Need PDH Hours and Want to Save Millions in Pavement Management?

 

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☀️Grab your seat now☀️

How Cities and Counties Will Save 2.5 Billion Dollars in 2016 With The Three Legged Stool™ of Pavement Management

With Your Host Blair Barnhardt, APM Author of the Amazon #1 Best Seller The Book on Better Roads

REGISTER HERE FOR WEBINAR TOMORROW

 
AND

Click below for registration for PDH Certficate for 2 Hours of Pavement Management Training!
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Thank You and Enjoy the Webinar!

Thanks;.)

Lori (For Blair)

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Ha5 | Rocklin Installs High Density Mineral Bond | IPMA™ Charter Member

Written By: Joe Romer, RGS Inspector for City of Rocklin

Great Job Holbrook Asphalt…Blair

The City of Rocklin, always open to new products to maintain city streets and different strategies for pavement maintenance, applied High Density Mineral Bond (HDMB) treatment to residential streets this past summer. Richard Lawrence, Public Works Supervisor, became interested in HDMB after a webinar session on pavement maintenance products and applications. The City of Rocklin is no stranger to pavement maintenance projects. Slurry seal, crack sealing, micro surfacing and cape seals have been regular components of the city’s maintenance programs.

According to Mark Beatty, Senior Vice President at IPS / Holbrook Asphalt, “The City of Rocklin, was the first California agency to apply a new classification in pavement preser- vation known as a High Density Mineral Bond. With a 14-year performance history in other states, the product minimized any agency risk commonly associated with a first-time project. The surfacing couples a preservation treatment with a track record of performance with high aesthetics that residents embrace.”

Screen Shot 2016-06-14 at 6.29.19 PMFigure 1. HDMB Surfacing

HDMB has triggered intense interest and use nationally based solely upon its performance record. HDMB is a proprietary product of emulsion, polymer additives and very fine aggregates.

 

Screen Shot 2016-06-14 at 6.31.07 PMFigure 2. Spray Application of HDMB

It is spray-applied, similar to some seal coats, in a two application process. Rocklin’s research verified the performance history of HDMB. Over 200 million square feet have been installed throughout the U.S. The history of the product dates back to pilot installations in 2002.

It is a preservation treatment intended to keep good pavements in good condition by minimizing oxidative damage from moisture and from UV rays.

“Even though the application was new to California, we were anxious to get it on the ground because it had over a decade of prov- en performance,” stated Rocklin’s Richard Lawrence.

As Tregg Holbrook, founder and CEO of IPS / Holbrook Asphalt, puts it, “As we advised community leaders managing pavement assets, we would steer decision makers to treatments with a known level of functioning, such as slurry, micro surfacing, or chip seals. The feed- back from residents was that they were often displeased with these types of surface treatments after they were installed.

Screen Shot 2016-06-14 at 6.32.19 PMFigure 3. Valve Covers Masked Before Spray Application of HDMB

Suggesting that agencies use pavement sealers that are considered to have better aesthetics, such as fog seals or parking lot emulsion sealers, which both turn roads black and are believed to look good post-installation, was always an option, but the performance longevity was recognized as a considerable weakness.”

As the inspector on this project, and hearing of this product for the first time, there were many questions to be answered. For example; What is it? How is the product applied? How do you measure the application rate? What is the product supposed to look like after application?

After the first day of application, these questions were quickly answered. The “HA- 5” HDMB product was installed by Holbrook Asphalt in July, 2015, working as subcontractor to Sierra Nevada Construction. Dipping the tank on the spreader truck before and after solved the application rate question. The HDMB left the roads a deep black color. This product is applied in two applications per street, requiring a 24-hour closure for the applications to fully cure. Each application consisted of one spreader truck “cutting in the gutters” by hand wand and shield, and the second spreader truck spraying the streets with the spray bar. This procedure was repeated a second time, after the first application had time to break. The average total application rate was 0.35 gallons per square yard. Street closures were planned such that residents were able to park a short distance from their homes. Phone calls were minimal after the residents were able to see the finished product.

