Earthbind® is considered to be an environmentally-friendly bio-based modified asphalt emulsion that is specifically made for dust control. Both Earthbind® 100 and Earthbind® Stabilizer can be used for dust control on unpaved roads. For aggregate roads, we recommend Earthbind Stabilizer or Earthbind 100 on roads with more of a soil/aggregate mixture. EnviRoad, LLC is the creator and manufacturer of Earthbind... read more »
Many industrial agriculture operations in the United States rely on essential infrastructure to transport good, produce and equipment. These rural and agricultural areas often use unpaved roads throughout seasonal operations. When a road is badly compromised by erosion, potholes, washboard gravel or excessive dust, it can slow general operations and impede the delivery of perishable goods. These unpaved road hazards... read more »
In the Northern Hemisphere the summer season is often a time of high activity for road construction companies, mining operations and gravel pits. Providing clients and contractors with the necessary materials for operation typically relies on a smooth and safe operation. The constant movement of vehicles, equipment and personnel on these unpaved roads around a pit site or quarry can... read more »
Countries, municipalities and corporations around the globe continue to become more ecologically conscious. Not only does this apply to technology and product manufacturing, it also includes lessening the impact of hazardous chemicals on the environment. Many rural and developing areas throughout the world rely on people, goods and services that are transported on unpaved roads. Fugitive dust, potholes and other... read more »
If you operate a road construction, road maintenance operation, or provide municipal services in rural locations, then you are likely aware of the need for maintaining unpaved roadbeds. This often also includes dust control measures to address safety and air quality concerns. Unfortunately, water truck application can be costly in manhours, fuel, and possible water sourcing. At the same time,... read more »
Fugitive dust particles can be a serious safety concern for unpaved roads in rural locations, as well as mining sites, and other industries. When dust control goes unaddressed, people and vehicles can be harmed, causing excessive costs and possible loss of life. In many locations, water truck application can be cost-prohibitive. While chloride-based agents can help prevent dust from escaping... read more »
In the past, calcium chloride and magnesium chloride have been perceived as cost-effective measures for controlling dust on unpaved roads. At the time, they were preferable to water truck dispersal, as the chloride agents required less total man-hours in the application. In some regions, water access could also have been an issue. Unfortunately, chloride-based dust control agents also have their... read more »
Fugitive dust emanating from an unpaved road is widely known as being a costly nuisance. However, many people are not aware that the same small soil/aggregate particles responsible for the dust can also be a major source of stream sedimentation. This can be detrimental to adjacent trout and salmon streams. When heavy rains occur and flow over an unpaved road,... read more »
Military training and operations often call for moving vehicles, equipment, and personnel on unpaved roads. Controlling dust and roadbed degradation play an important with safety and overall efficiency. Using water trucks to periodically dampen a road surface can be messy, and an inefficient use of manhours. While calcium chloride and magnesium chloride dust control agents might be able to help... read more »
As you likely know, agricultural success during peak season encompasses any number of factors. At first, things like road maintenance and dust control might seem trivial. As the season goes on, washboard roads, large potholes, eroded shoulders, and fugitive dust clouds can turn into a major hassle. Assigning personnel to drive water trucks and work to repair damaged roads costs... read more »