• MINING THERMAL MANAGEMENT

Rugged Thermal Solutions for Mining Operations

API Heat Transfer delivers robust heat exchanger solutions for mining equipment and mineral processing plants — engineered to operate continuously in high dust, high vibration, and extreme temperature environments where downtime is extremely costly.

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Applications

Mobile Equipment, Compressors & Process Plants

Environments

High Dust, High Vibration, Extreme Temperatures

Cooling Media

Air & Water-Cooled Solutions

Brands

Basco, Schmidt, Airtech

THE MINING THERMAL MANAGEMENT CHALLENGE

Mining operations push equipment to the limits — extreme loads, abrasive materials, and harsh environmental conditions demand uncompromising reliability from every thermal system, in locations where downtime is extremely costly and service support may be hours away.

Extreme Loads.
Abrasive Environments.
Remote Operations — Downtime Is Not an Option.

Extreme Environmental Conditions

Mining equipment operates in high dust, high vibration, and extreme temperature environments — from open-pit operations in scorching heat to underground mines with limited airflow. Thermal systems must be built to withstand these conditions continuously, not just intermittently.

High dust, high vibration, extreme temperature

Engine, Compressor & Hydraulic Cooling

Engines, compressors, and hydraulic systems are the operational core of mining equipment. Keeping these systems within thermal limits under continuous heavy load is essential to maintaining productivity, protecting components, and avoiding catastrophic failures in the field.

Critical systems — continuous heavy load

Remote Operations & Maintenance Access

Mining operations are often located in remote areas where replacement parts and service support are not readily available. Equipment must be durable enough to operate through extended service intervals, and maintainable enough to be serviced efficiently when the opportunity arises.

Long service intervals — remote maintainability

Engineered for Mining Reliability.

API delivers rugged thermal solutions across the Basco, Schmidt, and Airtech platforms — covering mobile equipment cooling, compressor intercooling, mineral processing, and plant water circuits in the full range of surface and underground mining environments.

Shell & Tube for Equipment & Compressor Cooling

Shell and tube heat exchangers for heavy equipment cooling systems and compressor applications — built for structural durability and reliable thermal performance in the continuous heavy-duty cycles of mining operations.

Schmidt Plate Heat Exchangers for Process & Utilities

Schmidt plate heat exchangers and welded plate designs for mineral processing, plant water circuits, and energy recovery systems — high efficiency in a compact footprint for process plant applications.

Airtech Air-Cooled Platforms

Airtech air-cooled heat exchangers for packaged cooling systems where water availability is limited — essential for remote mining sites and arid environments where liquid cooling infrastructure is impractical.

Thermal Transfer Products T-Bar Aluminum Cores

Thermal Transfer Products' T-Bar extruded tube aluminum cores, used in BOL and OCA series coolers, are excellent alternatives to steel tube products — offering an extremely rugged design with high efficiency and low pressure drops. Purpose-suited for high-stress load applications, these cores are an ideal fit for the demanding conditions of the mining environment.

PROVEN ACROSS MINING APPLICATIONS

Mining segments and applications we support.

Surface Mining

Thermal solutions for surface mining equipment — including haul trucks, drilling rigs, shovels, and loaders — operating in high-dust, high-heat, open-pit environments across extended production shifts.

High-Dust, High-Heat Performance, Open-pit rated

Surface operations

Underground Mining

Cooling solutions for underground mining equipment and ventilation systems — engineered for the confined spaces, high humidity, and limited airflow conditions of underground operations.

Compact, Confined-Space Design, Underground rated

Underground operations

Mineral Processing Plants

Schmidt plate heat exchangers and welded plate designs for mineral processing circuits — supporting water treatment, process cooling, and energy recovery across continuous plant operations.

Continuous Process Reliability, Plant processing

Mineral processing

Compressors & Air Systems

Intercoolers, aftercoolers, and oil coolers for mining compressor packages and large-volume air systems — engineered for the scale and duty requirements of mine ventilation and compressed air infrastructure.

Large Volume Air Cooling, Mine-scale compressor duty

Compressor & ventilation

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Frequently Asked Questions

Common questions about Mining heat transfer applications and API Heat Transfer solutions.

What heat exchanger products does API Heat Transfer supply for the mining industry?+

API Heat Transfer supplies heat exchangers for surface and underground mining operations including hydraulic oil coolers for mining equipment, compressed air aftercoolers for mine air distribution, dragline and shovel cooling systems, mine water heat exchangers for thermal management, and process heat exchangers for mineral processing plants. Products span shell and tube, air cooled, and plate technologies.

Does API Heat Transfer supply hydraulic oil coolers for mining equipment?+

Yes. API Heat Transfer’s Thermal Transfer Products (TTP) division and AIRTECH® product lines supply hydraulic oil coolers for mining haul trucks, excavators, draglines, and continuous miners. These are engineered for the high-vibration, heavy-duty operating conditions of mining equipment, with oil-water and oil-air configurations available.

Are API Heat Transfer products suitable for harsh mining environments with dust and abrasion?+

Yes. API Heat Transfer designs heat exchangers for the challenging environments of mining operations, including dusty surface conditions, corrosive groundwater, and high-vibration underground applications. Air cooled heat exchanger fin configurations are available in heavy-duty designs that resist physical damage and facilitate mechanical cleaning. Abrasion-resistant inlet nozzle liners and erosion-resistant tube materials are available for slurry applications.

Does API Heat Transfer supply heat exchangers for mineral processing applications?+

Yes. API Heat Transfer supplies heat exchangers for mineral processing plant applications including solvent extraction and electrowinning (SX-EW), pressure oxidation (POX), heap leach acid cooling, and concentrate filtration. These applications often require corrosion-resistant alloys such as titanium and Hastelloy for acidic process streams.