Compression Fit HDPE Pipe Lining Case Studies
MUNICIPAL - MINING - GAS - FEDERAL - INDUSTRIAL - PRIVATE - MILITARY - UNIVERSITY
Case Study: 2014 Trenchless Project of the Year
Client: Gulf Coast Water Authority, Texas
Technology: Compression Fit HDPE pipe lining
Details: 6,800 feet of 39" PCCP water transmission main replaced with HDPE PE4710 DR 17
Case Study: Water Transmission Main Replacement
Technology: Compression Fit HDPE pipe lining
Details: 9,950 feet of 42" Cast Iron water transmission main replaced with HDPE PE4710 DR 17
Case Study: Sewer Force Main Replacement
Technology: Compression Fit HDPE pipe lining
Details: 54" PCCP sewer force main replaced with HDPE PE4710
Case Study: Sewer Force Main
Case Study: Sewer Force Main Replacement
Client: Jacksonville, Florida
Technology: Compression Fit HDPE pipe lining
Details: 2,300 feet of 24" Ductile Iron sewer force main replaced with HDPE PE4710 DR 17
Case Study: Water Transmission Main
Case Study: Water Transmission Main Replacement
Client: Houston, Texas
Technology: Compression Fit HDPE pipe lining
Details: 7,600 feet of 30" PCCP water transmission main replaced with HDPE PE4710 DR 32.5
Case Study: Water Transmission Main Replacement
Client: Colorado Spring, Colorado
Technology: Compression Fit HDPE pipe lining
Details: 1,300 feet of 20" Steel water transmission main replaced with HDPE PE4710 DR 13.5
Case Study: Water Transmission Main
Case Study: Water Transmission Main Replacement
Client: Amarillo, Texas
Technology: Compression Fit HDPE pipe lining
Details: 5,300 feet of 30" Cast Iron water main renewed with HDPE PE4710 DR 32.5
Case Study: Chilled Water Lines
Case Study: Chilled Water Lines
Client: Texas A&M University
Technology: Compression Fit HDPE pipe lining
Details: 6,400 feet of 18" & 20" Steel Chilled Water Lines replaced with HDPE PE4710 DR 26
Case Study: Sewer Force Main Replacement
Client: City of Sioux Falls, South Dakota
Technology: Compression Fit HDPE pipe lining
Details: 8,709 feet of 36" Ductile Iron sewer force main replaced with HDPE PE4710 DR 21
Case Study: Sewer Force Main Replacement
Client: Douglasville-Douglas County Water and Sewer Authority, Georgia
Technology: Compression Fit HDPE pipe lining
Details: 36" Ductile Iron sewer force main replaced with HDPE PE4710 DR 21
Case Study: Water Transmission Main Replacement
Client: Southeastern Oakland County Water Authority (SOCWA), Michigan
Technology: Compression Fit HDPE pipe lining
Details: 16" Cast Iron water main replaced with HDPE PE4710 DR 13.5
Case Study: Sewer Force Main Replacement
Client: Madison Sewerage District, Wisconsin
Technology: Compression Fit HDPE pipe lining
Details: 36" PCCP sewer force main replaced with HDPE PE4710 DR 32.5
Case Study: Raw Water Main
Case Study: Raw Water Main
Client: Dillon, Colorado
Technology: Compression Fit HDPE pipe lining
Details: 1,007 feet of 24" RCP Raw Water Inverted Siphon with HDPE PE4710 DR 32.5
Additional Case Studies
ASCE Pipelines: Renewing Life of Large Diameter Pressure Pipelines with HDPE Pipe Lining Technology
Full Structural Case Study: 24" Water Main with HDPE DR 11
Trenchless Technology Magazine: Swagelining Technology Renews Life of Pipelines
Los Angeles, California 36" & 24" Water Transmission Main CompressionFit
Boulder, Colorado 16" High Pressure Water Main Case Study
Oil & Gas Case Study:
Subsea Pipeline
Mining Case Study:
Tailings, Slurry, Backfill Pipelines
NASTT No-Dig Paper: Fully Structural Renewal of 39" PCCP Water Main with CompressionFit and HDPE
Oil & Gas Case Study:
High Pressure Water Injection Pipeline
Oil & Gas Case Study:
Water Injection Riser
Journal Achievements in Materials & Manufacturing: CompressionFit
Asian Water: Rehabilitating Hong Kong's Water Mains
Greeley, Colorado 27" Water Transmission Main CompressionFit
Thin Walled Case Study: 40" Water Main with HDPE DR 51
Case Study: Feasibility Analysis
TESTIMONIALS
"The City of Fort Lauderdale was dealing with aging infrastructure that due to erosion from the brackish saltwater was virtually disintegrating. We knew that we needed to provide the quickest solution possible for our community, and the technology utilized allowed for the replacement of the compromised FM in record time. This trenchless process, coupled with the use of HDPE and its 100 plus year life span, is quite simply the best available technology out there."
Omar Castellon, P.E. Assistant Public Works Director – Engineering, City of Fort Lauderdale