This case study analyzes how a packaging paper mill improved anaerobic reactor stability by controlling calcium carbonate scaling using Aktiphos® 640. The solution prevented pellet sinking, maintained high COD removal efficiency and enabled the mill to increase recycled fiber usage while reducing operational risks and costly reactor shutdowns.
This case study analyzes how a packaging paper mill improved anaerobic reactor stability by controlling calcium carbonate scaling using Aktiphos® 640. The solution prevented pellet sinking, maintained high COD removal efficiency and enabled the mill to increase recycled fiber usage while reducing operational risks and costly reactor shutdowns.
This case study analyzes how a packaging paper mill improved anaerobic reactor stability by controlling calcium carbonate scaling using Aktiphos® 640. The solution prevented pellet sinking, maintained high COD removal efficiency and enabled the mill to increase recycled fiber usage while reducing operational risks and costly reactor shutdowns.
Discover how an oil refinery achieved fast, long‑term Legionella and biofilm control in cooling water systems with Dilurit® BC S‑System.
Discover how an oil refinery achieved fast, long‑term Legionella and biofilm control in cooling water systems with Dilurit® BC S‑System.
Discover how an oil refinery achieved fast, long‑term Legionella and biofilm control in cooling water systems with Dilurit® BC S‑System.
This case study analyzes how a packaging paper mill improved anaerobic reactor stability by controlling calcium carbonate scaling using Aktiphos® 640. The solution prevented pellet sinking, maintained high COD removal efficiency and enabled the mill to increase recycled fiber usage while reducing operational risks and costly reactor shutdowns.
This case study analyzes how a packaging paper mill improved anaerobic reactor stability by controlling calcium carbonate scaling using Aktiphos® 640. The solution prevented pellet sinking, maintained high COD removal efficiency and enabled the mill to increase recycled fiber usage while reducing operational risks and costly reactor shutdowns.
A European wood manufacturer improved wastewater stability, reduced chemicals, and saved 25,000 € annually using S.sensing CS.
Granulated sulphur production can generate dust and broken particles, especially during transport, stockpiling, and loading. This case study explains how applying dust suppressants at three key points—once during stockpiling and twice during reclaiming and loading—significantly reduces emissions, prevents clogging and crust formation, and maintains the required granule quality throughout handling.