There were many lessons learned from this project. Interestingly, it was found that after the HDMB was installed, surface temperatures, anticipated to be higher due to the darker col- or alone, were actually 5 to 10 degrees cooler as compared to adjacent pavements that either had no previous treatment or that had a micro or slurry installed years earlier.

Screen Shot 2016-06-14 at 6.32.19 PMFigure 4. “Cutting in the Gutters” by hand wand and shield

 

 

 

 

 

 Don’t forget to claim your FREE BOOK HERE320x50a

 

 

 

 

FREE | Live Pavement Management Webinar

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Hosted by:  Pavement Management Expert, Blair Barnhardt, APM

☀️ FREE Webinar ☀️

We are going LIVE:

Date and Time

Tue, Jun 21, 2016 2:00 PM – 4:00 PM EDT

 Get YOUR FREE Book Here!320x50a
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HERE IS YOUR TICKET ⬅︎TO ⬅︎SUCCESS

It’s for the LIVE Pavement Management Webinar hosted by Blair Barnhardt, APM.

Here are the four big things we’re covering:

1. How to stretch your budget with proactive and practical pavement management so your Mayor or Chairman will look like a RockSTAR (even though you are the one that did all the work, LOL).

2. How to collect pavement management distress data with StreetSaver® 8 distresses for asphalt and 7 for concrete roadways and parking lots.

3. How and why to run three different budget scenarios, unconstrained budget (as if you won the lottery with your local agency), target driven scenarios and regular budget scenarios (based on what money you currently have and expect to have in the long run).

4. There will be many more nuggets of information each Session along with Q and A at the end of each session, be prepared to send a list of questions to Lori (reply to this email) in advance and/or type them into the chat box during the live sessions.

WARNING: This is LIVE. I’m using GoTo Webinar, which can only hold 1,000 people. So it’s first come, first served. Register here.

Blair

P.S. Forgot to mention this! Naturally, I’ll be on to take your questions at the end.

That’s my favorite part! Register here.

Basic Asphalt Recycling Manual | B.A.R.M

What you will learn:

Screen Shot 2016-06-09 at 4.37.41 PMThe growing demand on our nation’s roadways over that past couple of decades, decreasing budgetary funds, and the need to provide a safe, efficient, and cost effective roadway system has led to a dramatic increase in the need to rehabilitate our existing pavements. The last 40 years has also seen a dramatic growth in asphalt recycling and reclaiming as a technically and environmentally preferred way of rehabilitating the existing pavements. Asphalt recycling and reclaiming meets all of our societal goals of providing safe, efficient roadways, while at the same time drastically reducing both the environmental impact and energy (oil) consumption compared to conventional pavement reconstruction.

The Board of Directors of the Asphalt Recycling and Reclaiming Association (ARRA), in their ongoing commitment of enhancing and expanding the use of asphalt recycling and reclaiming, recognized a need for a “Basic Asphalt Recycling Manual”. The manual was needed in order to expose more owners, specifying agencies, consultants, and civil engineering students to the value and current methods of asphalt recycling. To fill that need, this manual was produced to serve as a handy one-stop reference to those starting out in one of the various forms of asphalt recycling. In addition, it is hoped that this manual will provide additional useful information to those already in- volved in asphalt recycling.

This manual is not written in such detail so that one could use it to completely evaluate, design, specify, and/or construct an asphalt recycling project. It does however, provide information on:

• Various asphalt recycling methods
• Benefits and performance of asphalt recycling
• Procedures for evaluation potential projects
• Current mix design philosophies
• Construction equipment requirements and methods
• Quality Control/Quality Assurance, inspection and acceptance techniques

• Specification  requirements
• Definitions and terminology

Sufficient information is provided so that a rational decision can be made with respect to the feasibility and/or cost benefits of asphalt recycling. From that point, detailed design issues will need to be addressed by those experienced in asphalt recycling techniques prior to the final project design, advertising, tendering or letting and construction.

