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O2 analyzer with filter.
The Advanced Condition Monitoring and Protection System (AdvaCon) is a system for recording and evaluating vibration signals. The main application of the AdvaCon is status monitoring of high- and low-consistency refiners, as well as of rotating machine elements such as motors and gear units. The refiner plates and the condition of bearings can be monitored during operation by means of acceleration sensors that are mounted on the housing.
Continuous Emission Monitoring System analyzes TRS, SO2, O2, CO, NOx, particulate matter, humidity, flow, temperature and pressure. Consists of analyzers and sample handling system.
Chip Level Measurement K-4000 provides accurate chip level measurement. Accurate chip level measurement in a hydraulically filled vessel is key to maintaining a consistent cooking time and compaction profile in the cooking vessels. K-4000 system uses a programmable logic controller and signal modules in the field cabinet to analyze and condition raw signals from each level indication sensor, calculate a total level based on decades of ANDRITZ experience, and then output the conditioned raw signals and calculated total level to the mill’s distributed control system (DCS).
Chip Pump EKG system will measure the phase angle of each running chip pump impeller and adjusts the wanted running angle compared to the master chip pump. ChipPumpEKG system indicates the performance as well as mechanical condition of chip pumping system.
DD-Washer Sealing Water EKG solution provides real-time information about critical measurement parameters and running hours of DD-Washers.
Dehumidifier with mechanical compressor, glass serpentine and automatic condensate drainage.
Gas Analysis System: - L70 (O2, SO2, TRS, NOx and CO Analyzer, Scrubber, Oxidation oven) and - S22 (Probe) and SD1100 (Dehumidifiers, Filtration) or - SD1500 (Heated filter) and DL2100 (Dehumidifier).
The ANDRITZ Metris FeederEKG Automatic Ajustment System fuses real-time process feedback to adjust rotor position. Production rate, motor load, chip chute level, feeder speed and rotor position are continuously monitored.
Smart sensor to analyze and monitor crystal sizes online in ash re-crystallization process. The analytics enable to keep the optimal size of crystals, leading to effective chlorine removal and more stable operation of the centrifuge.
Sample Probe with Remote Calibration Input and Condensate Drain.
Gas analysis system comprises one or more analyzers and sample handling system. Usually measures TRS, SO2, O2, CO, CO2, NOx. The system can be in a cabinet or in a shelter. It can be used in a process control, environmental monitoring or safety.
Heated filter and dehumidifier in stainless steel or fiberglass cabinet.
Probe with Heated Filter and Blowback System in Stainless Steel Cabinet.
Bark SCAN is an image-processing system that continuously measures the quantity of good wood in the bark on the bark belt conveyor. The system processes the data in real time, enabling the wood-room operators or the control system to run the debarking process so that the amount of good wood in the bark can be minimized. The reduced wood loss brings savings in the raw material costs. Bark SCAN is typically utilized in connection with the debarking process optimization package.
The Smart Chipper EKG is a unique condition monitoring solution. It gives online information and knowledge about the chipper vitals and its knife system. Similar to the device a doctor hooks up to the human body to evaluate heart health, the Chipper EKG keeps track of the heart of the chipper – the knife. The EKG indicates the knife contact with the log and shows its real-time enriched with special insights.
The Smart Crusher EKG is a unique condition monitoring solution. It provides vital information and knowledge about the biocrusher and its knife system via online data. Similar to the device a doctor hooks up to the human body to evaluate how healthy the heart is, the Crusher EKG keeps track of the heart of the crusher.
The unique Smart Drum EKG debarking drum monitoring solution ensures trouble-free operation. By monitoring the condition of the drum support system, operating issues can be predicted and unplanned shutdowns avoided, guaranteeing an uninterrupted debarking process and achieving significant cost savings in almost no time at all.
Smart Fiberline Quality Tracking establishes a computational quality value for pulp. It provides real-time monitoring of the pulp quality based on process variables, and enables users proactively optimize the forecast of the final pulp quality. With Smart Fiberline Quality Tracking, improved pulp quality, higher production availability and improved customer experience is achieved.
Strain gage-based ash load measurement for hanging heat transfer surfaces in recovery boilers
Fully automated measurement system to monitor lime mud dry solids after lime mud filter using NIR.
LogScan is an advanced image processing system designed to measure the debarking degree in real time. It continuously analyzes the amount of bark present on logs as they exit the debarking drum, providing accurate and reliable monitoring of debarking performance. The system processes the data in real time, enabling the wood room operators or the control system to run the debarking process so that the cleanliness of the logs remains at an optimum level. Log SCAN is typically utilized in connection with the debarking process optimization package.
By installing ANDRITZ’s unique multi-monitoring solution Smart Screen EKG at a gyratory chip screen, the screening process can be optimized to achieve trouble-free operation. If the condition of the screen is monitored, it is possible to predict and then avoid operating issues, providing significant cost savings within a short period of time.
Metris app with artificial intelligence-powered leakage detection for safe recovery boiler operation. Water Leakage Advisor combines traditional mass balance calculations with machine learning algorithms predicting boiler conditions and detecting any abnormal process conditions associated with water or steam leaks. The analysis is based on normal recovery boiler instrumentation, but additional instrumentation can be used to improve leakage detection.