Engineered Fly Ash. Reliable Supply. Better Concrete.
Cinder Residuals recovers, processes, and beneficiates previously stored fly ash into high-quality supplementary cementitious materials for concrete and infrastructure.
From harvesting through final quality control, we manage the entire process to deliver consistent, specification-grade material at commercial scale.
Consistency Built Into Every Ton
Cinder Residuals designs, builds, and operates its own high-capacity ash processing facilities—controlling every step of production from recovery to final delivery. This vertical integration allows us to deliver unmatched consistency, scalability, and performance in a market where reliability is critical.
Through our partnership with Commercial Liability Partners, we have secured access to one of the largest fly ash resource bases in the United States. These long-term supply positions convert legacy ash liabilities into dependable, large-scale material streams. These resources can serve major infrastructure markets for decades.
We don’t just process material—we engineer it. We control excavation, processing, beneficiation, blending, and quality assurance to ensure we produce the highest quality fly ash available in the market. We consistently meet and exceed ASTM and DOT performance standards. The result is a superior supplementary cementitious material that delivers stronger concrete, improved durability, and more efficient mix designs.
Key Benefits of Class F Fly Ash in Concrete
Mitigation of Alkali-Silica Reaction (ASR)
Reduced Permeability
Increased Long-Term Strength
Reduced Heat of Hydration
Improved Workability
Enhanced Durability
Reduced Shrinkage
Improved Resistance to Sulfate Attack
Enhanced Freeze-Thaw Performance
Reduced Portland Cement Demand
Lower Carbon Footprint
Improved Finishability
The Performance Advantage
Proven Chemistry.
Class F fly ash has been used for decades to improve the performance of concrete.
Class F fly ash has a long history as a proven supplementary cementitious material in concrete. Its pozzolanic properties allow it to react with calcium hydroxide produced during cement hydration, forming additional cementitious compounds that can improve long-term strength, reduce permeability, lower heat of hydration, and enhance overall durability. Cinder Residuals combines this well-established chemistry with a dependable source of SCM for today's concrete and infrastructure markets.
Selective Harvesting. Strategic Blending. Consistent Quality.
Cinder Residuals combines controlled harvesting with strategic blending to optimize material characteristics across the resource. By selectively recovering and blending material from targeted areas, we create a uniform feedstock engineered to deliver consistent chemistry, quality, and performance throughout production.
Contact us.
Sales@CinderResiduals.com
850 FM 2570
Fairfield, TX 75840