10:00AM-12:00PM (MST)

This workshop focused on Solid Electrolytes for All-Solid-State Batteries and delivered by the keynote speaker Dr. Linda Nazar, University of Waterloo, Department of Chemistry. This workshop included a presentation from the CREATE ME² trainees, Dr. Chengtian Zhou and Akhil Abraham

All solid-state lithium-ion batteries (ASSBs) have emerged as attractive alternatives to conventional liquid electrolyte cells for electrochemical energy storage, owing to their anticipated enhanced safety and higher energy densities. ASSBs are founded on high performance fast-ion conducting solid electrolytes, where the search for improved materials hinges on understanding their intrinsic nature and gaining comprehensive knowledge of the factors that dictate facile Li-ion transport. In turn, incorporating them into high functional ASSBs relies on mastering the interface of the solid electrolyte with the electrode materials.

These topics were the focus of the presentation based on recent findings in our laboratory. Our correlation of structure with ionic conductivity in a range of newly developed fast ion Li conductors helps understand how cation disorder and a frustrated energy landscape impacts conductivity and activation energy. These considerations lead to exciting new classes of fast-ion conductors. Promising all solid-state Li-ion batteries utilize “bare” NCM-type, Ni-rich lithium metal oxide cathodes coupled with high voltage-stable solid-state electrolytes. Low-resistance “clean” solid-solid interfaces enable room temperature cells with capacities close to their liquid Li-ion counterparts at practical discharge rates over hundreds and even thousands of cycles.

Electrochemical Conversion of CO2 to Green Fuels and Products Conference

December 9, 2021
08:30 – 15:00 pm MST
We are pleased to invite you to join our next CREATE ME2 conference and share our thoughts and exchange ideas, particularly on the development of electrochemical CO2 conversion technologies to deliver low-carbon energy, explore current and future research directions, and better understand Electrochemical Conversion of CO2 to Green Fuels and Products.
This conference will focus on CO2 emissions, mitigation efforts, and opportunities for electrochemical conversion, from fundamentals to applications. It will explain the steps that have led to improved usage of CO2 for energy storage and environmental technologies, as well as CO2 conversion and utilization. It will also explore the differences between low and high temperature CO2 reduction options (CO2RR), specifically CO2RR at low temperature to produce a range of HC products, COR2RR to CO and syngas at high temperatures, and life cycle assessment of CO2RR. The workshop will highlight the current status and new discoveries in the following areas:
• Current status of CO2 emissions reductions and mitigation efforts in Canada
• CO2 conversion and utilization options in relation to energy storage
• Novel catalysts for CO2RR and new directions in MEA testing
• High temperature CO2 conversion in solid oxide cells
• Challenges going forward
This conference will also include a panel discussion to discuss relevant topics, such as barriers to CO2RR, sources of CO2 in relation to impurities and concentrations, CO2RR and intermittency of renewables, comparisons between electrochemical energy storage through electrolysis of CO2, H2 production and batteries, as well as scale-up and commercialization challenges.

Properties of Carbon Materials in Electrochemistry Webinar

November 16th, 2021
09:00 – 10:30 am MST
4:00 – 5.30 pm GMT

This CREATE ME2 webinar was delivered by Professor Robert Dryfe, Professor of Physical Chemistry at the University of Manchester, UK, on Properties of carbon materials in Electrochemistry.
Prof. Dryfe focused on the electrochemistry of various carbon materials, from fundamentals to applications. He explained the steps that have led to improved performance of these materials for energy and environmental technologies. He also discussed the capacitance of graphene, as a two-dimensional monolayer of carbon atoms, from model systems to large-scale devices. Prof. Dryfe highlighted his experience and findings in the following areas:

• Graphene materials
• Carbon composites
• Raman spectroscopy as a useful tool for characterizing carbon materials
• Industry applications of carbon materials
• Projected growth in the demand for carbon materials in energy and environmental devices

Prof. Dryfe concluded his talk by answering the audience questions.

