Advanced Process Control for all Packaging Board Grades including Linerboard, Folding Box Board (FBB), Carton, Kraft Paper, and Sac Paper grades in the Paper Industry. Maximize reuse of raw materials and minimize chemicals, water, and energy usage, while driving consistency in product manufacturing.

Advanced Process Control for all Recycled Fiber grades, including OCC, Mixed Office Waste, and other recovered paper types in the Paper Industry.

In the continuing effort to be the single source supplier for control solutions and to optimize the effectiveness of the Metris Platform digital control technology, several high-level advanced control packages have been developed, field-proven, and made available to our customers. Combined with specialty sensor technology, this solution is unequaled anywhere in the world. The Recycled APC is constructed in a modular format similar to the actual process flow. The functionality is built in levels of control ranging from simple valve position to the latest in advanced control concepts, regardless of their nature. The package is designed to allow the complete integration of new technology, including smart sensor technology, and Digital Twin technology.

Advanced Process Control for MDF plants.

MDF Mills: Woodyard optimization, Refiner APC Solution, Dryer APC Solution, Forming Line optimization, Effluent Treatment optimization, and Energy Plant optimization.

OSB Mills: Debarking Feed controls, Strander ACE optimization, Dryer ACE Controls, Resin Mixing controls, Bin level management, and Power boiler controls.

Advanced Process Control for Tissue Paper in the Paper Industry. Drive consistency in product manufacturing while maximizing product quality, and minimizing cost with desired quality.

Advanced Process Control for TMP Plants including BCTMP, P-RC -APMP, CTMP, and APMP. Minimize chemicals and energy usage while increasing operational productivity, confidence, and effectiveness.

Advanced Process Control for Steam Network and energy optimization, including load shedding of the steam system. It is a decision-making system that controls the power boiler, the steam header as well as define the setpoint to the turbines. The system is able to identify the hour of the day and the day of week to identify the cost/MW and adapt the controls.