North Dakota's geology is ideal for CO2 storage. A deep porous rock layer will hold the CO2 and overlying cap rock layers will seal the CO2 in the storage zone. A wide array of monitoring technologies will be used to track CO2 movement in the subsurface, including down-hole and surface CO2 sensors.
Project Tundra is designed to capture CO2 on site and permanently store it more than a mile underground in a geologic formation. A deep porous rock layer will hold the CO2 and overlying cap rock layers will seal the CO2 in the storage zone.
Safety and environmental stewardship are vitally important to the project. Minnkota has received the appropriate federal and state permits required for CO2storage. These permits ensure the safe injection of CO2, protection of groundwater resources, and the constant monitoring of the CO2 to ensure it remains in the storage zone.
Project Tundra is designed to capture CO2 on site and permanently store it more than a mile underground in a geologic formation. A deep porous rock layer will hold the CO2 and overlying cap rock layers will seal the CO2 in the storage zone.
Safety and environmental stewardship are vitally important to the project. Minnkota has received the appropriate federal and state permits required forCO2 storage. These permits ensure the safe injection of CO2, protection of ground water resources, and the constant monitoring of the CO2 to ensure it remains in the storage zone.
