Skip to content
ForestBioFacts
  • Introduction to forest-based bioeconomy
  • Wood products
  • Natural fibre products
  • Man-made bio-based fibre products
  • Bio-based nanomaterials
  • Recycled fibre
  • Pulping and biorefining
  • Energy and biofuels
  • Biomass chemistry and physiology
  • Material testing and product properties
  • Forests and other biomass resources
  • Supply chain
  • Process control and automation
  • Asset management
  • Business and investment planning
  • Environmental control and management
  • Contact us
  • How to use
  • Contributors
  • Dictionary
  • Glossary
  • Papermaking Science and Technology books
Theme icon

Process control and automation
Search
Generic filters
Exact matches only
Filter by Custom Post Type

Basic concepts

Modelling and control methods

  • Software sensors and sensor fusion
    • Introduction to software sensors
    • Sensor fusion
    • Applications in pulp and paper industries
      • Batch cooking
      • Continuous cooking
      • Predicting the moisture content of saw dust
  • Development of maintenance
  • Maintenance culture
  • Maintenance generations
  • Maintenance types
  • Asset care – maintenance types
  • Maintenance terminology
  • Maintenance standards
  • Investment project fundamentals
  • Project lifecycle
  • Forest-based Bioeconomy: Science and Technology – English
  • Economy of integration
  • Special fine papers
  • Forest-based Bioeconomy: Science and Technology – Suomi
  • Merkityksellisiä töitä ja opintoja
  • Register
  • Puu taipuu monenlaisiksi tuotteiksi
  • Login
  • Biotalous on ihmiskunnan suuri mahdollisuus
  • Account
  • Forgot Password?
  • Reset Password
  • Content restricted
  • Shop
  • Change Password
  • Cart
  • Profile
  • Users
  • Checkout
  • My account
  • Users List Item
  • Dictionary
  • Svea Checkout
  • Registration
  • About
  • Paper machine as a dynamic system
  • Chemical recovery
  • Avainsanat
  • Johdanto metsäbiotalouteen
  • Human health & Occupational exposure
  • Bioeconomy and circular economy – ecological sustainability and financial benefits
  • Environmental performance, auditing and communication standards
  • Wood can be turned into a variety of products
  • Meaningful work and studies
  • Forest-based bioeconomy – Products and technologies
  • Key words
  • Metsäsektori ja kiertobiotalouden idea
  • Future of Finland videos
  • Hiilenkiertokulku ja kiertotalous
  • Mahdollisuudet ja haasteet
  • Contributors
  • Production and processing of LPB
  • Metsäbiotalouden tuotteet ja teknologiat
  • News
  • Infrared drying
  • Pulps used in LPB
  • How to use ForestBioFacts
  • Forest-based Bioeconomy: Science and Technology
  • Conventional printing methods
  • Contact us
  • Concept optimisation in terms of cost and technology
  • Introduction to digital printing
  • Register description – ForestBioFacts mailing list
  • Temporary shop page
  • Papermaking Science and Technology books
  • Fibre fineness and application areas
  • Papermaking properties of pulp
  • Chip storage
  • Kallen kaavakoe 27.10.2020
  • Screening operations
  • ForestBioFacts- customer register description
  • Material testing and product properties
  • Reactions of lignin – acid sulphite pulping
  • Fibre dimensions
  • Johanna kaavatestailua
  • Fibre surface fibrillation and fibre deformations
  • Open loop vs. closed loop control
  • PID-algorithm
  • Other algorithms
  • Basic concepts
  • Decoupling
  • Optimal state controller
  • Basic principles
  • MPC Methods
  • Applications
  • Deep learning networks
  • Estimation methods
  • Classification methods
  • AI methods
Process flow
Sidebar toggle icon Content

