Mining Cooling & Airflow
Choose cooling equipment around your miner’s cooling method, continuous heat load and site conditions. Explore dry coolers and immersion equipment, then check the exact configuration before planning an installation.
Browse mining cooling equipment
Mining dry coolers
Reject heat from a compatible liquid circuit. Compare rated duty at the stated ambient temperature, fluid flow, approach temperature and fan power.
Explore dry coolers →Immersion cooling equipment
Compare tanks and supporting hardware by fluid volume, usable layout, servicing access and heat-rejection requirements. Check miner and fluid compatibility.
Explore immersion equipment →Match the cooling system to the miner
- Air and airflow
- Air-cooled miners need a clear intake and exhaust route. Plan for continuous heat, noise and dust; a fan, duct or shroud must suit the exact machine and airflow requirement. Browse air-cooled miners.
- Hydro cooling
- Hydro miners use a compatible liquid circuit and external heat rejection. Check coolant, flow, pressure, inlet temperature and the electrical supply specified for the exact miner. Browse hydro-cooled miners.
- Immersion cooling
- Immersion uses a compatible dielectric fluid, tank and heat exchanger. Confirm hardware preparation, materials compatibility, service procedures and manufacturer warranty terms. Browse immersion-cooled miners.
Read our air, hydro and immersion cooling guide for a fuller comparison.
Plan the complete installation
A component’s maximum rating is not a certified capacity for a complete site. Check the stated operating conditions, supplied pumps and controls, electrical demand, pipework, access and maintenance arrangements before selecting equipment.
For larger deployments, explore mining containers and modular mining systems. Tell us the miner model, quantity, site conditions and planned cooling method when you request a project quotation.