Biomined

$FORGE supports Biomined, a DeSci research project developing biomining technologies to recover copper, nickel, cobalt and gold from electronic waste. CA: 0xfbaD5BE3A505889df2Aa189580E3bD36118Bf4D8 You can also participate via @Molecule_sci: molecule.xyz/ipts/forge

@valley_dao @hempydotscience @PrimordiaGrants @thealbertanis @Mxltiplex @intuethion that's what we're talking about!

RT @valley_dao: 👏 Q1 2026 truly shipped! @hempydotscience hoodie launched. @Biomined rebranded. TATTVA is cooking. Phlo is free to try. @Pr…

CA: 0xfbaD5BE3A505889df2Aa189580E3bD36118Bf4D8

Phones, cars. energy, infrastructure. Everything runs on metals. And we’re getting worse at extracting them from the ground. $FORGE gives you exposure to a different approach, recovering critical metals from electronic waste through biomining.

🤯 62 billion kg of e-waste is generated every year, with $91B worth of metals that are mostly lost because they’re too difficult to extract. $FORGE is changing that. @Biomined recovers metals directly from electronic waste, no new mining, no extra pressure on the planet.

If you want to follow the research, ask questions and see how Biomined develops in real time, join the $FORGE chat. This is where updates, discussions and early insights happen. Join the @valley_dao Discord and head to the $FORGE channel: discord.gg/p9c4gDmngS

9/ $FORGE supports Biomined, a DeSci research project developing biomining technologies to recover copper, nickel, cobalt and gold from electronic waste. CA: 0xfbaD5BE3A505889df2Aa189580E3bD36118Bf4D8

8/ 📄 The Litepaper explains the full system: -The problem -The opportunity -The technology -The plan to scale it Read it here: drive.google.com/file/d/1Nx5shg…

⚡ Every time you charge your phone, drive a car, or turn on the lights, you’re using metals. Copper. Nickel. Cobalt. Gold. We need more of them every year. But getting them out of the ground is getting harder. 🧵👇Here’s what $FORGE is building and why it matters

Read the Biomined Litepaper to understand: -The biomining technology -The critical metals market opportunity -The research and commercialization roadmap -The structure behind $FORGE

❓What happens when the metals powering your phone, your car and your energy grid become harder to source? $FORGE is building a biological alternative to traditional extraction and the full framework is now available! 📰 Read now: drive.google.com/file/d/1Nx5shg…

$FORGE operates within @valley_dao's DeSci ecosystem, aligning research funding with tokenized participation and long-term commercialization. Learn more about the research, roadmap and technology: biomined.xyz

Biomining uses microbes to extract metals. Certain microorganisms naturally produce compounds that dissolve metals from solid materials. This process can be applied to shredded electronic waste to recover copper, nickel, cobalt and gold.

📱The devices you rely on every day depend on metals that are becoming harder to extract. Demand for copper, nickel, cobalt and gold is rising fast. Ore grades are declining. Costs and supply risks are increasing. So what is $FORGE? 🧵👇