2. Carbon-Ply Kit and Installation

3. Validation of the Anomaly

4. Application of DFRE (Dimensional Filling Restoration Epoxy)

5. Troweling and smoothing the DFRE

6. DFRE Smoothed and Outline for Primer Done

7. The Di-Electric Primer is Applied

8. Carbon Fiber is Applied Hand Tight

9. Carbon Fiber Wrapped and Ready for Mold Installation

10. Installation of the Steel Mold

11. Properly Tighten the Mold

12. Pre-Mixing of the Resin

13. Mixing the Resin Components

14. Adding Activated Resin

15. Pressure Is Applied to the Mold

16. Tied and Curing

17. Mold & Gaskets Are Removed

18. Completed Repair

19. Carbon-Ply Cross Section Exothermic Resin Pipe Carbon Fiber Di-electric Primer Cross-Linked and Monolithic

20. Carbon-Ply End Seal Cross-Section Pipe Carbon Fabric Di-Electric Primer Exothermic Resin Impervious Bond and Seal Cross-Linked and Monolithic

21. Coating Application As Needed

22. Completed Multiple Repairs In Close Quarters

23. Carbon Ply - CRS Total time to install is approximately 1 hour. The system will then need between 1 to 2 hours to fully exo-therm and cure. Therefore time from beginning of installation to being able to return to service is 3 hours.

24. Cost Benefits of Carbon Ply - CRS Same day installation and return to service No exposure to aromatics. Simple installation Savings on personnel <$2,000USD based on a five (5) man crew. Lower risk of litigation by affected employees Less re-work due to errors.

25. 12.75” Steel Sleeve vs. Carbon Ply - CRS 2 highly trained welders Time to install 4-8 hours. NDE – 12 to 24 hours afterwards. Recoat One trained installer & one helper. Time to install – 3 hours. Visual examination only. Recoat adjacent area

26. CONTACT INFORMATION Henry E. Topf, Jr. Matt Lewis C.E.O. President 444 Slaughterhouse Rd. P.O. Box 1134 Wellsboro, PA Coldspring, TX 16901 77331 (570)-724-5888 (713)-304-7916