The search for the cause of the San Bruno gas pipeline explosion in 2009 that killed eight people has taken a new twist. On June 9, the California Public Utilities Commission issued a report from their hand-picked Independent Review Panel. This was a group the CPUC assembled ostensibly to get to the bottom of the San Bruno explosion.
Pipe bursting is a method of pipe replacement that involves three main forces that must be overcome to accomplish installing a new pipe. A basic understanding of these three forces is required for anyone involved in a pipe bursting project from conception, to design, through final construction. A more detailed level of understanding of the effects of varying ground conditions (geotechnical data) is essential to the success of a project by the senior team members including engineer, owner, contractor and field crews.
In the keynote address to the 2011 Pennsylvania Infrastructure Summit, Pennsylvania American Water President Kathy L. Pape said recently that expecting government bailouts is not a realistic, long-term solution to fix aging water and wastewater systems, which require tens of billions of dollars of capital investment.
In a meeting held in May with Senators at the U.S. Capitol, Dennis Slater, president of the Association of Equipment Manufacturers (AEM), called on Congress to address the urgent need to rebuild America’s infrastructure and to actively pursue innovative funding approaches to finance this critical investment without increasing the deficit.
A California blue ribbon panel's report blaming a 2008 sewer pipe bursting project for the natural-gas pipeline explosion that killed eight people in San Bruno, CA, was poorly researched, unsubstantiated and ignored more likely explanations, according to city of San Bruno officials.
Pipe bursting is a proven method for replacing underground pipelines that provide critical services including municipal water, sewer, gas, storm water, electrical, telecommunications systems and more to people throughout North America and the world.