Shockwave’s innovative processing technology combines drying, milling, and separation into a single, efficient system. Designed to handle a wide range of materials, our technology helps businesses reduce moisture, control particle size, separate valuable components, and transform waste streams into usable products.
Unlike conventional processing methods that often require multiple pieces of equipment, Shockwave integrates these functions into one adaptable process, helping simplify operations and reduce processing costs.
How Our Technology Works
Shockwave uses a high-velocity processing system to simultaneously dry, mill, and, when applicable, separate materials. The system can be configured to meet the unique characteristics of different feedstocks and desired finished products.
Drying
Efficiently reduces moisture content in wet materials, helping improve stability, reduce weight, and prepare materials for further processing or use.
Milling
Reduces material particle size to meet specific product requirements. Processing conditions can be adjusted based on the feedstock and desired particle size.
Separation
Enables the separation of different material components based on their physical properties, helping recover valuable fractions that may otherwise be discarded.
The Advantages of Shockwave Technology
- Multiple Functions in One System: Combines drying, milling, and separation capabilities to reduce the need for separate processing equipment.
- Adaptable Processing: Can be configured for a variety of materials, moisture levels, and finished product requirements.
- Resource Recovery: Helps transform waste streams and byproducts into valuable, usable materials.
- Efficient Operations: Integrated processing can simplify operations and reduce handling between processing steps.
- Scalable Solutions: Systems can be designed around customer-specific processing requirements and production volumes.
Proven Through Real-World Testing
Every material is different, and not every application requires the same processing conditions.
At Shockwave, we believe in testing before investing. Our pilot testing process allows us to evaluate your material, determine achievable results, and develop a processing solution based on actual performance data.
From moisture reduction and particle size to material separation and throughput, we work to understand your processing goals before recommending an equipment configuration.
Explore Our Proven Applications
See how Shockwave technology has been successfully applied to a variety of materials and industries.