Industrial Biomass Power Generation: Combustion Engineering to Grid-Scale Operation

Foundations of Industrial Biomass Power Generation

12 lessons

▤ 1.1 — What Industrial Biomass Power Generation Is 6m

▤ 1.2 — Biomass Energy Conversion Pathways 6m

▤ 1.3 — The Six Engineering Islands of a Biomass Power Station 6m

▤ 1.4 — Electricity-Only Biomass Plants versus CHP Plants 6m

▤ 1.5 — The Complete Biomass Power Station: From Fuel Gate to Grid Export 6m

▤ 1.6 — Dispatchable Renewable Generation and Grid Services 6m

▤ 1.7 — Why Biomass Is Technically Controversial 6m

▤ 1.8 — Carbon Accounting, Biogenic CO₂ and Sustainability Boundaries 6m

▤ 1.9 — Industrial Biomass Plant Types 6m

▤ 1.10 — Key Engineering Disciplines in Biomass Power 6m

▤ 1.11 — Common Misconceptions About Biomass Electricity 6m

▤ 1.12 — Module 1 Technical Review 6m

Biomass Feedstocks and Fuel Quality

19 lessons

▤ 2.1 — Why Feedstock Quality Controls the Whole Plant 6m

▤ 2.2 — Wood Pellets 6m

▤ 2.3 — Wood Chips 6m

▤ 2.4 — Forestry Residues 6m

▤ 2.5 — Agricultural Residues 6m

▤ 2.6 — Energy Crops 6m

▤ 2.7 — Waste Wood and Recovered Biomass 6m

▤ 2.8 — Moisture Content and Energy Value 6m

▤ 2.9 — Higher Heating Value (HHV) and Lower Heating Value (LHV) 6m

▤ 2.10 — Proximate Analysis 6m

▤ 2.11 — Ultimate Analysis 6m

▤ 2.12 — Ash Content and Ash Chemistry 6m

▤ 2.13 — Chlorine, Potassium, Sodium and Sulphur 6m

▤ 2.14 — Particle Size Distribution 6m

▤ 2.15 — Bulk Density and Fuel Flow Behaviour 6m

▤ 2.16 — Fuel Sampling and Laboratory Testing 6m

▤ 2.17 — Fuel Specifications and Supply Contracts 6m

▤ 2.18 — Fuel Quality Fault Diagnosis 6m

▤ 2.19 — Module 2 Integrated Technical Review 6m

Biomass Chemistry and Conversion Science

17 lessons

▤ 3.1 — Cellulose, Hemicellulose and Lignin 6m

▤ 3.3 — Thermal Decomposition: Drying, Pyrolysis and Char Formation 6m

▤ 3.4 — Drying and Moisture Evaporation in the Furnace 6m

▤ 3.5 — Pyrolysis and Devolatilisation 6m

▤ 3.6 — Char Formation and Char Combustion 6m

▤ 3.7 — Combustion Chemistry 6m

▤ 3.8 — Stoichiometric Air Requirement 6m

▤ 3.9 — Primary, Secondary and Tertiary Air Systems 6m

▤ 3.10 — Flame Structure Inside Industrial Biomass Boilers 6m

▤ 3.11 — Heat Transfer Mechanisms Within Industrial Biomass Boilers 6m

▤ 3.12 — Flame Temperature, Adiabatic Flame Temperature and Furnace Energy Balance 6m

