Skip Main Navigation
Page Content

Save This Event

Event Saved

ECS Twin Cities Symposium 2017

ECS Twin Cities Section

Friday, April 7, 2017 from 8:30 AM to 5:00 PM (CDT)

Registration Information

Type Remaining End Quantity
Student 18 Registrations Apr 3, 2017 Free  
Professional 51 Registrations Apr 3, 2017 Free  

Share ECS Twin Cities Symposium 2017

Event Details

Attendance

Attendance is free and includes talks, lunch, the Innovation Center Tour showcasing hundreds of 3M technologies, and a poster session.

Guest Speakers

Morning Program

 

 

8:30 am

Registration, Continental Breakfast

 

 

8:50 am

Opening Remarks - ECS Introduction and Update

Dr. Johna Leddy, Sr VP, ECS, Univ. of Iowa

 

 

9:00 am

Johna Leddy

Electrochemically Silent Films on Electrodes - Means and Methods

Dr. Johna Leddy, Sr VP, ECS, Univ. of Iowa

Electrochemically inert films on electrodes alter properties of transport, selectivity, and kinetics to enable new devices and measurement methods. Examples include: density gradient polymers, which establish near steady state transport to the electrode surface and modification of Nafion® with triflate ligands in common organic solvents to enable voltammetry of lanthanide species.


 

 

 

 

9:40 am

Bob Powell

Lithium-ion Batteries: Foundational for Automotive Electrification

Dr. Bob R. Powell, GM Technical Fellow and Manager, General Motors (Retired 2016)

Battery systems can be the single most expensive component of an electric vehicle. It is essential that battery life scale with vehicle life and there be continuing reductions in the cost, volume, and mass of battery systems, without compromising their abuse tolerance. This presentation highlights what General Motors sees as the main technical challenges for lithium ion-based batteries and reviews some of the work we are doing to address the most critical challenges.

 

 

 

 

10:20 am

Michael Root

 

Assessing the Performance and Reliability of Implantable Medical Device Batteries

Dr. Michael Root, Boston Scientific

Implantable medical devices serve an important function in modern health care, helping patients improve or manage certain medical conditions. Devices such as implantable pacemakers and defibrillators, hearing restoration devices and heart monitors are powered entirely by a battery. Reliability and longevity are key considerations when designing, developing and manufacturing batteries for these devices. Methods for evaluating reliability and longevity prediction models for implantable medical device batteries will be discussed.


 

 

 

Lunch / Innovation Tour

 

 

11:00 am

Group 1 (A-K): Buffet Lunch

11:00 am

Group 2 (L-Z): Innovation Tour

 

 

12:00 pm

Group 1 (A-K): Innovation Tour

12:00 pm

Group 2 (L-Z): Buffet Lunch

 

 

Afternoon Program

 

 

1:00 pm

Pavel Takmakov

Chemistry of Robust Neural Interfaces

Dr. Pavel Takmakov, U.S. Food and Drug Administration

Novel neural implants will be able to acquire and process signals from the nervous system to develop precise electrical neuromodulation to reach therapeutic effect. This approach provides fantastic opportunities for treatments but requires robust neural interfaces between dry, solid, permanent medical devices and moist, soft and fluctuating biological tissues. An in-vitro platform for quantification of harmful irreversible electrochemical reactions occurring at these interfaces will be presented, as well as a reactive accelerated aging (RAA) platform to accelerate R&D of these devices.

.

 

 

  

1:40 pm

Philippe Buhlmann

Reference Electrodes Are the Easy Part. Really?

Dr. Philippe Buhlmann, Univ. of Minnesota

Reference electrodes are an inevitable part of almost every electrochemical measurement method. This presentation will highlight some of the difficulties that can arise from the improper use of reference electrodes in potentiometry and impedance spectroscopy. Special attention will be given to salt bridges that comprise a nano- or microporous plug to interface the sample with the reference half cell. The use of novel nanoporous block co-polymers to avoid some of the problems that arise from the use of conventional porous plugs will be discussed. 

 

 

 

 

2:20 pm

Brandon Bartling

Redox flow batteries – Fun with Pumps and Electrons

Dr. Brandon Bartling, Product Development Specialist, 3M

Large scale distributed energy storage has been offered as a solution to help meet the growing demands on the energy grid. While there are a number of possible solutions within this space, the redox flow battery has seen considerable academic and industrial interest. The redox flow battery’s key advantage is in the ability to decouple the installation of power and energy. This talk will focus on the fundamentals of the redox flow battery and key design considerations one must make when choosing this energy storage approach versus others.

 

 

 

 

3:00 pm

Closing Remarks

Dr. Peter Zhang, Principal Engineer, Medtronic

 

 

Poster Session

 

 

3:10 pm

Refreshments, Poster Setup

 

 

3:20 pm

5:00 pm

Poster Session


Poster Session

All attendees can register for a poster. Students: present your research, network with Twin Cities electrochemists.

Networking

Meet other electrochemists and scientists from the Twin Cities. Connect with researchers, professors, students. Presence from 3M, Medtronic, U of M, Mayo Clinic, and more.

This page will be updated with more details as they become available...
See you there!

Have questions about ECS Twin Cities Symposium 2017? Contact ECS Twin Cities Section

Save This Event

Event Saved

When & Where


3M Innovation Center
2350 Minnehaha Avenue East
Saint Paul, MN 55119

Friday, April 7, 2017 from 8:30 AM to 5:00 PM (CDT)


  Add to my calendar

Interested in hosting your own event?

Join millions of people on Eventbrite.

Please log in or sign up

In order to purchase these tickets in installments, you'll need an Eventbrite account. Log in or sign up for a free account to continue.