CHOOSE THE PROBLEM. WE HELP DETERMINE THE SOLUTION.

Every road and site presents a different combination of soil, moisture, traffic, drainage, climate, and operating demands. L&Q evaluates those conditions and recommends a practical treatment approach based on the problem that needs to be solved.

​OUR CORE SOLUTIONS

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​              ROAD STABILIZATION
Improve the strength, durability, and serviceability of unpaved roads while reducing recurring grading and maintenance.

​          SOIL CONDITIONING & DRYING
Improve wet, unstable, and clay-bearing soils through drying, conditioning, and improved compaction to restore strong, usable working surfaces.

​                    DUST CONTROL
Control airborne and fugitive dust on roads, industrial sites, construction areas, and other exposed surfaces.


​       EMERGENCY & REMOTE ACCESS
Restore and maintain dependable access for disaster recovery, forestry, construction, utility, and remote-site operations.

OUR APPROACH

​The right solution begins with the conditions on the ground. L&Q evaluates soil type, moisture, drainage, traffic, intended use, available equipment, and environmental conditions before recommending a treatment approach. The objective is not simply to apply a product, but to improve performance while reducing recurring maintenance and operating costs.

EVALUATE THE SITE
​Identify the soil, moisture, drainage, traffic, and operating conditions affecting performance.

MATCH THE SOLUTION
Select the appropriate materials, treatment method, application rate, and equipment for the conditions.

APPLY & VERIFY
Implement the treatment using practical field methods and evaluate performance under actual operating conditions.

                   SMALL-SCALE APPLICATIONS
L&Q solutions can be implemented with readily available tractors and agricultural equipment for rural roads, farms, private roads, and smaller projects.

                   LARGE-SCALE APPLICATIONS
L&Q products and treatment methods are scalable to major construction and infrastructure projects. Solutions can be adapted to the equipment, production requirements, and operating conditions of the job.