Rubberneckin' for HDPE Pipes and a Better Water Infrastructure

I'm thinking about getting an airboat. You know, one of those boats you see on nature channels that skim the water of the Everglades with ease.

It's not for hobby. It's because I think it might be the optimal mode of transportation soon.

You see, I was running an errand a few nights ago, and happened across some flashing lights. At first, I thought I might get to slow down and help a traffic jam occur just for the sake of rubberneckin'.

Unfortunately, the red and white flashing lights I expected to see were yellow lights from city maintenance vehicles. Where police officers and emergency responders were supposed to be, there were high-visibility vests and workers with hard hats. At the key focus of the scene – where the wreck or accident was meant to be – there was enough spraying water coming out of the ground to make a fairly nice aquatics attraction at an amusement park.

Disappointed that I wasn't going to gawk at a true accident or a live episode of Cops, my eyes fixed on water escaping from between two slabs of concrete. In the dark of night, it looked very similar to Jed Clampett's bubbling crude. However, instead of extracting dollars out of the ground – I could almost see dollar signs escaping and running down the road.


That's where my airboat comes in. Many cities enjoy spending hand over fist for the best roads, but forget about the pipes running underneath the roads. Theoretically, those very fine roads would make for great river beds as water mains continue to break at alarming rates and pour their contents onto streets. As the water fills the road from curb to curb, it will make a great waterway to help my airboat get along just fine.

I get email alerts every time a news story pops up about a major water main break covered by a local newspaper or television station. Last month, I got nearly 100 alerts from across the country.

While yes, this is very tongue-in-cheek of me, finally having a water main break occur just a block or two from my home opened my eyes and got me a bit fired up. It was one of those things that are out-of-sight, out-of-mind – until it happens to you.

In this moment that I was affected by a literal gap in my local infrastructure, I started contemplating the real numbers behind the nation's financial infrastructure gap. My first course of action was to see just how much money out of the American Recovery and Reinvestment Act of 2009 (a.k.a. the Stimulus Bill) was spent on roads and how much was spent on water infrastructure in my home state.

For the Drinking Water State Revolving Fund (DWSRF), my home state of Oklahoma received $31,481,000 out of a $2 billion national appropriation from the American Recovery and Reinvestment Act of 2009. The drinking water program aims to upgrade drinking water infrastructure. The national appropriation for highway infrastructure investment is reported to be $27.5 billion. Oklahoma's top funded recipient or stimulus dollars from January 1, 2010 to March 31st, 2010 was our Department of Transportation at $462,959,502. That's just about 14 times more money spent on roads than water both nationally and locally.

If you want to see what your state has spent, all the details are available at www.recovery.org.

The reason I use transportation spending as an analogy is because I can't drink asphalt or gravel. It's not necessary to every day existence, like water. At one point, this country didn't have roads, but it's always had water available to inhabitants. I would take shabbier roads (I wouldn't like it necessarily) and a more trustworthy water infrastructure. Perhaps one day soon, the funding to protect needs/water instead of wants/nice roads will be appropriate and I won't need that airboat.

On the plus side, there are proactive municipalities that are finding a way to get cost-effective, leak-free infrastructure systems in place. We've previously reported on St. Petersburg, Florida, which is implementing an 18-year $100 million replacement program; Dalton, Georgia, where they've put in 4 million feet of HDPE for water infrastructure; and coming next month, we'll visit Palo Alto, California, where the city spends $3 million annually to put in new HDPE water pipes.


Sincerely,

Tyler Henning

P.S. – Do you have an interesting job site that you would like to share? McElroy is always looking for fusion job sites where HDPE is being used and fused to solve an infrastructure problem. Contact Tyler Henning, public relations specialist at (918) 831-9286 or by email at thenning@mcelroy.com




 
 
 
It's finally here. You can get the new #McElroyFusion product catalog and reference guide in PDF format at this link: http://ow.ly/1KEXX
May 13th
New workshop regarding #HDPE use in Nuclear Power Plants is to be held in North Carolina in June. Link has the details! http://ow.ly/1K63y
May 12th
Nebraska city is putting in some heavy wall #HDPE. Looks like a cool project! http://ow.ly/1GX4U
May 4th
Wednesday, September 1, 2010 at 8:00am
Tulsa, OK
Apr 26th
AWWA offers a great scholarship opportunity for students interested in the water industry. http://ow.ly/1BonY
Apr 21st
Amazing #HDPE work between ISCO, JM Eagle, and the Navajo Tribe! The pipe will be used to combat adverse soil conditions. http://ow.ly/1AnpP
Apr 14th
That gas cap on your car - also #HDPE. Because of chemical resistance. #McElroyRoadShow
Apr 14th
#HDPE could allow a contractor to bend the pipe around a cul-de-sac without couplings. The stuff you learn at #McElroyRoadShow
Apr 14th
Performance Pipe rep discussing impact resistance of #HDPE. Amazing stuff!
Apr 14th
McElroy Road Show in Tucson! Good turnout waiting for an Alliance for PE Pipe presentation. http://tweetphoto.com/18431086
Apr 14th
 
 
 

The Road Show Heads East

Don't be surprised if you see the McElroy truck and trailer cruising across the Northeast United States over the coming weeks. We are more than halfway through our travels, but there are still plenty of opportunities to see the new 2010 McElroy products. You can also keep up with the travels via the Road Show 2010 Blog!



Below are the next month's worth of Road Show dates and locations. If you don't see a location near you, click below to see the full schedule.

5/25
5/27
6/02
6/04
6/08
6/10
6/11
6/14
6/16
6/17
6/18

Click here for more info and to see the full schedule



This week, the first Productivity and Project Management Course is taking place at McElroy University. There are plenty of opportunities to enroll in educational classes at McElroy University. If you missed this Productivity and Project Management Course, it will be offered again in 2011.

Check out the rest of McElroy University's courses for the year by clicking here.




Another great learning opportunity is the “Use of HDPE for Power Plant Piping Systems Workshop” sponsored by ASME, the Electric Power Research Institute, and the Plastics Pipe Institute. The workshop will take place June 7 through 10 in Charlotte, North Carolina.

The workshop will cover the design, fabrication, and installation of HDPE piping systems, including the testing, repair and regulatory issues and concerns about this emerging use of HDPE. Plant tours are tentatively scheduled for the Catawba Nuclear Plant and Performance Pipe manufacturing plant in Spartanburg, South Carolina.

Click here to register or learn more about this exciting new workshop.
 
 
 

Eight new Socket Tooling Kits are now available for order. Each kit offers a complete tooling set that includes a Multi-Mc™ heater, heater sling, heater adapters, ratchet spears, chamfer tools/depth gauges, spare chamfer blade and cold ring tools.

By offering the Socket Tooling equipment as a complete kit, McElroy was able to design special tool boxes with custom trays to hold the components. There is even a price break for ordering a complete kit.



The eight Socket Tooling Kits are designed for fusing HDPE pipe fittings in ½” CTS to 4” IPS pipe sizes. Four size ranges are available:

  • ¾” to 2” IPS
  • ½” CTS to 2” IPS
  • 3 and 4” IPS
  • ¾” to 1¼” IPS
After choosing the appropriate size range, you can then choose either a 120- or 240-volt Multi-Mc heater.

 
 

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