The benefits of asphalt recycling include:

• Reuse and conservation of non-renewable natural resources

• Preservation of the environment and reduction in land filling

• Energy conservation
• Reduction in user delays during construction

• Shorter construction periods

• Increased level of traffic safety within construction work zone

• Preservation of existing roadway geometry and clearances

• Corrections to pavement profile and cross-slope

• No disturbance of the subgrade soils unless specifically planned

• Such as for Full Depth Reclamation (FDR)

• Improved pavement smoothness Improved pavement physical properties by mod- ification of existing aggregate gradation, and asphalt binder properties

• Mitigation or elimination of reflective cracking with some methods

• Improved roadway performance
• Cost savings over traditional rehabilitation methods

It is important to recognize that asphalt recycling is a powerful method to rehabilitate pavements. When properly applied, it has long term economic benefits allowing owner agencies to stretch their available funds while providing the traveling public with a safe and reliable driving surface.

It is also important to recognize that, although asphalt recycling technology and methods has advanced, not all roadways are appropriate candidates for asphalt recycling. With the almost endless supply of roadways needing rehabilitation, it would be a dis- service to the public and the industry to use poor judgement in attempting an inappropriate recycling project. Hopefully, with this manual and the advice of those experienced in asphalt recycling, only projects that are suitable candidates will be undertaken.

The primary focus of the manual is on the in-place and cold recycling of asphalt pavements. Hot recycling of asphalt pavements through various types of asphalt plants is a well established recycling method. There is a wide variety of information on the subject available from well established sources and therefore has not been covered in any detail in this manual.

You can order your here:

http://arra-online.myshopify.com/products/basic-asphalt-recycling-manual-2014

And do not forget the FREE BOOK HERE:

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I-88 Rubberized Asphalt Project

Last year, Asphalt Plus conducted a trial project of dry process crumb rubber modified asphalt on Interstate 88 near Rochelle, Illinois. The project included the laboratory evaluation of two asphalt mix design and placement of two lane-miles of pavement on I-88.

The first mix was:

  • Friction SMA (ILDOT)
  • 34% ABR (5% RAS and 8 lbs of rubber mix per ton)
  • No RAS content

Tests suggest comparable Hamburg and DCT performance between dry process CRM asphalt and PMA.Screen Shot 2016-05-19 at 5.49.06 PM

  • 2 vs. 2.5 mm rut respectively
  • 602 vs. 566 DCT respectively

The second mix was:

  • 12.5 N75 Fine Surface Graded Mix (WIDOT)

Lab testing of the WIDOT mix with and without engineered dry process rubber showed the rubber additions significantly improved mix performance.

Presence of rubber improved:

  • Hamburg rutting from 8.2 mm at 10,000 passes to 3.4 mm at 20,000 passes
  • Increased DCT results from 358 to 482

Modifying The PlantScreen Shot 2016-05-19 at 5.49.15 PM

The Curran DeKalb plant was modified for dry process asphalt production in a matter of a few hours.

Using a loss-in-weight feeder system:

  • Engineered crumb rubber was injected into production with a high degree of accuracy
  • Plant production of CRM asphalt at full production rates occurred without interruption
  • Two mix designs were produced in sequence with minimal waste

The asphalt mixes were trucked 40 miles on a cool day (55 F at start), and placement temperatures ranged from 235 to 280 F off the trucks.

The Finished Product:

  • Finished without any tearing
  • Vibratory rollers produced specified compaction without special effort and without stopping plant operations

Performance evaluations will continue in the field following a winter of service. The existing record of technology field performance in colder climates strongly suggests that the use of dry process engineered rubberized asphalt mix designs will be permitted as a competitive alternative to other forms of modified asphalt. The cost advantage suggests this process will benefit both producers and road owners.

 

View full case study

From http://asphaltplus.com/rubberized-asphalt-trial-project/

And get the FREE BOOK!

