Carbon Dioxide Flooding in Kansas Reservoirs Click here to start Table of Contents Carbon Dioxide Flooding in Kansas Reservoirs Carbon Dioxide Flooding Minimum Miscibility Pressure Requirements for Carbon Dioxide Miscible Flooding Minimum Miscibility Pressure in Hall-Gurney LKC Outline of Presentation Research on Carbon Dioxide Miscible Flooding Technology Outline of Presentation Carbon Dioxide Flooding in Central Kansas Reservoirs Carbon Dioxide Flooding in Central Kansas Reservoirs Overall Objective Components of Carbon Dioxide Program Components of Carbon Dioxide Program(Continued) KTEC Contract Results KTEC Contract-Results(Continued) KTEC Contract-Results(Continued) LKC Oil Resource-10 County Area Lease Scale Economic Variables-CO2 Flooding CO2 Costs vs. Oil Price for 20 % IRR Sensitivity to Oil Price Required Recovery for 20% IRR Outline of Presentation Field Demonstration of CO2 Miscible Flooding in the L-KC, Central Kansas L-KC Recoveries in Hall-Gurney and Trapp Project Economics DOE Class Program Revisited Demonstration Design Summary Outline of Presentation Carbon Dioxide Supply Cumulative Oil Production > 1000 MBO for Lansing-Kansas City per Section Pipeline Cost Estimates* Pipeline Considerations Central Kansas LKC Pipeline LKC Pipeline Results Carbon Dioxide Pipeline Determining Distribution of “Low” Pressure Arbuckle “Low” Pressure Arbuckle, Bemis Field, Ellis Co. Kansas Carbon Dioxide Supply Location of Ethanol Plant & CO2 EOR Site Carbon Dioxide Supply-ICM Plant UPDATE: Field Demonstration of CO2 Miscible Flooding in the L-KC, Central Kansas CO2 Pilot Project Team The Potential for Carbon Dioxide Flooding in Kansas Download presentation source