| White Springs |
This Florida phosphate operation has 46 MW of cogeneration capacity. It uses the waste heat from operations to generate enough electricity and steam to supply nearly all its chemical manufacturing operations. |
| Aurora |
This North Carolina facility has 525 MW of cogeneration capacity. |
| Augusta |
Heat from gas turbine exhaust is recovered at this Georgia plant for both process and steam use internally. The mechanical power developed is equivalent to 19 MW. |
| Trinidad |
A generator produces all the electricity needs (11 MW) for the newest ammonia plant at this facility. The generator is driven by waste heat from the ammonia plants. |
| Cory |
This Saskatchewan potash plant takes steam from a nearby cogeneration plant (SaskEnergy/Atco joint venture) that produces electricity and steam. The purchased steam replaces a less efficient direct-fired boiler. |
| Patience Lake |
This potash plant in Saskatchewan is working on recovering heat from the recovery brine, which will reduce the input requirement of the direct-fired brine heaters. |
| Lima |
This Ohio nitrogen plant uses a gas turbine driver to recover the equivalent of 8.8 MW of electrical power. Waste heat energy from exhaust gases is recovered in the ammonia reforming process. |
| Geismar |
This Louisiana facility recovers heat from the sulfuric acid operations to help run its other process, and it provides steam to another company. |