Industrial Applications & Sectors
From extreme-temperature mine shaft air heaters to precision metallurgical heat treating furnaces, we engineer for high reliability in demanding operating conditions.
Metal Melting Foundry Systems Design | Complete Combustion
High-efficiency burner arrangements, fuel trains, and refractory design for aluminum melting, crucible furnaces, and foundry holding basins.
NFPA 86 • CSA B149.3 • ASTM C680
Heat Treatment Furnace Design | Complete Combustion
Multi-zone temperature uniformity, atmosphere control, and flame safeguard architectures for car-bottom, annealing, and stress-relieving furnaces.
NFPA 86 • CSA B149.3
Process Heating Industrial Dryers | Complete Combustion
Rotary batch and continuous aggregate dryers, mineral processing drums, and calcining kilns with centralized motor controls and burner integration.
NFPA 86 • CSA B149.3 • ESA
Incineration Thermal Oxidation Design | Complete Combustion
High-temperature destruction of VOCs, waste gas streams, and process effluents with verified residence time and thermal safety interlocks.
NFPA 86 • CSA B149.3 • DRE >99%
Oxygen Enrichment Oxy-Fuel Systems | Complete Combustion
Specialized oxy-fuel valve trains, cleaned-for-oxygen piping, and mass-flow ratio control loops to increase thermal efficiency and cut emissions.
CGA G-4.1 • CSA B149.3 • ASTM G93
Mine Air Heating Systems | Complete Combustion
Direct and indirect fired mine ventilation heating systems, portal air curtains, and modular freeze-prevention heater houses engineered for sub-zero northern environments down to -40°C and below.