City of Richmond, CA uses StreetSaver to prioritize its pavement management. Unfortunately, not unlike a majority of older cities from the Bay, Richmond has many aging roads in need of restoration. Residents took note of the matter and wanted action.
Americans are accustomed to easy mobility on safe, smooth, and well maintained roads and streets. These roads and streets play a critical role in the nation’s economy providing opportunities for agriculture, industry, commerce, and recreation. Unfortunately, many of our roadway networks are deteriorating in quality requiring better management of our assets. This blog discusses the benefits of pavement preservation and importance of integrating it into pavement management systems.
FHWA and TRB Committee AFD10, Pavement Management Systems, will be hosting a series of quarterly webinars starting on October 20, 2016.
FHWA, in cooperation with the AASHTO Joint Technical Committee on Pavements, TRB Committee AFD10, Pavement Management Systems, and AFD20, Pavement Condition Evaluation, is hosting a series of quarterly webinars on pavement management. The purpose of the webinars is to provide a forum for education and communication for pavement management practitioners.
In cooperation with eleven road construction companies, the University of Twente is working on improving asphalt roads in the Netherlands. By using new technology during the asphalt paving process, the resulting road quality is 10 to 30 percent higher.
StreetSaver will be present at the 5th Urban Street Symposium in May 21-24, 2017, in Raleigh, North Carolina.
Roller Compacted Concrete pavement is best described as a zero slump concrete that is placed with standard or high-density paving equipment and consolidated/compacted using steel-drum or rubber-tired rollers to achieve a durable, wear resistant surface.
A consultant that studied Hollister's streets to determine 2016 traffic mitigation fees said the city must spend a minimum of $4 million annually -- $3 million more than it currently does -- just to maintain streets in their present condition.
The roadway network is an important part of the nation’s transportation system, but it also contributes heavily to greenhouse gas emissions. A paper published this month in the Journal of Cleaner Production by researchers with the MIT Concrete Sustainability Hub (CSHub) introduces a way to reduce emissions across a roadway network by using big data to identify specific pavement sections where improvements will have the greatest impact.
The City of Santa Rosa has approximately 500 miles of streets, making it the city with the fourth highest street mileage in the Bay Area (only San Jose, Oakland and San Francisco have more.) It would cost over $1.1 billion to replace the pavement of Santa Rosa’s entire street network.
