
We look forward to seeing you in 2026!
Click here to download a copy of the instructional slides from MoSES 2025
Click the headers (or plus signs) below to expand each section for more details
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Toggle ItemWhat is the Molten Salt Electrochemistry Symposium?
The Molten Salt Electrochemistry Symposium seeks to pull together the community of researchers, practitioners, and students performing and analyzing molten salt electrochemical measurements to discuss the current best practices and challenges. It will consist of instruction, open discussions, demonstrations, and debates in a respectful and safe environment to facilitate the improvement of molten salt electrochemical measurements and analysis. If you are involved in, curious about, or read articles on molten salt electrochemistry and want to improve your understanding and techniques, then this is the symposium for you. We hope to see you there.
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Toggle ItemRegistration
The cost of registration is given in the table below:
Attendee Type Before May 31, 2025 After May 31, 2025 Student TBD TBD Non-Student TBD TBD The last day to register is July 30, 2026.
Register is closed. Please check back in January 2026 for next year's event.
NOTE: Total number of attendees is capped at 100 to maintain the interactive and learning environment
Registration refunds will be processed until June 30th less a $50 processing fee. To receive a refund, please email BYU-PyRO@byu.edu with "MoSES Registration Refund" in the subject line.
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Toggle ItemAbstract Submission
The Molten Salt Electrochemistry Symposium (MoSES) aims to bring together a diverse community of researchers and practitioners in the field of molten salt electrochemistry. Our goal is to foster robust discussions on best practices and current challenges. We invite contributions from attendees on their current approaches and obstacles in molten salt electrochemical experiments.
Contributions can be presented in poster, 15-minute oral presentation, or recorded video demonstration format. Potential topics include, but are not limited to:
• Electrochemical Cell Design and Setup: Electrode materials, electrode positioning and alignment, reference electrodes, etc.
• Electrode Preparation: Cleaning, polishing, electropolishing, etc.
• Electrochemical Techniques and Procedures: Voltammetry, rest periods, resistance measurements
• Salt Preparation: Salt drying procedures, reagents used, etc.
• Salt Addition Techniques
• Electrical Feedthrough Designs
• Furnace DesignsWe encourage submissions that not only present polished results but also detail the methods to achieve those results, including any challenges faced or currently being faced. Our aim is to push the boundaries of current limitations and improve the quality and scope of electrochemical measurements in molten salts.
Submission Instructions: Fill out the abstract template and email it to BYU-PyRO@byu.edu with “MoSES Abstract” in subject line of the email. The deadline to submit an abstract is June 6, 2025
Note: Presenters may opt to submit a short article on their presented content to the open-access, peer-reviewed journal, RAISE (Reviews, Analyses, and Instructional Studies in Electrochemistry), at no charge. Click here to learn more.
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Toggle ItemSchedule
Schedule for MoSES 2025 (To be updated for MoSES 2026)
Day 1 - July 30
8:30-9:00 AM Meet & Greet 9:00-9:15 AM Welcome, Symposium Objective and Expectations (Devin Rappleye) 9:15-10:00 AM Review of the Fundamentals of Electrochemistry (Devin Rappleye) - Convention and Terms
- Thermodynamics: Nernst Equation and Reference Electrodes
- Electron Transfer Kinetics: Butler Volmer Equation, Simplifications and Limitations
- Mass Transfer: Nernst-Planck Equation and Related Principles
- Non-ideal Aspects: Double Layer Charging, Ohmic Resistance, etc.
10:00-10:45 AM Setting up and Troubleshooting Electrochemical Cells - Introductory Instruction (Devin)
- Aqueous and Molten Salt Electrochemical Cell Demo (Tyler/Ashley, Carlos/Hunter)
- Discussion (All)
- Wrap-Up (Devin)
10:45-11:00 AM Break (All) 11:00-11:45 AM Working Range of Electrochemical Experiments - Introductory Instruction (Devin)
- Electrochemical Window Demo (Edward/Ashley)
- Discussion (All)
- Wrap-Up (Devin)
11:45-1:00 PM Lunch (Provided in Event Space) 1:00-1:50 PM Measurement and Compensation of Resistance - Introductory Instruction (Devin)
- Resistance Demo (Carlos/Ander)
- Discussion (All)
- Wrap-Up (Devin)
1:50-2:30 PM Chronoamperometry and Electrodeposition - Introductory Instruction (Devin)
- Chronoamperometry Demo (Bryant/Jarod)
- Discussion (All)
- Wrap-Up (Devin)
2:30-2:45 PM Break (All) 2:45-3:30 PM Cyclic Voltammetry and Electrodeposition - Introductory Instruction (Devin)
- Cyclic Voltammetry Demo (Edward/Cameron)
- Discussion (All)
- Wrap-Up (Devin)
3:30-3:45 PM Break (All) 3:45-4:45 PM Poster Session 6:00-8:00 PM Optional hike to Stewart Falls (3.5 miles round-trip, 650 vertical gain)* *The hike in an entirely optional and personal activity. It is not an official part of MoSES. It is not sponsored by nor associated with Brigham Young University. Attendees will be responsible for the cost and risk associated with the activity. There is a $7 fee to park at the trailhead.
