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#2117 Trenchless Water Main Rehab Design Considerations IEPA#6811

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Description
WaterWorld article: Trenchless Water Main Rehabilitation Design Considerations WEBINAR


Renewal training credit hours for water operators & engineers: 1.00
Total Hours: 1.00

Live Date:  05/15/13
Webinar Type:
Technical Webinar 
IEPA#6811
  

SUMMARY: As municipalities modernize their treatment capability, they become increasingly aware of the need to upgrade their distribution systems so that they can reliably deliver safe water, which emphasized the need for pipeline renewal/replacement. Trenchless water main rehabilitation provides a viable alternative to utilities versus replacement as these techniques can be often implemented at a significantly lower economic and social cost (i.e. nuisance to public). Lining a deteriorated pipeline is a viable trenchless technology that is used for renovating concrete, iron, steel, and PVC water distribution pipes. Techniques and materials include cement mortar lining, slip-lining (fold and form, deformed/reformed, or direct insertion), cured-in-place pipe (CIPP), and (more recently) spray-on polymeric liners. The growing use of trenchless methods for rehabilitating water mains makes the design of these liners important with respect to durability, system hydraulics, and water quality. This webinar will introduce trenchless water main rehabilitation techniques and provide the factors to consider in designing a trenchless water main rehabilitation project as an alternative to replacement.

PRESENTER

Firat Sever, Benton & Associates, Inc
Education: PhD in Civil/Environmental Engineering (Tulane University, New Orleans, Louisiana), MS in Civil/Hydraulic Engineering (Osmangazi University, Eskisehir, Turkey), BS in Civil Engineering (Yildiz Technical University, Istanbul, Turkey).

Firat has about 10 years of experience in water and wastewater engineering as a consultant, field engineer, and graduate research assistant. As a part of his past experience, he has participated in and led teams in providing design, construction administration, and construction phase services of water and wastewater facilities (pipeline, treatment plants, and pump stations). Additionally, he has conducted research on the use of polymeric liners in the rehabilitation of water and wastewater pipelines under three grants and led a project team for ISO 9000 quality assurance/quality control certification.



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