Handbook of Thermoprocessing Technologies delivers a structured and practice-oriented overview of the entire thermoprocessing sector. The book supports students and engineers who work with industrial heating processes, furnaces and thermal treatment of materials. It also serves manufacturers and users of thermoprocessing equipment as a reliable reference.
The handbook explains the basic principles, procedures and processes of thermoprocessing technology. It links thermal processing to material improvement and industrial application. Clear explanations help readers understand how thermal processes influence material properties and component performance.
Thermoprocessing represents one of the largest energy-consuming industrial sectors in Europe. This book addresses that complexity by combining practical engineering know-how with essential thermal and materials science fundamentals. Contributions from experienced engineers ensure strong relevance to real industrial practice.
Dedicated chapters cover heat transfer, fuels and combustion, electrothermal processes and energy balances for industrial furnaces. The handbook explains how engineers increase energy efficiency while meeting operational and regulatory requirements. Further sections address gas circulation thermoprocesses, furnace atmospheres and materials used in furnace construction.
The book also introduces fuel-related and electrical engineering basics, key design aspects, essential components and critical safety requirements for heating installations. This structured approach supports safe, efficient and compliant furnace operation.
Handbook of Thermoprocessing Technologies provides a comprehensive yet practical foundation for education, design and operation in industrial thermoprocessing. It remains an essential reference for anyone involved in thermal processing technologies and industrial furnace systems.