Day 2 - July 31
9:00-9:45 AM Square Wave Voltammetry and Electrodeposition - Introductory Instruction (Devin)
- Square Wave Voltammetry Demo (Tyler/Aaron)
- Discussion (All)
- Wrap-Up (Devin)
9:45-10:30 AM Electrochemical Impedance Spectroscopy (EIS) - Introductory Instruction (Carlos)
- EIS Demo (Carlos/Ander)
- Discussion (All)
- Wrap-Up (Devin)
10:30-10:45 AM Break (All) 10:45-11:30 AM Chronopotentiometry and Open-Circuit Potentiometry (CP & OCP) - Introductory Instruction (Devin)
- CP and OCP Demo (Cameron/Bryant/Hunter)
- Discussion (All)
- Wrap-Up (Devin)
11:30-1:00 PM Lunch (Provided in Event Space) - Sponsored by Natura Resources with Presentation by Michael Stoddard
Presentations by Attendees
Electrochemical Fundamentals and Instrumentation 1:00-1:25 PM Ranon Fuller – Measuring precise working electrode area in molten salts using cyclic voltammetry 1:25-1:50 PM Haiyan Zhao – Evaluating quasi-reference electrodes vs Ni/NiO in molten Li2O-LiCl 1:50-2:15 PM Stephanie Castro Baldivieso – Electrode selection challenges in chloride and iodide molten salts 2:15-2:30 PM Break (All) Electrochemical Infrastructure and Techniques 2:30-2:55 PM Hannah K. Patenaude – LANL electroanalytical infrastructure and actinide molten salt research 2:55-3:20 PM Diego Zometa – Designing experimental vessels for FLiNaK experiments outside gloveboxes 3:20-3:45 PM Kim Pamplin – Electrochemical monitoring during hydrofluorination in FLiNaK system 3:45-4:00 PM Break (All) Modeling and Reactor-Relevant Electrochemistry 4:00-4:25 PM Michael Stoddard – Numerical simulation of uranium deposition with molten salts 4:25-4:50 PM Chao Zhang – Electrochemical behavior of UCl3-NaCl fuel salt in MCFRs 4:50-5:00 PM Wrap-Up Discussion and Adjourn (Devin Rappleye) 6:00-8:00 PM Optional No-Host Dinner** **The dinner in an entirely optional and personal activity. It is not an official part of MoSES. Attendees will be responsible for the cost and risks associated with the activity
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Toggle ItemVenue
MoSES will be held at the Event Space on the 2nd Floor of BYU's Engineering Building in Provo, UT. With a beautiful mountain backdrop, there is easy access to incredible nature and scenery.
Engineering Building on BYU's Campus Attrium in Engineering Building next to the Event Space in the Engineering Building -
Toggle ItemParking, Accommodations, and Transportation
Parking
There is free, limited visitor parking available on campus in two lots. The small lot (115 stalls) is closer (8-minute, 0.4-mile walk) to the MoSES Venue (Engineering Building) and the large lot (400 stalls) is located a little further away (10-minute, 0.5-mile walk). A parking map is provided below along with links to pins in Google Maps for the small and large lots.
Attendees are encouraged to arrive early or take the Utah Valley Express (UVX), if possible, which drops you off right next to the MoSES Venue (Engineering Building).
Small/Close Lot (26V): https://maps.app.goo.gl/PUhKn4cFk57oBLRX9
Large/Far Lot (2V): https://maps.app.goo.gl/xwL5iyh4ocrm4nQ8A
If more direction is needed than the map above, use this pin for the Engineering Building to get walking directions in Google Maps: https://maps.app.goo.gl/9UzpHGHek7mZzYun7
The MoSES venue is located on the 2nd Floor of the Engineering Building in the Event Space.
