Steve Jurvetson and The Metals Company on ocean mining, the EV market, and AI's tech impact | E1959

TL;DR

The Metals Company is working on collecting polymetallic nodules from the ocean floor to secure the minerals needed for electric vehicles and reduce environmental impact.

Transcript

yeah let's ask the guy who's broadcasting from his bathtub about this I just want to point out that we're about half an hour into this he a deep sea baby he's he's just doing deep so he's soaking in a tub right now there's no water in it but I don't know about your investment here Steve either this one's going to the moon or you I know I think the ... Read More

Key Insights

• 🤢 Deep-sea mining offers an alternative source of minerals for electric vehicles, reducing reliance on environmentally destructive land-based mining.
• 😘 The Metals Company's focus on poly metallic nodules provides a sustainable and low-impact solution.
• 🤢 The regulatory framework for deep-sea mining is complex, involving international agreements and licensing processes.
• 👨‍🔬 The company is well-positioned with its scientific research, exploration licenses, and partnerships to lead the way in deep-sea mineral extraction.
• 🤢 The potential for deep-sea mining to revolutionize the mineral industry is significant, offering a more environmentally friendly and geopolitically diverse supply chain.
• 🤢 Environmental concerns and collaboration with local communities are critical factors in ensuring the sustainable development of deep-sea mining operations.

Questions & Answers

Q: How are poly metallic nodules formed in the ocean?

Poly metallic nodules form when metals in the seawater or sediment precipitate and accumulate over time, similar to how pearls grow. They are particularly abundant in the Clarion-Clipperton Zone, which holds the largest deposit of nickel, cobalt, and manganese in the world.

Q: How does The Metals Company collect these nodules from the ocean floor?

The company uses an autonomous robotic vessel equipped with a specialized collector to pick up the nodules. Water jets are used to create inverse pressure, lifting the nodules without disturbing the surrounding ecosystem. The collected nodules are then transported to shore for processing.

Q: What are the potential environmental impacts of deep-sea mining?

The Metals Company has conducted extensive scientific research to assess the environmental impacts of their operations. Studies have shown that the sediment disturbance is minimal, with the majority of sediment resettling in the same area. The company also aims to replace rainforest nickel feed with nodule processing, reducing the need for environmentally damaging mining practices.

Q: How does The Metals Company secure its exploration licenses and avoid conflicts with other countries?

The company has secured exploration licenses from the International Seabed Authority, which regulates deep-sea mining activities. These licenses are sponsored by developing countries to ensure fair access to resources. The Metals Company has demonstrated its commitment to responsible mining practices and collaboration with local communities, which helps maintain licenses and avoid conflicts.

Summary & Key Takeaways

• The Metals Company aims to collect poly metallic nodules from the ocean floor to extract essential minerals for electric vehicle batteries.

• These nodules were discovered in the 1870s and contain a significant percentage of the world's nickel, cobalt, and manganese reserves.

• The company has undergone extensive scientific research to demonstrate the environmental impact of their operations and has gained exploration licenses from the International Seabed Authority.