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When Designing Your Dispute Resolution Strategy, Consider the Courthouse

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Although many people in the construction industry advocate for the use of arbitration to resolve construction disputes, the prudent design professional should carefully consider whether litigation may better protect their interests.

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Permeable Articulating Concrete Blocks (P-ACB) for Stormwater Management [Webinar]

 

July 20, 2022
12:00 PM - 1:00 PM
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Wednesday Lunch & Learns - Live Webinars with Torti Gallas + Partners

Wednesday Lunch & Learns – Live Webinars with Torti Gallas + Partners

AIAPV has partnered with Torti Gallas + Partners to offer a limited number of slots for live-webinar online-access of the firm's Lunch & Learn CEU events on one Wednesday each month. AIAPV appreciates Torti Gallas' support in enabling the chapter to provide this valuable benefit for the convenience of members unable to get to our educational events in person. 

Permeable Articulating Concrete Blocks (P-ACB) for Stormwater Management

Course Description

Permeable Articulating Concrete Blocks (P-ACB) offers advantage over interlocking concrete pavers as a permeable pavement system. By leaving joints open, these systems have substantially elevated surface infiltration rates and simplified maintenance processes. Because P-ACB systems use thicker blocks and they interlock, the surfaces can be HS-20 rated for heavy traffic—expanding the design possibilities. From a stormwater management and maintenance perspective, it is possible to monitor the water level in the base and document performance and optimize maintenance schedule.

IMPORTANT NOTE: If you attended this webinar provided to our members in September 2021 and again in April 2022, you may attend it again, but will not receive CE credit a second time.

Preapproved Credits: LEED (USGBC), LACES (ASLA), 1 AIA HSW

Learning objectives

After attending this session, participants should be able to:

  1. Compare and contrast Articulating Concrete Blocks (ACB) [ASTM D6684] with Interlocking Concrete Pavers [ASTM C936]. Both of these systems support sustainable building by helping to better manage stormwater, because they are permeable pavement surfaces. The presence of open joints, substantially changes the properties of the system.
  2. Understand how a P-ACB pavement system can be installed. The ideal process is: 1) Plan out the system, 2) Place and compact the base (including geofabrics) 3) Place the blocks 4) Place and pave asphalt/concrete. Correct installation is critical for its performance as a stormwater best management practice.
  3. Understand the expected performance of a P-ACB pavement system as a stormwater best management practice.
  4. Understand best practices to maintain a P-ACB pavement system to ensure proper performance over the life of the product as a stormwater best management practice.

Please join this free webinar via Microsoft Teams Meeting link below. If you experience any trouble with the link, please contact Kristine Dillon at [email protected] for assistance.

Microsoft Teams meeting
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PresenterDr. Aaron Fisher, VP of Business Development – Ernest Maier Inc
Mobile (202) 510-5545 | Corporate Office (301) 768-4108

Dr. Aaron Fisher is the Ernest Maier Vice President of Business Development. Ernest Maier has divisions that distribute, manufacture, and/or fabricate: steel, precast concrete, ready mix concrete, brick, masonry, and hardscapes, as well as performance stormwater solutions like PaveDrain. At Ernest Maier he is responsible for interfacing with engineers, owners, architects, and other design professionals interested in sustainability and more resilient design. Prior to joining Ernest Maier he led the innovation program at the Water Research Foundation on behalf of municipal water utilities, and served as a technical consultant to the U.S. Department of Energy. He also previously founded a start-up commercializing safer lithium polymer batteries.

Aaron earned a PhD in Chemical Engineering from the University of Maryland and a BS in Chemistry from Duke University. He has professional certifications from PMI for both traditional and agile Project Management. He is a Level 3 Concrete Technologist (NRMCA). LinkedIn - https://www.linkedin.com/in/aaron-fisher-phd-31020811/