▤ 3.13 — Combustion Kinetics and Reaction Rates 6m

▤ 3.14 — Mass and Energy Balances 6m

▤ 3.15 — Stoichiometric Combustion Calculations 6m

▤ 3.16 — Flue Gas Composition and Combustion Products 6m

▤ 3.17 — Ash Transformation, Slagging and Fouling Mechanisms 6m

▤ 3.18 — High-Temperature Corrosion Mechanisms 6m

Fuel Reception, Storage and Handling Systems

33 lessons

▤ 4.1 — Introduction to Biomass Fuel Logistics 6m

▤ 4.2 — Fuel Reception and Intake Systems 6m

▤ 4.3 — Fuel Quality Verification and Acceptance 6m

▤ 4.4 — Conveyor Engineering and Bulk Material Transport 6m

▤ 4.5 — Transfer Chutes and Material Flow Dynamics 6m

▤ 4.6 — Belt Tracking, Alignment and Dynamic Behaviour 6m

▤ 4.7 — Industrial Biomass Storage Engineering 6m

▤ 4.8 — Moisture Migration, Hygroscopic Behaviour and Fuel Ageing 6m

▤ 4.9 — Biological Degradation and Self-Heating 6m

▤ 4.10 — Silo Flow Mechanics and Reclaim System Engineering 6m

▤ 4.11 — Mechanical Reclaim Systems and Controlled Fuel Extraction 6m

▤ 4.12 — Fire Engineering Within Biomass Storage Facilities 6m

▤ 4.13 — Combustible Biomass Dust, Explosion Physics and Process Safety 6m

▤ 4.14 — Dust Explosion Characteristics and Engineering Parameters 6m

▤ 4.15 — Hazardous Area Classification and ATEX Engineering 6m

▤ 4.16 — Ignition Sources and Their Control 6m

▤ 4.17 — Explosion Venting and Pressure Relief Engineering 6m

▤ 4.18 — Flameless Explosion Venting and Explosion Suppression 6m

▤ 4.19 — Explosion Isolation and Flame Propagation Through Connected Plant 6m

▤ 4.20 — Integrated Process Safety Engineering for Biomass Fuel Handling 6m

▤ 4.21 — Fuel Preparation Engineering – Screening, Classification and Material Conditioning 6m

▤ 4.22 — Industrial Screening Technologies 6m

▤ 4.23 — Size Reduction Engineering – Comminution Theory Applied to Biomass 6m

▤ 4.24 — Hammer Mills, Knife Mills and Industrial Shredders 6m

▤ 4.25 — Wear Engineering, Materials Selection and Reliability in Biomass Preparation Systems 6m

▤ 4.26 — Bearing Engineering, Lubrication and Rotating Equipment Reliability 6m

▤ 4.27 — Drying Technologies, Moisture Conditioning and Thermal Integration 6m

▤ 4.28 — Industrial Biomass Drying Technologies 6m

▤ 4.29 — Psychrometrics, Drying Air and Moisture Transport 6m

▤ 4.30 — Pneumatic Conveying Systems for Biomass Fuels 6m

▤ 4.31 — Gravimetric Fuel Metering and Precision Boiler Feeding 6m

▤ 4.32 — Fuel Feed Control, Boiler Demand and Distributed Control Systems 6m

▤ 4.33 — Advanced Combustion Control and Model-Based Optimisation 6m

Industrial Biomass Combustion Systems and Furnace Engineering

24 lessons

▤ 5.1 — Fundamentals of Biomass Combustion 6m

▤ 5.2 — Heat Transfer Within Biomass Furnaces 6m

▤ 5.3 — Combustion Chemistry and the Stoichiometry of Biomass Fuels 6m

▤ 5.4 — Excess Air, Equivalence Ratio and Combustion Efficiency 6m

▤ 5.5 — Chemical Reaction Kinetics and Combustion Rate 6m

▤ 5.6 — Air Distribution, Mixing and Furnace Aerodynamics 6m

▤ 5.7 — Flame Stability, Ignition Physics and Flame Propagation 6m

▤ 5.8 — Furnace Residence Time and Particle Burnout 6m

▤ 5.9 — Moving Grate Combustion Systems – Mechanical Design and Combustion Engineering 6m

▤ 5.10 — Bubbling Fluidised Bed (BFB) Combustion – Fluid Dynamics and Thermal Behaviour 6m

▤ 5.13 — Waterwall Design, Furnace Enclosures and Heat Absorption 6m

▤ 5.14 — Steam Generation, Natural Circulation and Phase Change Engineering 6m

▤ 5.15 — Superheater Engineering, Steam Temperature Control and Metallurgical Design 6m

▤ 5.16 — Reheaters, Steam Cycle Optimisation and Turbine Protection 6m

▤ 5.17 — Economiser Engineering, Feedwater Heating and Heat Recovery 6m

▤ 5.18 — Air Preheaters, Combustion Air Conditioning and Overall Boiler Efficiency 6m

