1. Integrating Heat Sensor Technology into Small Diameter CIPP Installations Presenters: Jason Mathey and Gary Rapp LMK Technologies and Zia Systems WWETT 2015

2. Questions to Answer Questions/Concerns/Interests Can technology, like sensors, improve the process? Can the cost of technology be justified? What cost savings can be expected? What assurance can be expected on quality of the CIPP process? Case Study Results Ease of Sensor Installation Useful Data Remote Access ROI

3. Curing Monitoring Systems (CMS) CMS uses fiber optic sensors to monitor the cure temperature of CIPP liner Senses temperature over time along the entire length of the pipe Takes temperature in 30 second intervals every 6 inches of pipe Temperature readings are displayed in real-time in graphical format Onsite computer uses Viscom Liner software

4. CMS Benefits Accurate and timely sensor readings Easy to install No blind spots Installed to design specifications Provides liner supplier protection Continuous readings along the pipeline helps ensure against problem areas within the pipe Problem areas within the pipe can be readily identified for focused solution Engineers and owners are able to watch the cure remotely with computer and smart phone access Reduction in fuel, equipment and labor costs. Data automatically collected and stored for monitoring and historical reporting

5. Product Testing for Laterals

10. Conclusions CMS can verify cure of liner along the entire length. Prevention of one failed liner can justify the initial investment. Increase field production. Delivery full reporting to managing authorities, including installer notes, graphs, and snapshots. Engineers and owners are able to watch the cure remotely with computer access and Smartphones. Minimal installation costs.

11. Lessons Learned CMS shows potential to increase production on lateral CIPP projects. Verifying the cure cycle along the entire length of the liner allows the installer to know when it is safe to remove the bladder instead of over cooking to ensure a complete cure. Removing heat and pressure prematurely from a liner can cause a variety of problems that can result in significant cost to the contractor. Verifying the cure will reduce the number of failures due to uncured resin CMS technologies will work with all resin systems and curing methods. Problem areas including bellies and active infiltration are apparent during the cure and the software can alert you to a potential problem with your cure. Specifications for each resin system can be programed into the CMS and will alert the installers when temperature and time limits have been reached. Data files can be used as cure log and ad a new level of quality control to any CIPP project.

12. WWETT 2015 Questions?