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Pulp and Paper Industry Course

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Engineering

Pulp and Paper Industry Course

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Pulp and Paper Industry Course

Name: Pulp and Paper Industry Course
Price: 222 USD
Rating: 4.4 (18 reviews)

4.4

This course delivers a complete technical education in pulp and paper manufacturing, from wood yard operations and chemical pulping to paper machine control and quality management. You will build the process knowledge and practical skills that mills demand from engineers, technicians, and operations professionals. Every module connects theory directly to real mill equipment and measurable outcomes.

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What you will learn:

You will gain a thorough understanding of every major process area in a modern pulp and paper mill. The course covers raw material preparation, kraft and mechanical pulping, bleaching chemistry, stock preparation, and paper machine operation. You will also study finishing, converting, environmental compliance, energy management, automation, and reliability engineering. Each section connects process variables to product quality and operational efficiency. By the end, you will be equipped to analyze problems, optimize processes, and contribute at a high level across mill departments.

How you study in practice Pulp and Paper Industry Course

How you practice Pulp and Paper Industry Course

For companies looking to train their teams

With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course Content

8 Chapters • 38 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of the Pulp and Paper Industry

Lesson 1 • Regulatory and Sustainability Framework
Introduces environmental, safety, and certification requirements governing mill operations. Sets the compliance baseline referenced throughout the course.
Lesson 2 • Mill Structure and Operational Units
Maps the physical layout of an integrated mill from wood yard to finished goods. Provides a mental model for understanding process interdependencies.
Lesson 3 • Raw Material Sources and Classification
Identifies fibrous and non-fibrous raw materials used in pulp and paper production. Connects material properties to downstream process choices.
Lesson 4 • Paper and Board Product Categories
Defines the main grades of paper, paperboard, and specialty products. Enables students to match product specifications to process requirements.
Lesson 5 • Industry Overview and Global Significance
Covers the industry's economic footprint, major producing regions, and product end-uses. Grounds all subsequent technical content in real-world market context.

Chapter 2See details

Wood Procurement and Fiber Preparation

Lesson 1 • Alternative and Recycled Fiber Preparation
Addresses preparation of non-wood fibers and recovered paper for use in pulping or direct furnish. Broadens fiber strategy beyond virgin wood.
Lesson 2 • Wood Yard Operations
Details debarking, chipping, chip screening, and storage management in the wood yard. Links yard efficiency directly to consistent chip quality entering the digester.
Lesson 3 • Wood Chemistry and Fiber Morphology
Covers cellulose, hemicellulose, and lignin structures and their roles in pulping reactions. Provides the chemical foundation needed for all pulping chapters.
Lesson 4 • Forest Harvesting and Log Procurement
Examines harvesting methods, log grading, and supply chain logistics from forest to mill gate. Establishes the quality and cost drivers that affect pulping efficiency.

Chapter 3See details

Chemical Pulping Processes

Lesson 1 • Kraft Chemical Recovery Cycle
Traces black liquor from weak liquor through evaporation, recovery boiler, and causticizing back to white liquor. Demonstrates the closed-loop efficiency of the kraft process.
Lesson 2 • Pulp Washing and Screening
Details washing efficiency, dilution factor, and pressure screen operation after the digester. Ensures students understand carryover control and reject handling.
Lesson 3 • Kraft Pulping Fundamentals
Explains the chemistry of white liquor, delignification reactions, and selectivity in kraft cooking. Forms the core technical basis for the most widely used pulping process.
Lesson 4 • Digester Operation and Control
Covers impregnation, cooking, and blow sequences with key control parameters. Connects process variables to pulp strength and cleanliness outcomes.
Lesson 5 • Sulfite and Alternative Chemical Processes
Compares acid sulfite, bisulfite, and neutral sulfite processes with kraft in terms of yield and fiber properties. Expands students' process selection capability.

Chapter 4See details

Mechanical and Semi-Chemical Pulping

Lesson 1 • Groundwood and Stone Groundwood Processes
Introduces the oldest mechanical pulping method and its energy and fiber quality characteristics. Provides a baseline for comparing more advanced mechanical processes.
Lesson 2 • Chemi-Thermomechanical Pulping
Examines chemical pretreatment before refining to improve strength and reduce energy in CTMP. Bridges mechanical and chemical pulping concepts.
Lesson 3 • Refiner Mechanical Pulp Optimization
Addresses refiner consistency, plate wear, and process control strategies for stable pulp quality. Applies optimization thinking to high-yield pulp production.
Lesson 4 • Thermomechanical Pulping
Covers presteaming, primary and secondary refining, and latency removal in TMP production. Connects refining intensity to pulp strength and energy consumption.