320x50a

IPMA Academy | Accredited Pavement Managers | Testimonials Part 1

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Adelina Lowry, MD, APM

Q.  Name one thing you learned in the course that surprised you.

A.  I learned the criteria to quantify the range of impact of a pavement treatment on the PCI, based on the life span of the treatment
Q.  What two pieces of knowledge/tactics from the APM certification course are you most likely to use in your job?    

A.  More than two items:

•    Propose the paving coring at the project level to validate the road treatment recommended by the decision tree (PCI vs Treatment)

•    Propose a new pavement investment strategy:
* 20 % budget – pavement preservation
* 60 % budget – pavement rehabilitation
* 20 % budget – pavement reclamation/recycling
•    Evaluate the performance over time of the existing pilot samples of HA5 applied to sections of subdivision roads of different ages

Wayne McField, APM

Q.  Name one thing you learned in the course that surprised you.    

A.  MORE about FDR and pavement treatments and timing.

Q.  What two pieces of knowledge/tactics from the APM certification course are you most likely to use in your job?  

A.  All of it. It is very informative.

Jeremy Lucero, PE, APM

Q.  Name one thing you learned in the course that surprised you.  

A.  I was surprised to learn that lime could be used to mitigate the swell potential of clays.
Q.  What two pieces of knowledge/tactics from the APM certification course are you most likely to use in your job?    

A.  Lime as a swell mitigation technique and possibly cement in CIP.

Luis Padilla, APM

Q.  Name one thing you learned in the course that surprised you.    

A.  The fact that there are still so many out there that wont take action to make necessary improvements to their roadways.
Q.  What two pieces of knowledge/tactics from the APM certification course are you most likely to use in your job? 

A.  Application process/material usage and when

Brian Boder PE, APM

Q.  Name one thing you learned in the course that surprised you.    

A.  There are more tools in the proverbial tool bag than I expected.
Q.  What two pieces of knowledge/tactics from the APM certification course are you most likely to use in your job?  

A.  Managing pavements works and continue experimenting with different techniques and materials

Learn How to Use the Three Legged Stool™ System of
Pavement Management to Save Your Crumbling Roads…

http://www.ipmaacademy.com/

 

Flat Rate for Pavement Management: $278.77 per CLM for Counties and $324.77 per CLM for Cities

Hey !

Would you spend 3 cents per SY to save millions?

The Barnhardt Group will show you

EXACTLY how to do JUST THAT!

Flat Rate of:
 
$278.77 per CLM for Counties and
 
$324.77 per CLM for Cities

CLICK to See ENTIRE Scope of work HERE.

Wellington Kansas PM

Wellington Kansas PM

A recent press release shows one Agency paying up to $800 bucks per mile!  GEEZ!
 
CLICK HERE TO READ

Blair

P.S.  The first 3 Agencies in TX to sign up before January 1, 2016 will receive the first year of StreetSaver absolutely FREE!

P.S.S.  Those three Agencies will not even pay for migration from their current PM database!  UNBELIEVABLE!

P.S.S.S.  Small surcharge for PCC roads and random surveys less than entire network.  Nationwide, we will be charging one way mobilization.

P.S.S.S.S.  We give away two FREE scholarships to IPMA Academy & one 8 DVD box set.

The Heart-Wrenching Facts | SafetyCurve.com | There is A Solution

CLICK THE MANGLED TRUCK!

Help Save Your
City or County (or even family members)
from Fatal Crashes .

Deadly Roads NEED Safety Curve™

Deadly Roads NEED
Safety Curve™

SafetyCurve.com™

Here are the FACTS!

A recent study found the $217 billion dollar cost of deficient roadway conditions dwarfs the costs of other safety factors, including:  
$130 billion for_alcohol,
$97 billion for speeding,
or $60 billion for not wearing a safety belt.
 