Process control and automation
  • Introduction to process control and automation
  • Development of process automation
    • Trends in today´s automation
    • IoT, CC and EC – What are these?
    • Big Data and Big Data analytics
    • Artificial Intelligence – yesterday and today
    • How Internet has changed the control hierarchy
  • Fibre process automation
    • Wood handling
      • Control requirements in wood handling
      • Wood handling measurements
      • Wood handling control
    • Refiner control
      • Basic controls for TMP refiners
      • Quality control of TMP refiners
      • New concept for refining control
      • Pulp quality estimation using the soft sensor concept
    • Grinding control
      • Grinder control functions
      • Grinding control strategies
    • Continuous flow digester control
      • Basic control functions in continuous digesters
      • Quality control in continuous digesters
      • Transition control in continuous digesters
    • Batch digester control
      • Basic control functions in batch digersters
      • Kappa number control in batch digesters
      • Cooking plant scheduling
    • Brown stock washing control
      • Models and calculations
      • Control functions
    • Bleach plant control
      • Requirements for bleaching control
      • Optimisation in pulp bleaching
      • Oxygen delignification
      • Stagewise controls
      • Control of mechanical pulp bleaching
  • Chemical recovery as a control object
    • Black liquor evaporation control
      • Black liquor measurements
      • Black liquor evaporation – Fouling
      • Black liquor evaporation – Modelling
    • Recovery boiler control
      • Recovery boiler — Control functions
      • Black liquor feed control
      • Temperature & char bed control
      • Combustion air controls
      • Dissolving tank control
      • Sootblowing control
    • Causticising control
      • Causticising control – functions
    • Lime mud filter control
      • Lime mud filter – Control functions
    • Lime kiln control
      • Lime kiln control – Control Functions
      • Lime kiln control – Intelligent control
  • Advances in paper machine automation
    • Paper machine as a dynamical system
      • State of the papermaking processes and its measurements
      • Dynamics of paper/board production line
      • 2D variations in web: characterisation and measurement
      • Full web measurements
    • Tasks in paper machine control and management
      • Control of stock flow concentration and quality
      • Machine direction control
      • Cross-directional control – The static optimisation
      • Cross-directional control – Dynamics
      • Cross-directional control – further aspects
      • Controlling functional paper properties
      • Managing grade chances in the paper machine
      • Managing disturbances caused by broke and recovered solids
  • Millwide systems
    • Monitoring and data integration
      • Information systems in pulp mills
      • Information systems in paper mills
      • Balancing process operation in the fibre line
    • Production scheduling
      • Production scheduling in pulp mills
      • Production scheduling in paper mills
    • Energy management system
      • Boiler load allocation
      • Turbine load allocation
      • Purchased power optimisation
      • Steam levelling
  • Modelling and control methods
    • Basic control algorithms
    • Adaptive control
      • Gain scheduling
      • Model reference control
      • Self-tuning controller
      • Performance monitoring 
    • Multivariable control
    • Model Predictive Controller
      • MPC Algorithms
    • Fuzzy logic control
      • What does fuzziness mean?
      • Fuzzy logic controller
    • Artificial neural networks
      • ANN – structures
      • How do the networks learn? 
      • Perceptron network
      • Recurrent neural networks
      • Self-organising maps
    • Intelligent optimisation
      • Genetic algorithms
        • Genetic Algorithm – Example
      • Particle Swarm Optimisation
    • Software sensors and sensor fusion
    • Statistical process control
      • SPC Basics
      • Cause- and -effect analysis
      • Pareto analysis
      • Control charts
      • Cusum charts
      • Capability indices
      • Principal Component Analysis (PCA)
        • Principal Component Analysis – Example

← Previous Next →

Authors & references

Videos

Exercises

This page has been updated 11.06.2019
Proudly powered by WordPress | Theme: Bioaapinen by understrap.com. (Version: 0.9.5)

We are using cookies. Find out more in settings.

0
ForestBioFacts
Powered by  GDPR Cookie Compliance
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful. Read more.

Strictly Necessary Cookies

Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings.

If you disable this cookie, we will not be able to save your preferences. This means that every time you visit this website you will need to enable or disable cookies again.

3rd Party Cookies

This website uses Google Analytics and Facebook to collect anonymous information such as the number of visitors to the site, and the most popular pages.

Keeping this cookie enabled helps us to improve our website.

Please enable Strictly Necessary Cookies first so that we can save your preferences!

Terms and Conditions