Once you are ino these crystalline, hard rocks, you're pretty much in a stable formation of rock. It'sit's one single type f rock. Andi actualy also doesn't have a lot of cracks around that there's not much instability in this type of rocket. The way to do it is wo actually have to build some type of heat exchange mechanism. That's how fracking, in many ways, works.
On this episode, venture capitalist and entrepreneur Sebastian Heitmann discusses his work in tech innovation towards more sustainable futures. Technology will inherently be a part of any human future - the question is what will this technology be? Sebastian’s work focuses on finding what is termed ‘Gigacorns’ - scalable inventions for low(er) carbon futures. If successful, this could result in large scale reductions in the CO2 emissions for global society.
About Sebastian Heitmann
Sebastian Heitmann is a partner at Extantia Capital, a platform to invest in breakthrough technology solutions that address climate crisis mitigation and adaptation. The €300M platform includes Extantia Flagship, backing scalable deep decarbonisation companies, Extantia Allstars, partnering with mission-aligned climate tech venture capital fund managers, and Extantia Ignite, a sustainability hub advancing knowledge and competence in climate innovation and ESG practices. Sebastian is an entrepreneur and has worked in a range of different industries, from sports to community building to software. He received his education from the Harvard Business School and now lives in Berlin, Germany.
For Show Notes and Transcript visit: https://www.thegreatsimplification.com/episode/38-sebastian-Heitmann