Sustainable Asphalt Recycling with Soil Solutions

Soil Solutions continues to revolutionize the road industry by introducing the most advanced method of asphalt recycling—a cost-effective and sustainable alternative to traditional road maintenance.

Asphalt recycling is essential when pavement surfaces have deteriorated beyond conventional repair methods. Our approach offers two industry-leading solutions based on the level of distress:

🔹 Cold In-Place Recycling (CIR): The existing asphalt is crushed, sized, mixed in-situ, and compacted. Our EBS Soil Stabilizer is then applied to preserve and protect the surface, preventing fatigue and thermal cracking, raveling, and pothole formation.

🔹 Full Depth Reclamation (FDR): A complete reconstruction method where the asphalt surface and underlying layers are pulverized and stabilized with EBS Soil Stabilizer. This creates a highly durable, non-porous, water-resistant surface that extends the road’s lifespan by over 10 years—significantly reducing long-term maintenance costs. If desired, a new asphalt layer can be applied for an ultra-smooth finish.

With EBS technology, Soil Solutions delivers longer-lasting roads, reduced environmental impact, and lower costs—paving the way for a more sustainable future in road construction and rehabilitation.

Road Recycler Attachments Process

   Asphalt Recycling Benefits:

Maximize Road Longevity with Asphalt Recycling & EBS

Is your asphalt road worn out, riddled with cracks, and full of potholes? No worries—there’s an easy and cost-effective solution!

🚧 Instead of breaking up and removing hazardous asphalt waste, recycle it in place and incorporate EBS Soil Stabilizer for a water-resistant, longer-lasting road surface. This innovative method saves time, reduces material costs, and minimizes environmental impact, delivering a new road pavement with a 15-20 year lifespan.

Key Benefits of Asphalt Recycling with EBS:

Faster Construction, Less Disruption – Minimized downtime and quicker road restoration.
Crack Prevention – Eliminates reflective, fatigue, and thermal cracking.
Enhanced Structural Strength – Provides a homogeneously mixed layer with superior load-bearing capacity.
No Need for Pavement Replacement – Recycles existing material, reducing resource consumption.
Eliminates Additional Aggregate Imports – Sustainable and cost-efficient.
Improved Drainage – Allows for slope and profile adjustments.
30-50% Lower Upfront Costs – Huge savings in construction expenses.
Reduced Maintenance – Long-term life cycle savings.
Greater Flexibility & Fatigue Resistance – A stronger, more resilient road surface.

🚀 With Soil Solutions’ advanced asphalt road rehabilitation, your roads will be more durable, environmentally friendly, and cost-efficient!

Environmental Benefits of Asphalt Recycling with Soil Solutions

In line with the growing demand for Green Engineering and Sustainable Construction, asphalt recycling offers a cost-effective and environmentally responsible alternative to traditional road rehabilitation.

Key Environmental Advantages:

🌱 Lower Energy Consumption & Reduced Carbon Footprint – Minimizes greenhouse gas emissions.
♻️ Maximizes Use of Existing Materials – Eliminates the need for extracting and processing new raw materials.
🚛 Reduces Truck Traffic & Fuel Usage – No need to import or export materials, reducing emissions and congestion.
🏗️ Less Waste, More Landfill Space – Prevents stockpiling or disposal of asphalt pavement.
🌍 Minimizes Community Impact – Less disruption, noise, and pollution.
💨 Shorter Construction Time – Reduces dust generation and environmental disturbance.
Lower Fuel Consumption – Fewer machines and trucks required for construction.

By incorporating EBS Soil Stabilizer, Soil Solutions enhances the efficiency, durability, and sustainability of asphalt recycling—delivering a greener, longer-lasting road network.

🚀 Revolutionize road rehabilitation with sustainable solutions!

Costs and benefits

For a consultation or assessment of your road project contact Soil Solutions or one of our authorized Agents today.