CANMET-EDRL, Varennes, Quebec,
Canada, and McGill University, Montreal, Quebec, Canada
National University of Singapore, and McGill University, Montreal, Quebec, Canada
Presenting
the most recent
breakthroughs in thermal dehydration, drying, and dewatering, this
unique reference
emphasizes emerging equipment, innovative techniques, and cost-effective strategies for a
variety of industrial and agricultural applications.
Offers
classification and selection criteria for new and advanced drying systems and compares conventional
dryers to novel
technologies including modified
fluid bed, superheated steam, and impinging stream dryers!
Fueled
by the energy crisis, consumer demand for improved quality products, and
environmental considerations, Advanced Drying
Technologies addresses
·
New
and emerging drying technologies for a variety of products
·
Hybrid
and multistage drying systems
·
Superheated
steam drying for low energy consumption and minimal environmental impact
·
Contemporary drying
methods developed through technology-push and market-pull
·
Guidelines
for dryer selection
·
Pre-
and post-drying operations for industrial dryers
·
And
more!
·
General Discussion:
Conventional and Novel Drying Concepts
·
Selected Advanced Drying Technologies
·
Selected Techniques for
Drying and DewateringH
·
Hybrid Drying Technologies
·
Other Techniques