Project Sites

Azure currently has four proposed project locations across North America.

In 2024, Azure will complete Front End Engineering and Design (FEED) work on all four sites to maximize optionality. These sites were identified based on advantage access to feedstocks while maintaining complete market access.

Kansas, United States

The proposed facility will be located in an area approximately 3 miles south of Cherryvale, Kansas.
This site offsets a state of the art soybean crush facility.
~60% of U.S. soy grown within 500 miles and located at southern tip for agricultural feedstocks prior to movement to Gulf Coast.
Strong alignment with state government.
Positive regulatory and permitting landscape.
CO2 sequestration in an active network.
Complete market access by rail, including west to California, east to Atlantic and into Mid-West.

Manitoba, Canada

Manitoba's proposed facility will be located in an area 5km west of Portage La Prairie, adjacent to the Poplar Bluff Industrial Park.
Located in the heart of Canadian canola and soy production with potential to co-locate crusher.
Strong support from Government of Manitoba, including grant funding.
Benefits from low carbon electrical grid.

Ontario, Canada

The proposed Processing Facility will be located along the Welland Canal, directly north of Port Colborne.
Logistical advantage with access through the Great Lakes, providing tidewater access for feedstock and SAF product markets.
Potential to be placed on an accelerated regulatory path.
Access to multiple feedstock types from both U.S. and Canadian markets.
Close proximity to high demand and potential new Low Carbon Fuel Standard (LCFS) markets.

British Columbia, Canada

Azure is partnered with Tk’emlúps te Secwépemc (TteS) to collaboratively develop, build and operate the proposed facility on the ancestral lands of Ttes in Kamloops.
BC LCFS credits generated at this location. Further, BC LCFS Initiative Agreement Program available with potential to fund up to 50% of Total Installed Cost (TIC).
Benefits from low carbon electrical grid.

Image Source: Wiki