Industrialization Mode for Energy Recovery Using Dry Centrifugal Granulation Process

Peng Fei Yu; Shu Zhong Wang

doi:10.4028/www.scientific.net/KEM.719.104

Paper Titles

The Improvement of Yield in Formaldehyde Process
p.79

Anisotropic Compression Properties of Selective Laser Melted Ti-6Al-4V
p.87

Current and Future of Dry Centrifugal Granulation Process
p.92

Reduction of Adhesive Joining Defect in Optical Transceiver Assembly Process
p.98

Industrialization Mode for Energy Recovery Using Dry Centrifugal Granulation Process
p.104

Evaluation of the Thermal Shock Fatigue Resistance of Cutting Tools Using a CO₂ Pulse Laser Beam
p.109

Effect of Cryogenic Treatment on the Mechanical Properties of 18Ni-300 Grade Maraging Steel Built Using the Direct Metal Laser Sintering (DMLS) Technology
p.114

A Utilization Method of Big Sensor Data to Detect Tool Anomaly in Machining Process
p.122

Cut Surface Features in Various Die-Cutting Processes
p.127

HomeKey Engineering MaterialsKey Engineering Materials Vol. 719Industrialization Mode for Energy Recovery Using...

Industrialization Mode for Energy Recovery Using Dry Centrifugal Granulation Process

Abstract:

A growing number of researches believes that Dry Centrifugal Granulation (DCG) process is the most promising process in deal with the molten slag to raw material in cement produced on account of the no water consumes, no harmful gas emissions and efficient recovery of waste heat. Apparently, some obstacles, like every new technology, are on its way to industrialization. In this paper a new liquid slag feeding mode is present with a new way to control the flow rate of molten slag in order to gain fine particle diameter and high glassy phase.