#117 – Grace Donnelly | Emerging Tech Brew – Supply Chain and Infrastructure for EVs, Carbon Capture & Covering Climate Tech

Grace Donnelly is an Atlanta-based journalist covering climate technology for Morning Brew’s Emerging Tech Brew newsl

Key topics in this conversation include:

  • Infrastructure for electrified vehicles and hydrogen
  • Supply chain challenges for EVs
  • Carbon capture technologies, including the difference between carbon removal and direct air capture
  • How to objectively choose and cover topics in the emotionally-charged climate tech space

Listen here:

Apple Podcasts: link
Google Podcasts: link
Spotify: link

Links:

Grace Donnelly

Grace Donnelly is an Atlanta-based journalist covering climate technology for Morning Brew’s Emerging Tech Brew newsletter. She writes about the tech innovations enabling decarbonization in the transportation sector as well as the clean energy transition and greenhouse-gas emissions reductions for Emerging Tech Brew’s 450,000+ subscribers.

Previously, Grace worked as a staff writer at the Atlanta Business Chronicle covering transportation issues in the metro area including public transit, electric vehicles, logistics, and supply chain innovation. Before that, she was an associate editor for Fortune Magazine in New York City. Grace completed her bachelor’s degree in journalism from the University of Georgia’s Grady College of Journalism and Mass Communication. 

About Morning Brew

Morning Brew is a media company providing approachable, digestible business news and insights through newsletters, podcasts, social media, events, and education programs. 

Future of Mobility:

The Future of Mobility podcast is focused on the development and implementation of safe, sustainable, effective, and accessible mobility solutions, with a spotlight on the people and technology advancing these fields.

linkedin.com/in/brandonbartneck/

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Edison Manufacturing:

At Edison Manufacturing, our specialty is building and assembling highly complex mobility products in annual quantities of ten to tens of thousands utilizing an agile, robust, and capital-light approach.