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Laboratory Fluidics & Immersion Tank Practicum
Single-Phase Dielectric Immersion & Hybrid Thermal Conversion
Deep dive into synthetic hydrocarbon and fluorochemical dielectric fluid management, dry cooler sizing, brazed plate heat exchangers, and ASIC board preparation.
Tuition / Fee
$1,850 per participant
Format & Duration
3 Days (20 Contact Hours)
Facility / Location
Gimpo Immersion Testing Laboratory
Target Participant Profile
Operations managers transitioning from air-cooling to liquid submersion for extreme overclocking, silent running, or waste-heat capture.
Applied Engineering Competencies
- Compare fluid properties: viscosity, dielectric breakdown voltage, thermal conductivity, and flash points
- Calculate secondary water loop flow rates (GPM) and delta-T across brazed plate heat exchangers
- Remove original fan shrouds, install fan spoofers, and apply thermal paste/gap fillers for immersion
- Design closed-loop dry cooler circuits with ethylene glycol antifreeze mixtures for sub-zero Korean winters
- Implement district heating and greenhouse thermal reuse manifolds using 55°C-65°C fluid discharge
Included Laboratory Materials
- Immersion Plumbing Schematics & Pump Head Sizing Calculator
- Dielectric Fluid Compatibility Matrix for cables, plastics, and gaskets
- Direct hands-on immersion tank teardown and rebuild session
Prerequisites & Delivery
Prerequisites: Prior experience handling mining hardware and thermal interfaces.
Delivery Method: Intensive laboratory session operating live immersion tanks, coolant pumps, and outdoor dry coolers.
Register Interest or Request Cohort Schedule
Cohorts at the Gimpo testing lab are restricted to 8 engineers per session to ensure direct hands-on time with active test wind tunnels, thermal imaging equipment, and live electrical load banks.