Modern Lithium-Ion Batteries:
More than a million miles and possibly a century of life

August 26th, 2021
09:00 – 10:30 am MST
4:00 – 5.30 pm BST
Li-ion batteries webinar was designed to allow our trainees to meet Canada’s foremost lithium-ion battery expert, Dr. Jeff Dahn, the NSERC/Tesla Industrial Research Chair and Canada Research Chair in Materials Science and Technology. The webinar focuses on Modern Lithium-ion batteries.
Dr. Dahn focused on the factors that cause degradation of lithium-ion batteries. He then explained the scientific steps that have been implemented to virtually eliminate degradation at ambient temperature. The lifetime of modern Li-ion batteries can now approach a century. He then clearly explained why cells with such long lifetimes bring new opportunities to reduce greenhouse gas emission. Dr. Dahn highlighted his experience and best practices in the following areas:
• How good Li-ion batteries can be and what are the consequences of that
• Grid energy storage
• “Vehicle to grid” energy storage
• Projected growth of the Li-ion battery sector until 2030.

ENCH 619.80 MATERIALS CHARACTERIZATION
Spring 2021 

May 5 - June 17, 2021

Monday/Wednesday 
8:00 - 10:45 AM MST

The course covered a series of different materials characterization techniques.  For each technique, there was on-line classes covering the principle of the method, how it works, how it can be used, and the type of information it can generate, and method demonstration (on-line) including video or live demonstration sample preparation, instrument operation, operating software and data analysis.

Career Development Series (four sessions)

May 4 -25, 2021

1-3 PM MST (8 hours total)

Week 1: How to plan and map your career - May 4, 2021
- Take stock of your situation in our current economy and where you are in your career and job search
- Assess your interests, values, strengths, traits, skills and ambitions and what you want from your career
- Explore different work options, understand labour market trends and learn how to conduct occupational and industry research
- Take steps to create and carry out an action plan to conduct your job search online
Week 2: Resumes, cover letters, and application strategies - May 11, 2021
- Gain a competitive advantage with your resume and cover letter and get noticed by employers
- Target your resume and cover letter to an employer’s needs and format to create a professional appearance
- Highlight your accomplishments and key competencies to showcase your experience in an effective way
- Understand the application process and apply effective strategies to stand out from your competition
Week 3: Preparing for interviews - May 18, 2021
- Learn how to decode job interviews and prepare effectively for them
- Increase your confidence and get into the ideal interview mindset
- Set yourself apart from other candidates and convey your unique value proposition
- Prepare for different types of interviews including in-person, phone and virtual interviews
Week 4: Networking & leveraging LinkedIn - May 25, 2021
- Learn why networking is one of the most important skills that career-changers and job-seekers need to be successful
- Develop your network and leverage LinkedIn to identify meaningful opportunities, gain valuable industry insights and create successful connections
- Learn the do’s and don’ts of networking and overcome fear of networking with practical strategies and tips
- Discover how UCalgary Mentor Link can enhance your network and help develop your career"

Three Minutes Thesis Competition

April 29th, 2021
10am – 12pm

This competition is a great opportunity for graduate students to practice public speaking and present their research to not only academics and scientists but also to the wider community and a general audience. The top three winners will receive a prize of $350, $250, $150 respectively.
The CREATE ME2 competition will be held virtually. You will need to videotape your presentation and send it to Aber Abulhassn no later than April 9th, 2021. The pre-recorded videos will be sent to the judges, who are 80% industry professionals and 20% academic staff. The judges will use the criteria below to judge the presentations. The finals will be held via Zoom on April 29th and will include live interviews and pre-recorded 3MT videos of the top presenters.

Industry Internship / Accelerate Program workshop

March 9th, 2021
10am -12pm MST

Do you want to put your talent to work with a paid internship at an organization that needs your expertise?
Do you feel your career options after graduation will be too limited?
Would you like to do research with a non-academic partner but do not know where to start?
To help you answer these questions, we invite you to join this interactive workshop hosted by Mitacs and the CREATE ME2 program. The main objective of this workshop is to provide some tools and skillset to help with your job readiness and broaden your horizons as a graduate student or postdoctoral fellow by acquiring research experience in the field of your choice. We will introduce Mitacs Accelerate program and its requirements to provide a thorough description of this unique opportunity. Funding starts at $15,000 for four-months research project.
Through this workshop, students learned about the three steps-application and practical techniques to find an industry partner. 

