Heat-transfer foundations
Heat load, temperature approach, thermal resistance, fluid choice and ambient conditions.
Move heat where it can be safely rejected—or reused
Understand industrial cooling and thermal management systems.
Follow heat from process equipment and electronics through air or liquid loops, heat exchangers, cooling towers, chillers and final heat rejection, with practical guides to controls, monitoring, maintenance, water and energy performance.
→→HEAT SOURCE → COOLANT → EXCHANGER → HEAT REJECTION
Cooling is a system, not a single machine
Heat exchangers
Shell-and-tube, plate, air-cooled, fouling, effectiveness and maintenance.
Cooling towers & water
Evaporation, wet-bulb approach, water balance, concentration and tower performance.
Chillers & refrigeration
Chilled water, refrigeration cycle, refrigerants, economizers and thermal storage.
Liquid & data-centre cooling
Cold plates, immersion, thermal interfaces, rack cooling and hotspots.
Efficiency & optimization
Energy intensity, water efficiency, hybrid cooling, refrigerant impacts and KPIs.
Rebuilt to consolidate repeated WordPress topics
The legacy site repeatedly covered thermal engineering, liquid cooling, heat exchangers, efficiency, chillers and data-centre cooling. The new library preserves those search intents while adding clearer system boundaries, water and energy accounting, heat recovery, controls, monitoring and maintenance.
Safety and regulatory boundary
Refrigerants, pressurized systems, chemical water treatment and electrical equipment can be hazardous and regulated. They are explained at a system level only, with no charging, chemical dosing, pressure testing or live electrical procedures.