Accommodations
Marriott Residence Inn North Provo
The Residence Inn is just north of BYU's campus (252 W 2230 N, Provo, UT 84604). Details are provided below:
Start Date: Tuesday, July 29, 2025
End Date: Friday, August 01, 2025
Rate: 184.00 USD per night
Residence Inn Provo North (252 W 2230 N, Provo, UT 84604)From this hotel, it is a 7-minute drive to the engineering building and a 7-minute (0.3-mile) walk to the 2230 North Station for the UVX Bus (see Transportation section), which can drop you off right at the MoSES venue. The hotel is located along the Provo river with walking paths and is within walking distance to several restaurants.
Marriott Springhill Suites Provo
No block of rooms has been reserved here, as the group rate offered was more than the current rate. However, it is conveniently located, just west of BYU's campus
1580 N Freedom Blvd, Provo, UT 84604
Link to Hotel's Booking Page: Marriott Find & Reserve - Choose Dates, Rooms & RatesFrom this hotel, it is a 7-minute drive to the engineering building and a 15-minute (0.7-mile) walk to the BYU stadium station on the UVX Bus (see Transportation section), which can drop you off right at the MoSES venue. The hotel has a few resturants within walking distance.
Other Hotels
There are several hotels throughout the Orem-Provo area, which would be within a 20-minute drive to campus.
Some hotels lie along the public transportation route (Utah Valley Express - UVX) and may be convenient for those planning to not rent a car (see Transportation section). The busses are clean and run frequently (every 15 minutes) during the day. The venue for MoSES is in the Engineering Building at BYU, which is right next to "BYU South Campus Station" on the UVX route. A map to the UVX route in provided in the transportation section. More details can be found at this link to the Utah Transport Authority's website.
Provo Marriot Hotel and the Hyatt place are conveniently located in Downtown Provo near a UVX bus stop, entertainment venues, and restaurants. The Courtyard Marriot in Orem is conveniently located near the University Place Station on the UVX route, the University Place Shopping Mall, restaurants, and a movie theater.
Transportation
Most travelers will arrive via the Salt Lake City airport. However, there is small regional airport in Provo, which may work for some select travelers (see Provo Airport section below).
From Salt Lake City (SLC) Airport to Provo
There are several options for transportation to Provo from SLC airport including rental cars, ride shares, taxi, and public transportation. Rental cars are available from all major car rental agencies and are conveniently located on-site at the SLC airport. Ride shares and taxi services are available from the most common services (Uber, Lyft, Yellow Cab, etc.). There is also the Salt Lake Express Shuttle service (see section below) and shuttle services. See the SLC ground transportation webpage for more information: Ground Transportation | Salt Lake City International Airport
Public Transportation (UTA)
Utah Transit Authority (UTA) maintains a clean and convenient transportation system. To get to Provo, it will involve a couple transfers on trains/buses, which do run frequently. The most frequently run route would be as follows:
- Ride TRAX Green Line from SLC airport to North Temple Station
- Transfer to Front Runner Train at North Temple Station
- Ride Front Runner to Provo Central Station
- Transfer to a UVX Bus at Provo Central Station
- Ride UVX Bus to the station nearest your hotel (see Accommodation section)
To plan your rides and transportation, please visit UTA's website (https://rideuta.com/) for maps and schedules or use the public transportation option in Google Maps.
The UVX route runs frequently and has stops conveniently located near the MoSES Venue (BYU's Engineering Building) and Hotels (see map below).
Salt Lake Express
An alternative to UTA's trains and buses is the Salt Lake Express, which will pick you up at the airport and drop you off at the Provo Central Station, where you can quickly catch a UVX or another bus to your hotel or BYU's campus. For more information, schedules and route maps, please visit the Salt Lake Express's website (Salt Lake Express | Airport & Long-Distance Shuttles – UT, ID, NV).
Provo Municipal Airport (PVU)
There is a small regional airport in Provo, with flights offered by American Airlines, Allegiant, and Breeze Airways. This may be more convenient that the SLC airport, if the routes and times line up with your schedule and location. Please visit Provo Airport website for more information about the routes to the airport: Airline Information | Provo Airport, UT
Rental cars are available from the Provo Airport from A to B Rentals, Budget, Hertz, and Turo. Also, bus route 833 will connect you to the Provo Central Station, where you can catch the UVX or other buses to get you to a hotel and the MoSES venue. Please see the Transportation section above for more information.