Making It Simple, But Significant: How To Design An Impactful Research Presentation

February 17th, 2021
This interactive workshop aimes to help graduate students designing an engaging research presentation and preparing for participation in the CREATE ME2 Three Minute Thesis Competition.
CREATE ME2 trainees are encouraged to participate in the CREATE ME2 Three-Minutes Thesis competition and the competition at your university (Calgary, Edmonton, Waterloo). This workshop targeted graduate students (MSc & PhD) to help them develop skills in translating their research and its impact for non-specialists. The skills are becoming essential for many purposes such as https://grad.ucalgary.ca/my-gradskills/three-minute-thesis:
• Funding proposals
• Transitioning into employment
• Generating interest in, awareness of and support for academic research
• Communicating with confidence and clarity to diverse audiences
Workshop topics included:
• The importance of understanding who your audience is
• Crafting a presentation that engages your audience and highlights the impact of your research
• How to prepare for a virtual 3MT presentation
• Designing slides to frame your talk (if time permits)
Attendees will have time to apply their learning through exercises such as analysis of 3 Minute Thesis presentations and crafting an outline of their talks using the COMPASS Message Box https://www.compassscicomm.org/
The CREATE ME2 competition will be held on April 27th and the top three winners will receive a prize of $350, $250, $150 respectively.

The Future of Alberta / Canada Energy Storage and Economic Recovery

November 18th, 2020
10:00 – 12:00 MST
We are pleased to invite you to join our panel discussion that focuses on The Future of Alberta / Canada Energy Storage and Economic Recovery. The panellists will focus on the CREATE ME2 energy technologies and their potential development and contribution to energy storage in the Alberta context (i.e. grid-scale electricity storage; solid state lithium batteries for automotive applications; fuel cells for transport, and conversion of carbon dioxide to fuel). These
technologies share common material requirements as well as economic, systems level analysis, and regulatory issues. The panel will also consider Alberta’s role in Canada’s emerging energy storage sector, the lifecycle considerations for electrochemical technologies, and the challenges associated with scale up, regulation and investment.
Each panellist will share their experience and best practices in the following areas:
• The importance of energy storage industry
• CREATE ME2 technologies and energy storage industry
• The current role of energy storage in Alberta / Canada
• Energy storage and improved reliability
• Lifecycle considerations for electrochemical technologies
• Challenges associated with market regulation, scale up and investments
• Economic barriers for the development of energy storage industry
• Building bridges between academia and industry
Panellists: Dr. Maureen Kolla (Alberta Innovates), Dr. Joule Bergerson (University of Calgary), Biju Gopi (Alberta Electric System Operator), Ian Kane (Excell Battery), Dr. Kelly Krahulic (Summit Nanotech), and Travis Lusney (Power Advisory LLC)

Strategies for Finding A Job After Grad School

August 18th, 2020
10:00 – 12:00 MST
Finishing graduate school is a big deal. It takes years of commitment, hard work, lab experiments, long working hours, and above all an unwavering dedication to learning. Moving toward a professional career can be a complex process for some new grads because it is challenging to face the competitive job market. You need to exploit your knowledge and years of graduate school experience to land employment after grad school.
This panel discussion focused on academic and industry career paths and how our panellists successfully landed a job after grad school. The panel discussion offered tips to help grad students and postdoctoral fellows prepare for life after grad school in discovering their professional career. The panellists shared their own job-hunting journey with us and provided tips to help you streamline your job search. Each panellist’s employment story is unique and different, and they shared their experience and advice on:
• Job-hunting
• Early job-hunting preparation
• Resume / CV and cover letter
• Interview process
• Rejection and how to handle it
• The role of networking
• The relationship between their thesis project and job position
• Skills needed to land their job
• The benefits of graduate training opportunities
• Work culture and attitude
• Interpersonal skills required by academia and industry
• Pros and cons of their job

