Build expertise in industrial heating and drying technologies through our hands-on workshops, technical training modules, and online learning programs.
Two-day hands-on workshop covering drying theory, equipment selection, process optimization, and energy efficiency. Includes lab demonstrations.
One-day specialized workshop on vacuum drying principles, equipment design, GMP compliance, and process validation for pharmaceutical manufacturing.
Three-day advanced course covering heat transfer analysis, CFD simulation basics, process control, and equipment design for industrial heating systems.
Specialized workshop on biomass pre-processing, drying techniques, torrefaction, and biochar production for sustainable energy applications.
Structured programs designed for engineers, technicians, and operations staff working in industrial heating and drying environments.
Fundamentals of heat transfer, psychrometry, and drying principles for entry-level engineers and production staff.
Duration: 5 Days | Level: Beginner
Hands-on training on dryer operation, troubleshooting, maintenance procedures, and safety protocols.
Duration: 3 Days | Level: Intermediate
Advanced course on drying process design, simulation, scale-up, and optimization for senior engineers.
Duration: 5 Days | Level: Advanced
Free and premium online sessions covering the latest developments in industrial drying technology, research findings, and industry best practices.
Overview of heat pump drying technology, energy savings potential, and real-world implementation examples.
60 min | Recorded | Watch Now
Decision framework for choosing between tray, spray, rotary, vacuum, and fluid bed dryers based on product characteristics.
45 min | Recorded | Watch Now
Introduction to computational fluid dynamics for optimizing airflow distribution and temperature uniformity in industrial dryers.
90 min | Live | Register
Practical methodology for conducting energy audits, identifying waste, and implementing savings in drying processes.
90 min | Live | Register
Understanding air-water vapor mixtures, psychrometric charts, and their application in dryer design.
Conduction, convection, and radiation fundamentals applied to industrial heating systems.
Diffusion models, capillary flow, and drying curves for understanding material drying behavior.
Methodology for selecting dryer type, calculating capacity, and sizing ancillary equipment.
Test your material or validate your process in our pilot facility before committing to full-scale equipment.
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Get in Touch →Contact us to discuss custom training programs tailored to your organization's specific needs and equipment.