Introduction
Early Energy and Industrial Development
Coal and Steam Engine
The Search for an Alternative Lighting
Early Chemistry and Coal Gas Making
Coal Gas - the Inflammable "Air"
Gases and their Chemistry
The Era of Gas Lighting
Coal Gas - the Illuminating Gas
Coal Gas Making Business Chemistry, Skills and Coal Gas Making
Coal Gas Making Process
Lessons Learned
Spreading of Coal Gas Lighting
The Changing Chemistry in Coal Gas Making
Unlocking the Power of Gas Producer
Heat, Motion, Caloric, Electricity and their Connection
Regenerative Furnace and Metallurgy
Unleash the Heating Power
The Enabling Gas Producer and its Chemistry
Producer Gas and Regenerative Retort
The Alternative Illuminating Gas
Coal Gas, Ballooning and Lowe
Lowe Process for Coal Gas Making
Deployment of the Lowe Coal Gas Process
Vertical Retort, Producer Gas and Water Gas
Gas Engine and Gas Producer
External Combustion vs Internal Combustion
Coal Gas and GasEngine
Dowson Gas Producer
Fertilizer and Coal Gas Making
Ludwig Mond
An Unintended Gas Producer
Mond Gas, Fuel cell and Nickel
Mond Gas, Industrial Gas and Electricity
Chemistry and Industrial Synthesis.-Molecular Theory
Fundamentals of Coal Gasification
Water Gas and Industrial Synthesis
Hydrogen Manufacturing and Ammonia Synthesis
Liquefaction and Fractioning
Syngas Conditioning and Purification
Hydrogen Making at Oppau
Reinventing the Making of Coal Gas
Slagging Gasification
The Winkler Gasifier
Creative Making of Syngas
Special and Integrated Gasification
Solution to Gasifying Coal Fines
Modern Gasification Technology
The Lurgi Gasifier
The Search for a Complete Gasification
Entrained Gasification
The Long Journey of Energy Transition
End Notes
Bibliography.