Matrix Toll's Dry on the Fly is a patented dry friction reducer infused with nano surfactants that revolutionize oilfield operations by enabling ultra-fast hydration without the need for traditional maturation tanks. This groundbreaking product is specifically designed to expedite the preparation and deployment of hydraulic fracturing fluids, enhancing both efficiency and cost-effectiveness. The inclusion of a patented chemical injection system further optimizes the mixing process, ensuring that Dry on the Fly seamlessly integrates into the water, even in varied operational environments like freshwater and high salinity brine.
Dry on the Fly operates on a simple yet effective principle: instant hydration. When introduced into the water used in hydraulic fracturing, the nano surfactants within the product rapidly attract water molecules, creating a slick water fracturing fluid almost instantaneously. This rapid action eliminates the waiting period traditionally required for water and additives to blend in maturation tanks. As a result, deployment is faster and more streamlined, reducing downtime and increasing productivity. Additionally, the unique composition of Dry on the Fly makes it dependable enough to withstand the varying mineral compositions found in different operational environments, ensuring consistent performance regardless of the water source. This efficiency not only optimizes the fracturing process but also leads to significant cost savings by reducing the amount of fluid and time needed for each operation.
Our dry bulk handling ensures rapid and precise distribution, eliminating the need for extensive maturation tanks. The seamless integration of our application system further enhances the deployment process, optimizing the performance of our friction reducer. This transformative approach not only reduces logistics complexity but also significantly cuts down on operational costs. Discover the future of friction reduction with our advanced Dry Bulk and Application System, designed to elevate your oilfield experience to unprecedented levels of efficiency and cost-effectiveness.