Panellists: Anne Benneker, Erin Gawron, Erwan Bertin, Farbod Sharif, John Vandersleen
Moderator: Dr. Ted Roberts

Pore-scale Modeling of Battery and Fuel Cell Performance Webinar
NSERC CREATE ME2
Materials for Electrochemical Energy Solutions & Waterloo Electrochemical Society Student Chapter

July 29th , 2020
10 – 11am MST
This was a joint webinar between the NSERC CREATE ME2 and Waterloo Electrochemical Society Student Chapter (WatECS). The webinar discussed the pore-scale modeling of electrochemical devices, with a focus on the structure-performance of lithium-ion cathode materials and PEMFC catalyst layers. Also, we focused on the pore network approach to modeling electrodes at the pore scale, which offers the ability to study the structure-performance relationship in substantially less computational time than conventional computational approaches.
This webinar delivered by Dr. Jeff Gostick, Associate Professor, Department of Chemical Engineering, at The University of Waterloo. Dr. Gostick leads the Porous Materials Engineering & Analysis Lab (PMEAL), and his group is the lead developer of OpenPNM and PoreSpy, two open-source software packages for studying porous materials at the pore-scale.
The presentation outlined the general approach for pore network modelling of the complex multiphysics involved in electrode reactions. Starting with the extraction of networks from tomograms (both traditional solid-void binary images as well as multiphase images of Li-ion cathodes consisting of void, active material, and binder), leading into the construction of accurate representations of the pore network structure, followed by a description of the mathematics of the physics being considered and discussion of some developments in implementing true multiphysics within the PNM framework.
The presentation introduced, via case studies, several of the recent accomplishments that his group have made using PNMs. Firstly, fuel cell catalyst layers result will be presented. This was conducted using networks obtained from pFIB-SEM serial sections, which produces images with 2nm voxel resolution. The incorporation of partitioning at the gas-ionomer interface and the role of ionomer thin films in ion conduction are both accessible within this model. Next, Dr. Gostick discussed the application of PNMs to Li-ion cathodes. This work was done in collaboration with Electrochemical Innovation Lab at University College of London (UCL). Network models were extracted from 3-phase tomograms including void, active material, and the carbon binder phase, and validated against direct numerical simulation. Preliminary results will be shown highlighting the ability of PNMs to simulate transient discharge behavior in Li-ion.

Electrochemical Cell Design for Energy and Environmental Applications Webinar

June 30th, 2020

10:00 - 11:00MST

This was the first joint webinar between the NSERC CREATE ME² and Waterloo Electrochemical Student Chapter (WatECS). The webinar created to discuss cell design from an electrochemical engineering aspect focusing on the redox flow battery technology for energy storage and the electrochemical water treatment for environmental applications.      

This webinar was delivered by Dr. Edward (Ted) Roberts, Professor and Associate Head (Research), Department of Chemical and Petroleum Engineering, Schulich School of engineering at The University of Calgary. Dr. Roberts introduced his research in the area of redox flow batteries for energy storage and water treatment technologies.

The presentation outlined a general approach for electrochemical cell design (including the bipolar stack, and the integration of porous electrodes), and introduced case studies for both water treatment and energy storage systems. Those case studies reflect Dr. Roberts’ experience in electrochemical technology development, including adsorption / electrochemical regeneration, electrocoagulation, and redox flow batteries. Dr. Roberts highlighted cell design and scale-up challenges arising from flow/mass transport and electrical potential distribution. He also introduced some innovative ideas for cell design for water treatment that were discovered and tested by his research groups, using: moving packed bed, oscillating, and flow through electrodes, as well as magnetic field effects. Dr. Roberts concluded his presentation by introducing the use of flow through electrodes to develop membrane free redox flow batteries and enhance performance in zinc electrode system.

