New episode: 𝗨𝗻𝗹𝗼𝗰𝗸𝗢𝗻𝗴 π˜π—΅π—² π—™π˜‚π—²π—Ή 𝗼𝗳 π˜π—΅π—² π—™π˜‚π˜π˜‚π—Ώπ—²: π—§π—Ώπ—Άπ˜π—Άπ˜‚π—Ί & π˜π—΅π—² π—™π˜‚π˜€π—Άπ—Όπ—» π—™π˜‚π—²π—Ή-π—–π˜†π—°π—Ήπ—²

Tritium isn’t exactly rare (Canada’s CANDU reactors can produce kilograms of it!), but keeping a steady, reactor-grade supply is still one of fusion’s toughest engineering puzzles.

In our new episode, Ian Castillo, Co-CEO of Fusion Fuel Cycles, explains how the upcoming UNITY-2 testbed will showcase the world’s first fully integrated, commercially relevant fusion fuel cycle.

Hear why β€œtritium is the fuel” for today’s machines, how β€œthe breeder really acts as a tritium multiplier,” and what it will take to bridge the gap between prototypes and commercial fusion power.