Skip to main content

Houston Airport paving work for Dynapac

Equipment from Dynapac is playing an important role in improving facilities at Houston Airport. The firm´s TH E technology has been employed to deliver a surface to grade, with high levels of pre-compaction and also automation.
May 23, 2022 Read time: 3 mins
Contractor Flatiron has completed its training with a Dynapac paver and compactors and is laying new RCC surfacing at Houston Airport

The project is being carried out by contractor Flatiron, together with rental firm and dealer Closner Equipment. The local dealer delivered an SD2550CS Dynapac paver fitted with a high compaction screed as well as two Dynapac rollers, a CC6200 VI and a CP2700. The paver was highly specified and fitted with technology including a Trimble 3D Leveling System, Dynapac´s MatTracker width assistant, a MOBA levelling tool and the MOBA Big Ski Plus.

All these systems are helping the customer to achieve high paving quality, which is crucial for an airport jobsite.

The customer had three key requests that the machine needed to deliver. The first was good grade control, which is crucial for airports, while the second was for maximum pre-compaction as this is vital for roller compacted concrete (RCC) surfaces due to the short time slots for material processing. The third was for a high level of automation so that the paving crew would be able to handle the process with at most three people around the paver. The combination of advanced levelling systems, the MatTracker and the TH E screed series delivered what was requested. The machine’s automatic functions made it easy to handle the material handling, while the screed delivered the maximum compaction possible for the material used. The combination of MOBA and Trimble levelling and the integration of both systems into the MOBA remote controls made it possible to switch between both systems easily during paving.  

Dynapac, Closner and the Flatiron crew completed an extensive training week where they learned how to handle the machine, set the correct height and to use the integrated levelling automatic functions. A key task was the setup of the material flow and the use of the auto-fill function by processing the RCC material, as RCC requires short processing times.

After three training days the team carried out a final test strip to measure compaction levels on a material grade similar to the material planned to use for the final job. The paver performed well and the crew was able to handle the machine based on training. The most important information for the crew to get out of the final test strip was the roller behaviour and the compaction achieved. The tamper bar screed on the Dynapac machine delivers a far higher percentage of pre-compaction than can be achieved with US-Style vibration screeds.

After the training, both Closner and Flatiron were very pleased with the machine performance and the service Dynapac provided as support for the project.

For more information on companies in this article

Related Content

  • Innovations introduced to optimise milling
    September 28, 2015
    New developments for the milling machine sector should help optimise performance, as well as increase health and safety standards for site personnel Advances in the milling machine market generally focus on new models being available or developments to drums and cutters. However some rather different developments are taking place that could well deliver long-term improvements for health and safety as well as the quality of work carried out, optimising milling operations. Earlier this year, new guideli
  • Purchase Enables Ammann to Build on Strong ABG Brand
    June 10, 2024
    Ammann Group has finalised its acquisition of the ABG paving product line from Volvo Construction Equipment.
  • Wirtgen: low-emission recycling near Legoland
    March 22, 2024
    Wirtgen, Vögele and Hamm were on a section of the busy E45 highway close to the famous Legoland resort at Billlund, Denmark.
  • In the fast lane at Indian F1 track
    June 21, 2012
    India’s new Formula 1 motor racing circuit, with its tight construction tolerances, demands considerable driving skill. More than 500 million people worldwide watched the first Formula 1 motor race in India's history. The drivers were thrilled by the new asphalt circuit with its numerous bends and the peripheral area around the new race track at Greater Noida near the capital New Delhi, which were built by machinery from German company Vögele (a member of the Wirtgen Group). Working with four Super 1800-