Market Applications

ATS captures the high-temperature exhaust produced by thermal oxidizers used to burn off VOCs and converts it into clean electricity. Common in automotive, chemical, paint, and pharmaceutical manufacturing we turn compliance into cost savings.

As Ultra Low Sulfur Diesel (ULSD) exits the reactors our technology captures this heat and aids in the cooling process generating electricity and energy savings in cooling infrastructure.

The constant high-temperature exhaust from diesel, gas-powered engines, or turbines are ideal for our solid-state generator. We turn wasted heat into power in industries like oil & gas, mining, and data centers cogeneration facilities.

A hot-oil coil in the upper convection / breeching / stack section delivers heat to an ATS Energy Solid State Generator at the Megawatt scale.

Whether used in cement, lime, or soda ash production, kilns release massive waste heat. ATS Energy captures this energy at multiple stages to deliver reliable power for cement and lime producers.

Thermal conversion of waste materials generates consistent, usable heat. Our platform captures this energy to power the facility, common in waste-to-energy, biomass processing, and circular economy infrastructure.

Drying systems vent large volumes of hot air. Our solid-state generators harness this steady stream of mid-temp heat, turning it into power in industries like paper, dairy, food processing, and pharmaceuticals.

ATS offers a lower-maintenance, turbine-free option to convert geothermal heat directly into electricity or an additive solution in a pre-flash deployment.

Oil sands upgrading involves coking, hydrocracking, and hydrotreating to turn bitumen into synthetic crude oil (SCO). Each stage produces high-temperature, continuous waste heat streams ideal for ATS Energy to recover MW-scale clean power without disturbing process balances.