Research integrity and academic writing from proposals to publication at the graduate level

May 27th, 2020

10am - 12pm (Virtual Training)

University of Calgary

This event was our first join event with the Student Success Centre. The workshop was  designed to increase students’ awareness of research integrity issues and to present writing strategies to help with developing their research proposal and future publications. 

The pursuit of knowledge in an academic setting requires an atmosphere of trust. Yet, examples of data falsification and fabrication continue to exist. In this session, we talked about what ethical scholarship means during research, writing and publishing your work.

Academic writing is important for graduate students, especially in a research institution like the University of Calgary. At the beginning of the graduate program, supervisors expect graduate students to write an acceptable research proposal and be able to articulate an effective thesis statement to describe their research. This task would prepare the stage for graduate students to write a comprehensive research abstract and prepare them to participate in a conference and write journal publications. Academic writing is not an easy task. Writing is a process. You write to convey your ideas, knowledge and your research findings to an audience, not just to yourself. 

The writing section of this workshop focused on how to improve students' writing skills. It started with common challenges that graduate students experience in their writing. Then, it proposed an effective approach to help students nail down their specific research objective and build an effective thesis/dissertation structure.

The workshop delivered by Ms. Lee-Ann Penaluna and Mr. Alaa D.A. Dabboor from the Student Success Centre at the University of Calgary.

Introduction to Neutron Reflectometry for Electrochemical Applications

March 25th, 2020 - Virtual Training

University of Calgary 09:00 – 13:00

The workshop delivered by one of our postdoctoral fellows, Dr. Udit Shrivastava. This workshop introduced researchers to Neutron Reflectometry (NR) and its application to study interfacial structures encountered in many electrochemical systems. One of the pertinent examples is the electrochemical interface in polymer electrolyte based electrochemical devices, i.e. the catalyst/ionomer interface encountered in fuel cells, gas-fed CO2 electrolyzers, water electrolyzers, and polymer-electrolyte based sensors. NR is a depth profiling technique often utilized to provide information on the material distribution down to few Angstroms in the thickness direction of ultrathin films (~5 nm) and thick films (~ 100 nm). In addition, NR is employed to measure the swelling of thin films under external stimulus such as metal hydride expansion upon absorption of hydrogen. Pertinent to the electrochemistry, NR is one of the few techniques which has been exploited most to study the adsorption and the generation of an entity on the electrochemical surfaces in a non-electrochemical environment or in an in-operando electrochemical cell. Thanks to the non-destructive nature of neutron-material interactions virtually any material can be studied using this technique. The workshop introduced principle and application of NR to the electrochemical systems. 

Hands-On Introduction to the Analysis of X-Ray Photoelectron Spectroscopy Spectra using CASA XPS

February 18th, 2020
ENG 224
University of Calgary
09:00 – 13:00

This was the first 2020 technical workshop delivered by one of our former postdoctoral trainees and now assistant professor of chemistry at St Francis Xavier University, Dr. Erwan Bertin. This workshop provided an introduction to the analysis of electrocatalysts (or any other materials for which knowledge of the surface is of the uttermost importance) by X-Ray Photoelectron Spectroscopy (XPS), specifically focusing on the interpretation of the results using Casa XPS. Even though electrochemical techniques are the most surface sensitive technique available to researchers, they must be combined with another technique to get specific information regarding the oxidation state, eventual electronic effect or the composition of a surface. Unfortunately, very few techniques are able to probe the surface of a catalyst at a level pertinent to a comparison with electrochemical results. XPS is one of these techniques. This workshop introduced fundamental aspects of XPS analysis such as how to (a) select the information to seek while operating the instrument (or to request if the analysis is done elsewhere), (b) use the software, and (c) analyze the data. The attendees examined the key steps of the analyses: calibration, peak identification, deconvolution and quantification of the surface. Dr. Bertin concluded his presentation by highlighting XPS data in published manuscripts to help attendees read and interpret the results.