The report concluded that roadway related crashes impose:
$20 billion in medical costs;
$46 billion in productivity costs;
$52 billion in property damage and other resource costs; and  $99 billion in quality of life costs.
 
This “tale of the tape” measures the value of pain, suffering, and loss of enjoyment of life by those injured or killed in crashes and their families.
 
Crashes linked to road conditions cost taxpayers over $12 billion every year.

Will you do more to save lives?

For SafetyCurve™, we will be accepting applications for treatment sections Nationwide on a FIRST come FIRST SERVE basis.
 
If YOU are interested and want to go to front of line call Lori at 404-953-013 or email: lori@safetycurve.com.

www.safetycurve.com

Reno County Commission Introduced to Pavement Management by The Barnhardt Group

Written By: John Green

The Hutchinson News

jgreen@hutchnews.com

A Georgia-based pavement management contractor currently doing assessment work in Wellington made a presentation to the Reno County Commission Tuesday on the benefits of having a pavement management system.

Reno County Public Works Director Dave McComb, who is interested in developing such a system for the county, invited Blair Barnhardt of The Barnhardt Group to the meeting.

There is no money in the current county budget to implement such a system, but McComb said he would like the commission to be prepared to make a decision on whether enter such a contract in advance of the 2017 budget.

The purpose and benefit of a pavement management system, Barnhardt explained, is identifying preservation work that can extend a road’s life, rather than rebuilding roads after they have deteriorated, which is a more cost effective use of public works dollars.

Barnhardt’s company takes core samples from identified roadways to determine their makeup, assesses existing conditions of the road surface and subsurface, and then identifies up to 20 “distressers” that are impacting the life and condition of the road.

He gets down on his hands and knees, for example, Barnhardt said, to measure the length, depth, and severity of cracks in the pavement.

From the data gathered on the roads, a software program then makes recommendations on which of various methods of preservation work would best extend the life of the road at the most economical cost.

Spending 2 to 3 cents per square yard on assessment, Barnhardt contended, can save $10 a square yard on maintenance. Once the management system is in place, he said, “using the right treatments in the right place at the right time” can stretch road dollars by at least twice as much. Moreover, the industry is developing new preservation methods all the time.

So, rather than spending $1 million per mile to replace a deteriorated road, the county might be able to spend the same amount on preserving 20-plus miles of road and, eventually, with saved dollars, replace that deteriorated road.

David Edwards, of GSI Engineering in Wichita, which has partnered with Barnhardt in assessing projects identified by the management system, joined Barnhardt at the meeting.

Edwards noted that using the system might require the commission to allow already deteriorating roadways, which are already resulting in complaint calls to the commission, to deteriorate further while they do work on roads that appear in good condition, which may be politically difficult.

“You save what you can save first, and do the really bad roads down the road,” he said.

The commission will be able to point to hard evidence from the system that the decisions are more economically efficient, he said.

McComb, already interested in pavement management, learned more at a recent “lunch and learn” event sponsored by The Barnhardt Group.

The county has a system in place to sand seal so many miles of road each year, and pave so many miles of arterial with a cold asphalt mix, McComb said. However, he was interested in seeing what could be done, for example, to preserve the work done on Yoder Road 10 years ago, rather than spending millions to mill and asphalt the road again in 5 years.

“How can we get the best bang for our buck?” he said.

McComb also expressed a desire to have a system in place for determining road project spending that will still be in place when he is gone.

Asked by Commissioner Brad Dillon how their fee would work, Barnhardt said it is based on a per-mile contract, but it could be spread over several years, done all at once for a discount, or on a not-to-exceed pro-rated basis.

Learn more about Blair Barnhardt and The Barnhardt Group at wwwdrivingamericaforbetterroads.  Or get the #1 Best Seller, “The Book on Better Roads” for FREE at http://www.thebookonbetterroads.com

Call The Barnhardt Group to schedule your free consult with Blair that could SAVE YOUR AGENCY MILLIONS!  404-361-9792 or email lori@thebarnhardtgroup.com .