Show Notes
We already have the blueprint for decarbonizing the global economy. We've invented many of the solutions, but much of that tech is still sitting on the sidelines waiting to get financed and built at scale.
But over the last year, we've seen a wave of change that complicates and – in some cases – helps that mission.
In the first season of the Green Blueprint, we heard stories from the entrepreneurs, investors, and experts at the front lines of scaling climate technologies. This season, we're bringing you more candid conversations with the industry leaders who are pushing the boundaries of technology, project development, and deals across clean energy and climate tech.
Join host Lara Pierpoint every other week on a deep dive into the high stakes decisions that companies face when trying to scale.
Season two of The Green Blueprint drops this spring. You can find it on latitude media.com or anywhere you get your podcasts.
More from The Green Blueprint
This week, we’re presenting a drop-in episode of Critical Capital, a new partner podcast from Crux and Latitude Studios.
While living in Delhi, Sorin Grama gave a window air conditioner to an employee. He found out weeks later she wasn't using it because the electricity costs were too high. It was a stark reminder that access to global cooling isn't about upfront equipment costs. It’s about the high electricity costs needed to run air conditioners.
When David Fauvre and his co-founder entered the battery space in 2015, they started as brokers exporting American battery waste to recycling partners in Korea and Japan. But as the industry grew, shipping companies increasingly refused to transport the hazardous materials, making it clear that the U.S. desperately needed its own domestic processing capabilities.
“Good fires" naturally regenerate forests. But a rise in high-severity blazes in the American West are leaving behind barren moonscapes filled with dead trees. These scorched trees act as hazardous fuel for future fires, but clearing them to replant the landscape is astronomically expensive. Add to that a massive shortage in the conifer seed supply chain, and land managers simply don't have the resources to regenerate these forests on their own.
To build the physical infrastructure of the clean energy transition — from wind turbines and grid stabilization to massive new AI data centers — the world needs more copper between now and 2050 than humanity has produced in its entire history. But new copper mines take anywhere from 10 to 16 years to permit and build, meaning we’re not on track to meet our rapidly growing demand.