Making it simple, but significant: How to design an impactful research presentation (3 Minute Thesis)

February 3rd, 2020
ENB 206
University of Calgary
13:00 – 15:00

This interactive workshop aimed at helping trainees learn more about designing an engaging research presentation and preparing for participation in the UCalgary 3 Minute Thesis competition. This workshop targeted graduate students (MSc & PhD) to help them develop skills in translating their research and its impact for non-specialists. The skills are becoming essential for many purposes https://grad.ucalgary.ca/my-gradskills/three-minute-thesis:

• Funding proposals
• Transitioning into employment
• Generating interest in, awareness of and support for academic research
• Communicating with confidence and clarity to diverse audiences

Workshop topics included:
• The importance of understanding who your audience is
• Crafting a presentation that engages your audience and highlights the impact of your research
• Understanding the science behind the fear of presenting
• Designing slides to frame your talk (if time permits)

Invention & Innovation in University Research

November 26th, 2019
The Senate Room – Hotel Alma
University of Calgary
09:00 – 15:30

This workshop discussed how inventions can be protected and the initial steps of commercialization of ideas developed in the University research lab. The workshop was held at the University of Calgary on November 26th, 2019 from 09:00 – 15:30
The overall theme of the workshop is “Invention and Innovation”. The workshop topics:
• University policy and researcher’s rights
• Innovation and industry partnerships
• When to publish and when to protect
• Innovation teams and working with Innovate Calgary
• Patent protection
These topics were presented in the context of clean energy research for the CREATE ME2 program, with relevant examples, although the workshop was useful for researchers working in other fields. The workshop was delivered by Dr. Christopher Chow, from the Research Services Office at the University of Calgary, Dr. Edward Roberts, Professor in the Department of Chemical & Petroleum Engineering, and Director of the CREATE ME2 program, Dr. Jim Wilson, an Innovation Manager from Innovate Calgary, and Dr. William Murphy, a Patent Agent from Hicks IP.

NSERC CREATE ME2 Program in Materials for Electrochemical Energy Solutions

EMERGING TECHNOLOGIES FOR SUSTAINABLE ENERGY SOLUTIONS ANNUAL CONFERENCE 2019

August 29-30, 2019
Venue: Taylor Institute for Teaching and Learning, University of Calgary

The conference was held from August 29-30, 2019” at the University of Calgary. The theme of the 2nd CREATE ME2 Annual Conference was Emerging Technologies for Sustainable Energy Solutions. The conference was an ideal academic platform for researchers to showcase the latest research and innovation in clean energy technology from the CREATE team and our partners, through oral and poster presentations on August 29th, and an Innovation Fair on August 30th. The conference aimed to contribute to presenting novel research results and bring together leading academic scientists, researchers, and industry partners to exchange and share their experiences about all aspects of clean and renewable energy.
The conference program included presentations on the latest breakthroughs in large scale energy storage, fuel cells and solid state batteries for transport, and electrochemical fuel synthesis including carbon dioxide conversion to fuel. Four outstanding keynote speakers presented from both industry and academia (see below). The Innovation Fair was an exciting opportunity for industry, investors and researchers to learn about the latest emerging innovations in sustainable energy technologies. Researchers displaied their technology and promote its commercial potential.

KEYNOTE SPEAKERS:
• Francois Blouin, Director Innovation, ATCO Electric
Linking energy technological advances to commercially viable markets.
• Dr. Fikile Brushett, Associate Professor, Massachusetts Institute of Technology
High energy low cost redox flow batteries.
• Dr. Rajesh Bashyam, Principle Research Scientist, Ballard Power Systems
Development of materials for commercial fuel cells.
• Dr. Huyen Dinh, Senior Scientist, US National Renewable Energy Laboratory
Research and development for hydrogen and fuel cell technology.

