Abilene Roadbond EN-1 Summary Report Laboratory tests performed on Abilene FM 57 samples treated with Roadbond EN-I involved the Tube Suction Test, Compressive Strength Test at three different confining pressures, construction of the envelope offailure for each sample, and classification of the material. EN-I was mixed with water at a ratio of 1:250. Six samples […]
Executive Summary: Review of Texas Transportation Institute Report 3929-1 ROADBOND ENI RECEIVES mGH MARKS IN TEXAS TRANSPORTATION INSTITUTE STUDY ENTITLED “REDUCTION OF SULFATE SWELL IN EXPANSIVE CLAY SUBGRADES IN THE DALLAS DISTRICT. Texas Transportation Report 3929-1: THE TWO MAlN OBJECTIVES OF rms RECENTLY COMPLETED TEXAS TRANSPORTATION INSTITUTE STUDY WERE (1) to determine effective means of […]
The SmarTek Video Detection System (SVS-1) is used to capture and process video signals from up to six (6) NTSC cameras for the purpose of indicating vehicle presence at surface street intersections. The heart of the SVS-1 system is SmarTek System's state of the art Digital Signal Processor (DSP) based processing hardware and highly innovative […]
This video chronicles the long-term performance of ROADBOND EN 1 over a 9 — 18 year time frame. It also examines the inferior long-term performance of other methods of stabilization.
This video describes and documents the significant environmental benefits achieved when ROADBOND EN 1 is used instead of lime stabilization to advance a sustainable environment. These benefits include reduced CO2 emissions, reduced water usage, and less energy consumption.
This video offers information about the use of ROADBOND EN 1 to stabilize clay Subgrade soil and crushed stone base material on drilling locations and lease roads. The video also details the environmental benefits of using ROADBOND EN 1 to reduce the carbon footprint associated with energy production.
This video provides information and test results about how (soil stabilizer) ROADBOND EN 1 is used to reduce the need for new base material to be imported to the jobsite and how to utilize existing in-place material in order to save time, money, and transportation costs.
This video describes how ROADBOND EN 1 is used to reduce the need for conventional soil stabilizers such as Portland cement and flyash. The video also illustrates how ROADBOND EN 1 will significantly reduce block cracks and maintenance on asphalt pavement.
This video documents the performance over time of ROADBOND EN 1 when compared to lime stabilization in similar soil types and traffic conditions
This video describes the benefits and advantages of using ROADBOND EN 1 to strengthen and improve clay Subgrade soil. The video discusses how ROADBOND EN 1 works to improve the soil and reviews the results of various lab tests and field trials conducted by independent research and testing entities.