▤ 5.19 — Biomass Ash Chemistry, Slagging and High-Temperature Deposit Formation 6m

▤ 5.20 — Ash Fusion Behaviour, Deposit Growth and Boiler Performance 6m

▤ 5.21 — High-Temperature Fireside Corrosion in Biomass Boilers 6m

▤ 5.22 — Pressure-Part Materials Engineering and Advanced High-Temperature Alloys 6m

▤ 5.23 — Boiler Tube Failure Mechanisms and Root Cause Investigation 6m

▤ 5.24 — Creep, Thermal Fatigue and Thermo-Mechanical Degradation 6m

▤ 5.25 — Erosion, Flow-Accelerated Corrosion and Particle Wear Mechanisms 6m

▤ 5.26 — Soot Blowing, Online Cleaning and Heat Transfer Recovery 6m

Draft Systems, Airflow Management and Flue Gas Engineering

6 lessons

▤ 6.1 — Boiler Draft Principles and Furnace Pressure Control 6m

▤ 6.2 — Forced-Draught, Primary-Air and Induced-Draught Fan Engineering 6m

▤ 6.3 — Flue Gas Ductwork, Expansion Systems and Gas Flow Distribution 6m

▤ 6.4 — Dampers, Isolation Systems and Flue Gas Flow Control 6m

▤ 6.5 — Chimney Engineering, Stack Design and Atmospheric Dispersion 6m

▤ 6.6 — Continuous Emissions Monitoring Systems (CEMS) and Environmental Compliance 6m

Emissions Control, Environmental Engineering and Carbon Management

13 lessons

▤ 7.1 — Engineering Philosophy of Modern Emissions Control 6m

▤ 7.2 — Particulate Formation and Engineering Characteristics of Biomass Fly Ash 6m

▤ 7.3 — Cyclone Separators and Inertial Particle Collection 6m

▤ 7.4 — Electrostatic Precipitators (ESP) – High-Voltage Engineering and Particulate Collection Physics 6m

▤ 7.5 — Fabric Filter Baghouses – Filtration Mechanics and Dust Cake Engineering 6m

▤ 7.6 — Formation of Nitrogen Oxides During Biomass Combustion 6m

▤ 7.7 — Selective Non-Catalytic Reduction (SNCR) – Reaction Engineering Inside the Furnace 6m

▤ 7.10 — Acid Gas Formation During Biomass Combustion 6m

▤ 7.11 — Dry and Semi-Dry Scrubber Engineering 6m

▤ 7.12 — Reagent Chemistry, Process Optimisation and Sorbent Utilisation 6m

▤ 7.13 — Activated Carbon Injection, Adsorption Science and Trace Contaminant Removal 6m

▤ 7.14 — Mercury Chemistry, Dioxins, Furans and Persistent Organic Pollutants 6m

▤ 7.15 — Integrated Flue Gas Cleaning Trains and Systems Engineering 6m

Carbon Accounting, Sustainability and Future Biomass Power Systems

15 lessons

▤ 8.1 — Carbon Accounting Principles and the Biomass Carbon Cycle 6m

▤ 8.2 — Lifecycle Assessment (LCA) Methodology and Greenhouse Gas Evaluation 6m

▤ 8.3 — Sustainable Forestry, Biomass Procurement and Supply Chain Engineering 6m

▤ 8.4 — Sustainability Certification, Chain of Custody and International Standards 6m

▤ 8.5 — Land-Use Change, Soil Carbon and Ecosystem Dynamics 6m

▤ 8.6 — Biodiversity, Water Resources and Ecosystem Services 6m

▤ 8.7 — Bioenergy with Carbon Capture and Storage (BECCS) – Engineering Negative Emissions 6m

▤ 8.8 — Post-Combustion Carbon Capture – Absorption Columns and Amine Solvent Engineering 6m

▤ 8.9 — Solvent Regeneration and Energy Integration 6m

▤ 8.10 — Carbon Dioxide Purification, Compression and Dense-Phase Transport 6m

▤ 8.11 — Dense-Phase Pipeline Engineering and Carbon Dioxide Transport Networks 6m