From an Early Concept to a Viable Product Workshop

The NSERC CREATE ME2 Materials for Electrochemical Energy Solutions & the Hunter Hub for Entrepreneurial Thinking

July 2nd, 2019 

08:30 – 16:30.
This workshop introduced the participants to the basics of early stage concept development, proof-of-concept all the way to building a viable product. The workshop used examples from the area of materials and electrochemical technologies. By completing this workshop, the participants were able to make sound decisions whether the technology they are working in their research will lead to a marketable product. Participants have developed tools to evaluate and communicate the potential benefits their research in the lab can bring to the public. This workshop was delivered by Naser Arda from the Hunter Hub for Entrepreneurial Thinking, Ted Roberts, Professor in the Department of Chemical & Petroleum Engineering and Director of the CREATE ME2 program, and Apoorv Sinha, CEO and Founder of Carbon Upcycling Technologies. The workshop concluded with a panel discussion and Q&A with entrepreneurs who will share their experience with start-up companies commercializing materials and electrochemical technologies.

Sustainability and Techno-Economics Workshop Series
SUSTAINABILITY OF EMERGING ENERGY TECHNOLOGIES

May 23, May 30, June 6, & June 13, 2019
ENG 24
University of Calgary
The series of workshops focused on environmental and economic evaluation of technologies during early stage research. It is important to consider the benefits of the technologies that we are working on throughout the development process. This helps to focus the research on key challenges, accelerating impact and commercialization potential. It is also essential to consider these issues to justify our research in funding proposals, papers, oral examinations, job interviews etc. Researchers are typically focused on important scientific questions, but considering these broader issues at an early stage enables us to target the research on concepts with the greatest potential for innovation and impact. Evaluating the economic, environmental and societal sustainability of technologies associated with early stage research is challenging, as there is usually limited data, and most researchers do not have the tools or skills to undertake the evaluation. In this series of workshops trainees learned how to address these challenges with suitable tools and methods that they can apply in your research. The workshops delivered by Dr. Joule Bergerson, Dr. Sean McCoy, and Mr. Puneet Mannan.

An introduction to Continuum-based Multi-scale Fuel Cell Modeling Using OpenFCST

April 11th, 2019
Legacy Suite\Dining Centre
University of Calgary
09:00 – 16:00

This is the first Modeling workshop delivered by one of our Principal Investigator, Dr. Marc Secanell Gallart. He provided an introduction to continuum-based multi-scale fuel cell modeling using the open-source fuel cell simulation toolbox (OpenFCST), available for download. The morning session focused on some fundamentals on the theory of mass and charge transport, electrochemical reactions, and numerical modeling techniques. The afternoon session included two hands-on demonstrations on how to use OpenFCST to study transport in a fuel cell electrode and on a catalyst layer micro-structure. Dr. Secanell concluded his presentation by answering questions and providing research recommendations and best practices. 

Practical Introduction to Electrochemistry ansd Oxygen Reduction Reaction Measurement

March 7th, 2019
ENG 401 - UofC
09:00 – 12:00

This workshop was our first workshop series delivered by one of our Postdoctoral Fellows, Dr. Erwan Bertin. The workshop was dedicated to provide a quick introduction to applied electrochemistry, with a focus on rotation disk electrode (RDE) measurements for oxygen reduction reaction. It included some fundamentals basis, a presentation of common electrochemical techniques (OCP, CV, CA, RDE) and their key elements. Following these more theoretical aspects, the presentation transition toward how to perform actual measurements. Various methods for the determination of the electrochemical surface area were covered, as this is of the uttermost importance to publish meaningful results. Dr. Bertin concluded his presentation by explaining the proper preparation of the setup (glassware, choice of reactants, preparation of electrodes).

Protecting Your Ideas Invention & Innovation in University Research

December 12th , 2018
The Senate Room\Hotel Alma - UofC
09:00 – 13:30This workshop discussed how inventions can be protected and the initial steps of commercialization of ideas developed in the University research lab.
The overall theme of the workshop was “Protecting Your Ideas”. The workshop discussed the following topics:

• University policy and researcher’s rights
• Innovation and industry partnerships
• When to publish and when to protect
• Innovation teams and working with Innovate Calgary
• Patent protection

These topics were presented in the context of the CREATE themes of ‘Materials for Electrochemical Energy Solutions”, with relevant examples.

