2. A catalytic process to synthesize hydrocarbons and their oxygen derivatives by the controlled reaction of hydrogen and carbon monoxide. Process used in WWII by Germany to create fuels. Discovered in 1923 by F. Fischer and H. Tropsch at the Kaiser Wilhelm Institute for Coal Research in Mulheim, Germany.

3. Conventional Fischer Tropsch needs to be large to be economically viable

4. Small on-site energy production Bring the technology to the fuel source

5. Transformation of GTL through Microchannel Fischer Tropsch

6. Develop the micro-reactor directly at the well head

7.  5 TCF of gas flared every year  5 TCF re-injected to avoid flaring alone  29% of natural gas produced in ND is flared

9. Accelerates processes Up to 1,000 fold

10.  Modular suitable for remote locations  Capacity can be adjusted to the field  Smaller plants = smaller investments  Reduced costs through shop fabrication  High quality and consistency  Only ‘designed once’  Eliminates “scale up” issues

11.  Identifies problems and solves them  Turns negatives into positives  Is mutually beneficial to all concerned  Is scalable and repeatable

13.  Turns wasted flaring into profits  Eliminates prolonged flaring  Eliminates costly injection in lieu of flaring  Monetizes stranded NG reserves  Hedge against low natural gas prices  Reduces carbon emissions  Eliminates night time light/noise  Unlike regulations that cost money, MFT will make money  Positive Public Relations

14. With Microchannel Fischer Tropsch, when you look into the night sky……. Instead of seeing flaring……