Strategic Objectives
• Master the organic chemistry of pyrolysis to create high-efficiency bio-char.
• Understand the mechanical requirements for bio-reductants under high-pressure furnace burdens.
• Evaluate the integration of torrefied wood as a direct substitute for fossil fuels.
• Navigate the technical transition from carbon-heavy to carbon-neutral smelting processes.
The Core Challenge
Traditional steelmaking relies on metallurgical coke, a massive contributor to global CO2 emissions that current climate goals can no longer tolerate.
01
The Evolution of Smelting
02
The Blast Furnace Mechanics
03
The Chemistry of Reduction
04
Defining Biomass Feedstocks
05
The Science of Pyrolysis
06
Bio-char Production
07
Torrefaction Fundamentals
08
Metallurgical Coke Standards
09
Mechanical Stability Under Load
10
The Role of Lignin
11
Gasification and Syngas
12
Thermodynamics of Smelting
13
Carbon Neutrality and LCA
14
Industrial Wood Pelleting
15
Porosity and Reactivity
16
Slag Formation and Chemistry
17
Fluid Dynamics of the Tuyere
18
Carbon Sequestration Potential
19
Kinetics of Gas-Solid Reactions
20
Sustainable Forestry Management
21
The Future of Ferrous Metallurgy
Explore Research Ecosystem
Available eBook Editions
Arabic
English
French
German
Italian
Japanese
Korean
Portuguese
Spanish