Chapter 5See details

Pulp Bleaching and Brightening

Lesson 1 • Bleaching Effluent and Chemical Management
Examines effluent characterization, closed-loop washing, and chemical recovery in the bleach plant. Ensures students can minimize environmental impact while meeting quality targets.
Lesson 2 • Chlorine-Free Bleaching Sequences
Details ECF and TCF sequences using chlorine dioxide, oxygen, ozone, and peroxide stages. Connects sequence design to brightness ceiling and effluent quality.
Lesson 3 • Bleach Plant Equipment and Operation
Covers tower design, mixer types, consistency control, and washing between stages. Links equipment selection to chemical efficiency and pulp quality.
Lesson 4 • Mechanical Pulp Brightening
Addresses peroxide and hydrosulfite brightening specific to high-yield pulps with lignin retention. Distinguishes brightening from full bleaching in process and outcome.
Lesson 5 • Bleaching Chemistry Fundamentals
Explains chromophore removal, oxidative and reductive bleaching mechanisms, and selectivity. Provides the chemical basis for all bleaching sequence decisions.

Chapter 6See details

Stock Preparation and Wet-End Chemistry

Lesson 1 • Water Circuit Management
Examines white water recirculation, dissolved and colloidal substances, and system closure impacts. Prepares students to manage buildup and maintain wet-end stability.
Lesson 2 • Pulp Refining for Paper Production
Covers disc refiner operation, fiber fibrillation, and the relationship between refining energy and paper properties. Directly prepares students for furnish optimization.
Lesson 3 • Furnish Blending and Additives
Explains how fiber blends, fillers, and functional chemicals are combined to meet sheet property targets. Connects furnish design to final product performance.
Lesson 4 • Wet-End Troubleshooting
Applies wet-end chemistry knowledge to diagnose and resolve common runnability and quality problems. Builds practical problem-solving skills for the paper machine approach flow.
Lesson 5 • Retention and Drainage Chemistry
Details retention aid systems, microparticle programs, and their effect on fines and filler retention. Addresses the balance between retention, drainage, and formation.

Chapter 7See details

Paper Machine Operation and Sheet Formation

Lesson 1 • Drying Section Operation
Covers multi-cylinder drying, steam and condensate systems, and draw control for efficient moisture removal. Connects drying conditions to sheet curl, strength, and dimensional stability.
Lesson 2 • Headbox Design and Jet Formation
Covers headbox types, slice opening, jet-to-wire ratio, and turbulence generation for uniform formation. Establishes the starting point for all sheet structure decisions.
Lesson 3 • Press Section Dewatering
Details nip pressure, extended nip presses, and felt conditioning for maximum water removal before drying. Directly impacts drying energy and sheet density.
Lesson 4 • On-Machine Calendering and Reeling
Addresses soft-nip and hard-nip calendering, surface smoothness, and reel drum winding tension. Prepares students to control final sheet caliper and surface properties.
Lesson 5 • Forming Section and Drainage
Examines Fourdrinier, twin-wire, and gap former configurations and their drainage and formation characteristics. Connects forming geometry to sheet symmetry and two-sidedness.

Chapter 8See details

Finishing, Converting, and Quality Management

Lesson 1 • Statistical Process Control in Paper Mills
Applies control charts, capability indices, and sampling plans to paper machine and converting data. Enables students to detect and respond to process variation systematically.
Lesson 2 • Customer Specification and Complaint Management
Covers translating customer requirements into internal specifications and managing nonconformance. Closes the quality loop between production and market needs.
Lesson 3 • Off-Machine Coating and Calendering
Covers blade, rod, and curtain coating methods and supercalender or soft-calender finishing for coated grades. Links coating weight and calendering intensity to printability.
Lesson 4 • Slitting, Rewinding, and Sheeting
Details winder setup, slitting geometry, and sheeting accuracy for converting parent reels to customer rolls and sheets. Ensures students understand converting efficiency and waste control.
Lesson 5 • Paper Testing and Property Measurement
Introduces standard physical, optical, and strength tests used to characterize paper and board. Provides the measurement foundation for quality control and customer specification compliance.

Certification

Your valid completion certificate

This course is for you:

Mill operator: wants to understand the full production process beyond their station.
Chemical engineer: seeking to apply their degree within the forest products sector.
Environmental compliance officer: needs deeper process context to manage mill discharge effectively.
Maintenance technician: aiming to connect equipment reliability work to broader mill operations.
Recent engineering graduate: looking to build industry-specific knowledge before their first mill role.
Career changer: transitioning from another manufacturing field into pulp and paper production.

What our students say

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