▤ 8.12 — Geological Storage Engineering, Reservoir Integrity and Long-Term Containment 6m

▤ 8.13 — Commercial BECCS Projects, Engineering Lessons and Operational Experience 6m

▤ 8.14 — Techno-Economic Assessment and Optimisation of BECCS Systems 6m

▤ 8.15 — Future Carbon-Negative Energy Systems and the Role of Biomass 6m

Integrated Biomass Power Station Operation, Performance Optimisation and Advanced Engineering Practice

3 lessons

▤ 9.1 — Whole-Plant Systems Integration and Operational Philosophy 6m

▤ 9.2 — Advanced Process Control, Distributed Control Systems and Plant Automation 6m

▤ 9.3 — Commissioning Philosophy and Integrated Plant Start-Up 6m

Operations, Maintenance, Reliability Engineering and Condition Monitoring

11 lessons

▤ 10.1 — Operational Engineering Philosophy and the Lifecycle of a Biomass Power Station 6m

▤ 10.2 — Reliability Engineering, Failure Mechanisms and Asset Integrity 6m

▤ 10.3 — Predictive Maintenance, Digital Condition Monitoring and Asset Analytics 6m

▤ 10.4 — Outage Engineering, Maintenance Planning and Major Plant Overhauls 6m

▤ 10.5 — Boiler Pressure Parts, Inspection Engineering and Remaining Life Assessment 6m

▤ 10.6 — Steam Turbine Maintenance, Rotor Integrity and Precision Alignment 6m

▤ 10.7 — Water Chemistry, Steam Purity and Chemical Engineering for Biomass Power Stations 6m

▤ 10.8 — Lubrication Engineering, Tribology and Rotating Machinery Protection 6m

▤ 10.9 — Generator Engineering, Electrical Integrity and Long-Term Reliability 6m

▤ 10.10 — High-Voltage Equipment, Switchgear and Protection Engineering 6m

▤ 10.11 — Partial Discharge, Insulation Diagnostics and Advanced Electrical Condition Monitoring 6m

Advanced Fault Diagnosis, Root Cause Analysis and Operational Troubleshooting

10 lessons

▤ 11.1 — Engineering Fault Investigation Philosophy and Structured Diagnostic Methodology 6m

▤ 11.2 — Boiler Performance Degradation and Combustion Troubleshooting 6m

▤ 11.3 — Steam Turbine Performance Losses and Mechanical Fault Diagnosis 6m

▤ 11.4 — Electrical System Fault Diagnosis, Protection Engineering and Grid Disturbance Investigation 6m

▤ 11.5 — Instrumentation, Control System Faults and Distributed Control System Diagnostics 6m

▤ 11.6 — Fuel Handling, Storage and Biomass Preparation Fault Diagnosis 6m

▤ 11.7 — Emissions Control System Troubleshooting and Environmental Compliance Investigation 6m

▤ 11.8 — Continuous Emissions Monitoring Systems (CEMS), Compliance Verification and Data Interpretation 6m

▤ 11.9 — Integrated Whole-Plant Fault Diagnosis and Major Incident Investigation 6m

▤ 11.10 — Root Cause Analysis, Organisational Learning and Continuous Improvement 6m

Economics, Grid Integration, Commercial Operation and the Future of Industrial Biomass Generation

8 lessons

▤ 12.1 — The Commercial Operation of Utility-Scale Biomass Power Stations 6m

▤ 12.2 — Electricity Markets, Dispatch Strategy and Grid Services 6m

▤ 12.3 — Engineering Governance, Regulatory Compliance and Operational Assurance 6m

▤ 12.4 — Performance Benchmarking and Continuous Operational Optimisation 6m

▤ 12.5 — Digital Twins, Advanced Plant Optimisation and Data-Driven Engineering 6m

▤ 12.6 — Future Biomass Technologies and the Evolution of Renewable Thermal Generation 6m

▤ 12.7 — Professional Engineering Practice, Technical Leadership and Engineering Decision-Making 6m

▤ 12.8 — Final Integrated Engineering Review and Professional Capstone Project 6m