A solution for Michigan road repairs

Roads all over the US state of Michigan are in desperate need of repair, but cities do not always have enough money to fix them. However, the city of Jackson could help pave the way toward a solution. An project on a small street in Jackson could help communities across the state in the future. Lydia Street connects Wildwood with Michigan Avenue near downtown Jackson and has been repaired using a new product from supplier 3M. The special concrete features a mixture that is better able to withstand the freez
May 22, 2018 Read time: 2 mins

Roads all over the US state of Michigan are in desperate need of repair, but cities do not always have enough money to fix them. However, the city of Jackson could help pave the way toward a solution. An project on a small street in Jackson could help communities across the state in the future. Lydia Street connects Wildwood with Michigan Avenue near downtown Jackson and has been repaired using a new product from supplier 152 3M. The special concrete features a mixture that is better able to withstand the freeze-thaw cycle, which is at the root of many of Michigan’s road problems. The novel mix benefits from a combination of stronger materials and more oxygen. Comprising finely crushed granite, the material is said to ensure a greater stability during curing, leading to improved durability. Should the trial of this new solution go to plan, Michigan Department of Transport (MDOT) will begin using the material more widely across the state. The material is expected to cut costs considerably in the future, due to its extended life in the tough climate.

Concrete milling, paving & compaction

For more information on companies in this article

3M

Related Content

  • Road repairs fuel demand for milling machines
    February 13, 2012
    A need for road repairs is fuelling demand for new milling machines, Mike Woof reports. With many roads in Europe and North America needing repairs, manufacturers continue to meet demand by offering improved compact milling machines, as well as full-sized planers. The versatile and manoeuvrable compact machines can play a useful role in on-site recycling jobs for urban road improvements while the larger mills can be vital for in-situ recycling work.
    Read More
  • Extreme climates pose tough duty cycles and challenges for testing procedures
    April 5, 2013
    This month we look at how pavement testing technology is responding to extremes of temperature, showcase concrete testing in Doha and look at how water drops could help identify delaminated bridge decks - Kristina Smith reports One of the biggest challenges that pavement engineers face is how to design for extremes of temperature. Designing for cold weather can result in problems at higher temperatures – and vice versa. In Scandinavia, generally a cold climate, they are facing this problem. In the summer,
    Read More
  • Roadtec’s additive system for cold-in-place recycling
    November 6, 2017
    Roadtec’s innovative CIR Additive System can be used in the cold-in-place recycling of asphalt pavement. This is a useful technique for the repair and rehabilitation of asphalt-paved roads. The system is used to transfer, measure, and inject either emulsion or foamed asphalt to the cutter housing of the milling machine. The additive is then blended with the milled material and transferred for paving. Roadtec says that its cold-in-place recycling (CIR) equipment makes it possible to repair damage to a
    Read More
  • Crash avoidance technology on test
    August 22, 2012
    Nearly 3,000 cars, trucks and buses equipped with connected Wi-Fi technology to enable vehicles and infrastructure to ‘talk’ to each other in real time to help avoid crashes and improve traffic flow, began traversing Ann Arbor's streets yesterday as part of a year-long safety pilot project by the US Department of Transportation. Ray LaHood, US Transportation Secretary, joined elected officials and industry and community leaders on the University of Michigan campus to launch the second phase of the Safety Pi
    Read More

Highlighted Content