Hydrogen fuel cell booster unit research, design, and production benefits include reducing emissions, increasing fuel economy and performance, and cleansing engines while reducing fossil fuel use. Circuit development is complete for water, overheat, over current, and master power. Current work tests shock resistance and overheating conditions with future work to optimize solution mixture, test various road conditions, integrate analog circuits, and finalize frequencies.

1. Hydrogen fuel cell booster unit Research, design, and production For the management and investors By Michael Mapes 8/21/09

3. Increase fuel economy and performance

4. Cleanse engine of carbon deposits

5. Reduce consumption of fossil fuel resources

6. Governmental tax credits for alternative fuel users

8. Overheat protection circuits

9. Over current protection circuits

10. Master power circuits

11. Fuel cell design and prototype

13. Overheating conditions

14. Gas production vs. engine speed

16. Continued road condition tests

17. Integration of individual analog circuits into larger groups, possible change into digital ic’s

18. Final decision on frequency settings