Immersion Mining: Longevity & Efficiency
summary
Claims 80–90% fewer failures and over a gigawatt of tanks deployed, with operators managing ~500 MW and vendors offering modules from 150 kW to 1.2 MW. Cooling runs fluids at about 110–120°F while chips stay under ~80°C, enabling higher density and longer uptime. Tradeoffs: single-phase oils cost under ~$20/gal versus two-phase engineered fluids at ~$300–$400/gal and evaporation risk. Practical builds include containerized farms, on-site plate exchangers and a solar-powered deployment in the Asia Pacific, with rapid containerized rollouts emphasized as the path to scale (single-phase immersion, two-phase immersion, containerized immersion).
AI-written summary · about
chapters (9)
- 0:00Introduction to Immersion Mining Solutions
- 3:13Efficient Cooling with Immersion Technology
- 6:33Deployment of Immersion Technology
- 9:34The Challenges of Two-Phase Immersion Technology
- 12:10Immersion Systems in Hostile Environments
- 15:55Exploring Dual Phase Immersion Technology
- 18:56The Benefits of Immersion Mining
- 22:00Improving Operations through Automation and Marginal Gains
- 25:00Immersion Mining Technology Updates
related talks
10mMinerset & Elite Mining - Next Gen Immersion: Lean, Green & Mobile
13mBeating the Energy Crisis with Heat Recovery
09mVertical integration or maximum agility - which will be best for mining in 4 years
09mDELV - Innovations in Mining Infrastructure
08mMining Your Business: Secrets to Building & Supplying Bitcoin Mining Farms
13mBitcoin Mining and The 2025 Bull Market
41mBeyond Finance: Bitcoin and the Energy Infrastructure of the Future
52mThe Energy Crisis & Bitcoin