Ash to Aggregate
Converting Legacy Ash into Engineered Construction Material ARC Innovations transforms on-site legacy ash into a predictable, specification-grade construction resource through moisture-controlled binder activation and disciplined process control. The result is stabilised material delivering reliable strength development, low permeability and negligible shrinkage, suitable for structural pavement and containment applications. Project Info Images Information From Liability to […]
Reclaim. Reactivate. Contain
Low-Alkali Ionic Reactivation of Industrial Clays reCLAYmed™ is ARC Innovations’ third-generation platform for restoring value to inert or degraded clay wastes. Project Info Images Information Instead of energy-intensive re-calcination, reCLAYmed™ applies a controlled, low-alkali Multi-Salt Catalyst™ (MSC™) treatment to reactivate clay surfaces, restore dissolution kinetics and reintroduce reactive aluminosilicate domains. The result is a reclaimed clay aggregate […]
From Waste to Workhorse
Coal-Rejects & Ash as Roadway and Liner Materials Coal rejects and combustion ash are commonly viewed as storage liabilities. ARC Innovations converts these stockpiles into engineered roadway layers and compacted liner systems using a controlled, low-cement binder framework. The objective is not experimental chemistry. It is predictable infrastructure performance using conventional construction practice. Project Info […]
Ion-Anchored Dust Shield
Engineering-Grade Polymer Cohesion System Active HC™ is an advanced organic polymer system engineered to deliver persistent surface cohesion by addressing particle–surface chemistry rather than relying on a removable surface film. The system combines controlled hygroscopic moisture buffering with ionic anchoring at mineral interfaces to create deeper, longer-lasting cohesion than conventional film-forming dust suppressants. Project Info Images […]