Analytical Techniques Workshop

November 13, 2018
ICT 116 UofC
The Electrochemical Society & NSERC CREATE ME2 Materials for Electrochemical Energy Solutions invite you to register for the Analytical Techniques Workshop: Theory, Discussions and Lab Demos on AFM, FTIR,SEM, TEM, and XRD.

Energy Conversion and Storage Technologies

NSERC CREATE ME2 Materials for Electrochemical Energy Solutions

2018 Annual Meeting
August 30th, 2018
NSERC CREATE ME2 Annual MeetingThis meeting is the first Annual Meeting of CREATE ME2, and was held at the University of Calgary on August 30, 2018 from 09:00 – 15:00
The overall theme of the Meeting is “Energy Conversion and Storage Technologies”. The meeting was a platform to discuss the four technical themes of NSERC CREATE ME2:

• Flow batteries for Grid Scale Energy Storage
  
• Solid state batteries
  
• Low temperature fuel cells
  
• Fuel synthesis & CO2 conversion

Environmental Sustainability and Life Cycle Analysis

August 22, 2018

The workshop included introductory presentations and discussion of sustainability and life cycle analysis (LCA) in the context of energy storage and conversion. The environmental impacts and trade-offs are typically uncharacterized until the technology is close to commercialization. This can lead to unintended negative economic and environmental consequences when a new technology is deployed.

The workshop particularly focused on an electrochemical energy conversion such as Materials for Solid Oxide Electrolysis Cells (SOECs) pathway.

Transformative Talent Internship Session

July 18, 2018

The session offered an introductory to Transformative Talent Internship Program organized by the Faculty of Graduate Studies at the University of Calgary. This Program benefits ONLY graduate students at the University of Calgary and the University of Alberta. 

The session reviewed Transformative Talent Internship eligibility, the application process and available funding plus Q&A. Natalie Wilkinson-Houghton – Business Development Specialist Graduate Student Internships\Faculty of Graduate Studies, presented this session and explained how they could grad students benefit from it.

Techno-Economics, Technology Transfer and Commercialization

Part 2: How to build a minimum viable product (MVP) & create a company

May 9, 2018

The workshop provided what constitutes a minimum viable product (MVP), the steps toward building a file-ready prototype, and the components involved in creating a company. The workshop was presented by Peter Zyla from Innovate Calgary.

Techno-Economics, Technology Transfer and Commercialization

Part 1: How to determine the commercial potential of inventions

April 25, 2018

The workshop focused on determining the commercial viability of inventions and ideas using the StrategyzerTM concepts. It also provided an overall view of the economic and regulatory environment of the energy industry. The workshop was presented by Peter Zyla from Innovate Calgary and Mokhtar Tabri, a PhD candidate at the University of Calgary in the Department of Economics. 

Applications of 3D Confocal Raman Microscopy and Correlative Techniques Workshop

April 18, 2018

The workshop introduced applications of 3D confocal raman and correlative techniques, including AFM, SEM and SNOM. Also, it presented a new approach for high speed, high lateral and spectral resolution in raman imaging. A live instrument demonstration was provided. was sponsored by WiTec Corporation (Germany) and it partner Spectra Research Corporation (SRC) in Canada.

'One Canada' Electrochemical Energy Storage Research: Redox Flow Batteries Workshop’

February 22, 2018 Alberta Room at the UofC

The workshop provided a forum for academic and industrial peers to exchange experiences, best practices, and ideas related to current emerging issues associated to this emerging energy storage technology. Also, shared knowledge of status, new directions, and challenges of redox flow battery (RFB) technology.

Share knowledge of status, new directions, advantages, and challenges of redox flow battery (RFB) technology,
Place RFB technology into the context of energy storage in Canada and related to international efforts,
Develop a network of researchers and industry/government partners interested in RFB technology
Our keynote speaker is Dr. Vincent L Sprenkle, Chief Engineer – Electrochemical Energy Storage and Conversion – Pacific Northwest National Laboratory (PNNL).