ADOJAM services provide strategic advantages, including the most thorough and efficient civil infrastructure evaluation capabilities for the following:
In the United States, the average bridge deck is replaced at least once during the bridge life cycle. Timely, comprehensive bridge deck condition information is rarely available to make sound decisions about preventive maintenance. Actionable information at key decision points can optimize bridge deck life and reduce or eliminate bridge deck replacement needs.
ADOJAM provides accurate, precise and comprehensive bridge deck evaluation results up to 25X faster than competitors via our patent pending HS3D metrology technology. Our results facilitate improved maintenance scope and also inform optimimum repair/rehabilitation/replacement decision making up front.
ADOJAM HS3D, combined with additional ADOJAM A-GPR capabilities, evaluates bridge decks within, from top to bottom*. Our techniques even penetrate through asphalt or concrete overlays, which often challenge others. Our work is performed without causing disruptions to traffic flows* and our results are customized to meet specific client needs. ADOJAM can also facilitate compliance with Federal rules and requirements, such as recently enacted MAP21 legislation (Moving Ahead for Progress in the 21st Century).
Pavement Management Systems (PMS) are becoming increasingly commonplace, but PMS will only add value when key input data is available to represent pavement condition correctly. ADOJAM provides the pavement metrics needed for effective PMS. We can include pavement thickness, pavement condition information, and many more quantitative results. A-GPR and HS3D metrology outperform others by making better measurements and by providing results tailored to meet specific client needs.
Concrete buildings and associated utilities are among the most important systematic evaluation challenges ADOJAM addresses. Through careful planning and efficient data collection we can evaluate material condition, important building material life cycle parameters, and the locations and characteristics of embedded or buried utilities. Unique A-GPR technologies allow us to perform faster and evaluate more comprehensively than others.
