My Climate Journey

Dr. Peter Fiske is the Executive Director at the National Alliance for Water Innovation or NAWI. NAWI is a collection of 19 universities, four national labs and 190 plus US water companies committed to developing new technologies to enable distributed desalination and water reuse. They're a five-year, $110 million research program supported by the US Department of Energy in partnership with the California Department of Water Resources and the California State Water Resources Control Board. They're headquartered at Lawrence Berkeley National Lab in Northern California. Peter joined Berkeley lab in 2017. Prior to that, he was the Chief Executive Officer at Pax Water Technologies from 2008 until January 2017, when it was acquired by UGSI Incorporated. Peter holds a PhD in geochemistry and material science from Stanford and an MBA from the UC Berkeley Haas School of Business. Our conversation today starts with a deep dive into desalination before broadening out into Peter's vision for our water system. Shout-out to former podcast guest Tom Ferguson at Burnt Island Ventures for connecting us with Peter. We've been wanting to learn about desalination and Peter helps us gain a much better understanding of that and so much more.

Eric Law is the CEO and co-founder of Urban Machine. Urban Machine develops robotics and AI to reclaim lumber from construction and demolition for re-use. They claim that 37 million tons of wood goes into landfills annually, and much of that wood could be reused. Their robotic machines specialize in the necessary steps to prep wood for reconditioning. In 2022, Urban Machine successfully secured a seed funding round, spearheaded by Lower Carbon Capital and supported by GV (Google Ventures). With a career rooted in the construction and contracting industry, Eric has extensive experience in large construction projects and has been involved in creating and selling software targeted at this sector. We start our conversation with an overview of the construction industry, highlighting the main players, their challenges, including considerations around emissions and sustainability. The discussion touches on challenges Urban Machine aims to address, the innovative technology they employ, and their aspirations for the future.

Brandon Hurlbut, our guest on this episode, wears multiple hats. He's co-founder at Boundary Stone Partners, a climate change focused government affairs firm created in 2013 that operates at the intersection of technology, finance, and policy. He's also co-founder of Overture, an early stage climate tech venture capital firm that recently announced a $60 million debut fund, and he is an operating partner at NGP, a private equity fund focused on energy with billions of dollars under management. Among other activities, Brandon also serves on the board of directors of the Sunrise Movement, The Solutions Project, co-founded by Mark Ruffalo, and Clean Energy for America. Before this, Brandon served in the Obama administration as US Department of Energy Chief of Staff, and in the White House as the president's liaison to the energy and environment cabinet agencies. At the DOE, Brandon oversaw day-to-day operations of a federal agency with a $29 billion budget and a 115,000 person workforce. He also served on the investment committee for its $38 billion Clean Energy Fund.  Cody and Brandon discuss the intersection of policy and innovation, including what his work at Boundary Stone entails and the types of problems they help companies navigate. They also delve into the 2024 US election, including what's at stake from a climate change perspective in the presidential, House, and Senate elections. 

Kim Stanley Robinson, renowned science fiction author, is our guest on this episode of MCJ. He is the author of the Ministry for the Future, a novel which outlines humanity's attempts to navigate climate change in the coming decades. Former President Barack Obama named the Ministry for the Future as one of his favorite books of 2020. The work has been cited by numerous entrepreneurs and builders in the MCJ member community as having had a significant impact on their interest in working on climate and decarbonization solutions. The subject of climate change shows up in many of Kim Stanley Robinson's works from his Mars trilogy, written in the 1990s about humans terraforming Mars, to his science in the capital Series from the mid 2000s, to his 2017 novel, New York 2140, which is set in a Lower Manhattan that is submerged due to sea level rise. And it shows up in many of his other works as well. Stan, as he goes by, has won numerous awards including the Hugo Award for best novel for both Green Mars and Blue Mars, and the Nebula Award for best novel for Red Mars and his book 2312. The Atlantic has called his work the gold standard of realistic and highly literary science fiction writing. And according to an article in the New Yorker, he is generally acknowledged as one of the greatest living science fiction writers. Stan and Cody have a wide-ranging conversation about his relationship with nature, his views on capitalism, society, government and technology, and of course his writings and his views on climate change and the path ahead for us all.

Subodh Kulkarni is CEO and President at Rigetti Computing, and our topic in this episode is quantum computing and its implications for our changing planet. Rigetti Computing, a publicly listed company, builds quantum computers and superconducting quantum processors. It also provides cloud-based access to quantum computing for both commercial and research purposes. Quantum computing, a field rooted in theoretical physics, is complex and involves the use of quantum bits or qubits, which differ from binary computing's zeros and ones. As the world's computing demand continues to soar with AI and data centers consuming vast amounts of energy, AI also has the potential to unlock climate change solutions through innovations in biotech, advanced energy, planetary modeling, and more. We wanted to learn from Subodh about how quantum computing might change the game in all of these areas as it matures. Is it possible that quantum computing is an enormous future climate solution? Let's find out.