What technologies can get us to net-zero steel? Dr. Christina Chang knows this space as well as anyone in venture capital. She's a PhD chemist and inventor in fields from solar PV to advanced manufacturing, a former steel startup CEO, and now a partner at Lowercarbon Capital. Join us to learn: -- Which technologies can help cut steel emissions -- and why near-commercial options like CCUS and hydrogen can't get us to net-zero -- How modularity can help electrochemical iron-making drive down the green premium -- What the Inflation Reduction Act means (and doesn't mean!) for green steel production costs Christina's full background: A chemist, climate tech founder and CEO, Dr. Christina Chang has invented technologies across nanomaterials, catalysis for mining waste remediation, thin-film solar panels, solar water-splitting for H2 production, and sustainable steel. She is a Partner at Lowercarbon Capital, the multi-billion dollar VC firm backing kickass companies that fix the planet profitably. Previously, Dr. Chang led federal funding for sustainable manufacturing research ARPA-E, including steel, chemicals, cement, rare earths, and carbon-negative building materials. Dr. Chang earned her PhD in Physical Chemistry from Harvard. On the Marshall Scholarship, Dr. Chang earned an MSc in Sustainable Energy Futures from Imperial College London and an MPhil in Chemistry from the University of Cambridge. She graduated summa cum laude from Princeton with a Bachelor's in Chemistry, with Certificates in Engineering Biology, Applications of Computing, and Materials Science and Engineering. She is a United States Presidential Scholar, a Goldwater Scholar, a Draper Laboratory Fellow, and an alumna of the Research Science Institute.