Thermal Processing of Food, LLC
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K.P. Sandeep, Ph.D.
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Consulting and Training for the Food and Beverage Industry
Specific Areas:
Food processing and preservation (Product, process, equipment, unit operations, quality, and safety considerations)
Thermal processing (HTST pasteurization, ultra-pasteurization, hot-fill, ESL)
Retorting/canning (Temperature distribution, heat penetration, process deviation)
Aseptic/UHT processing of viscous and multiphase/particulate foods
Microwave and radio frequency heating (Rapid and uniform heating of hard-to-heat foods)
Process establishment for low-acid, acid, and acidified foods
Heat exchangers and their design (Double & triple tube, plate, shell & tube, helical, scraped surface)
Fouling and cleaning
Determination and enhancement of heat transfer coefficients
Pumps and mixers
Fluid flow and heat transfer: Fundamentals and calculations
Process optimization (Maximizing product quality based on kinetics of quality & safety attributes)
Ingredients and their effect on physico-chemical changes during processing
Consequences of changes in food properties (Physical, thermal, rheological, electrical) during processing
Scale-up of processes and systems
Microbial concerns (Effect of pH, water activity on D & z values; target organisms for different foods & processes)
Shelf life and packaging considerations
Regulations (GMPs, CFRs, PMO)
Process validation
Thermal process calculations (Determination of F value)
Mathematical modeling of fluid flow and heat transfer during thermal processing
Sensors (Microbiological indicators, enzymatic TTIs, electronic devices) for process monitoring and establishment
Sample Short Course Titles
- Pasteurization, Ultrapasteurization, and Aseptic Processing of Milk
- Food Processing and Preservation
- Fundamentals and Calculations Associated with Fluid Flow
- Fundamentals and Calculations Associated with Heat Transfer
- Fundamentals and Calculations Associated with Fluid Flow and Heat Transfer -- this is a combination of #3 and #4
- Fundamentals and Applications of Thermal Processing Technologies: Product, Process, and Equipment Considerations
- Fundamentals and Applications of Thermal Processing Technologies: Product, Process, and Equipment Considerations -- Regulatory Emphasis
- Fundamentals of Conventional Thermal Processing
- Aseptic Processing of Liquid and Particulate Foods
- Conventional and Advanced Continuous Flow Thermal Processing
- Design of Heat Exchangers
- Fundamentals and Applications of Continuous Flow Thermal Processing: Product, Process, and Equipment Considerations -- this is a combination of #10 and #11
- Continuous Flow Thermal Processing of Multiphase/Particulate Foods
- Continuous Flow Microwave Processing
- Thermal Process Design and Calculations
- Food Packaging
- Sensors and their Applications in the Food Industry
- Mathematical Modeling of Food Processes
- Nanotechnology: Fundamentals, Applications, and Regulations in the Food Industry
- TD-NMR: Fundamentals and Applications in the Food Industry
- Acidified Foods GMPs
Note: For other short courses or customized short courses, please call (919-247-3989) or email (kp_sandeep@thermalprocessingoffood.com) me