Up to 20% cost reduction
Up to 20% cost reduction is based on reducing costs in chemical consumption for the O2 delignification, washing, and bleaching enabled by PulpEye Fiber Properties Analyzer together with ANDRITZ APC
PulpEye Fiber Properties Analyzer is a world-leading modular analysis system developed for the pulp and paper industry. It is a robust and flexible system combining base functions with cutting-edge technology and minimum service needs. PulpEye covers crucial parameters in the fiber line.
The PulpEye base unit consists of a cabinet with space for three analyzer modules, which measure pulp quality parameters online from one or more sampling positions.
Modules are combined and connected in a system based on customer-specific needs, providing analysis data and control of any specific fiber property.
When needed, additional cabinets are added for more modules.
To ensure optimal pulp and paper quality, a variety of specialized modules are available, each designed to address specific analytical needs. From fiber dimensions and shives content to pH levels and impurity detection, these modules provide comprehensive insights into pulp characteristics.
Whether you require precise consistency calibration or advanced measurements like Crill and vessel cells, these options enable tailored solutions for diverse production requirements.
Watch the full success story and learn how Waggeryd Cell in Sweden uses PulpEye Fiber Properties Analyzer to monitor and improve pulp quality and save energy in the energy-dense CTMP process.
PulpEye Fiber Properties Analyzer handles online pulp samples from many positions as well as manual samples, i.e., no need for laboratory analyzers.
What you can achieve:
Up to 20% cost reduction is based on reducing costs in chemical consumption for the O2 delignification, washing, and bleaching enabled by PulpEye Fiber Properties Analyzer together with ANDRITZ APC
Improved stability that leads to up to 35% quality losses reduction
By combining intelligent instrumentation with ANDRITZ APC
The improvement is based on reducing transition time for different grades
The increase of 5-10% is achieved by increasing throughput
The increase of 5-10% is achieved by increasing throughput
Reduce web breaks by up 11% through improved measurement and control
These improvements are driven by advanced modular fiber analysis and intelligent process control integration, alongside continuous collaboration between ANDRITZ experts and the mill's teams. All of this aims to optimize chemical consumption in delignification and bleaching, minimize quality variations and web breakages, reduce grade transition times, and maximize throughput, consistent product quality, and cost efficiency across both pulp and paper mill operations.