The course provides knowledge of and insight into the hygienic design of equipment and processes for the food, feed and pharmaceutial industry, to better fulfil the wishes of purchasers and retailers. These include minimising down time, maintenance, cleaning costs and environmental impact, but also efficient cleaning, optimal product safety and constant product quality. The design should comply with present legislation and standards, but can also anticipate future changes.
The course is meant for mechanical engineers, constructors, draughtsmen, project managers and sales-engineers, active with machine building for the food industry, including the engineering offices. Participants can originate from different sub-branches.
The course is also excellent for the technical and quality assurance staff of the food, feed and pharmaceutial industry itself.
Previous training and working experience
The participants should have a minimum of two years of relevant practical experience. Participants with equivalent training or experience may be able to participate after consultation with the course director.
The course duration is 4 days, starting at Monday 27 November at 13.30 and ending Thursday 30 November at 12.30. There is an optional part with a choice out of two subjects Thursday 30 November afternoon.
Form and content
The course is given from a very practical viewpoint. The theoretical fundamentals of the different subjects are presented in a short and concise way, continuously relating to practice by means of examples on video or pictures or samples. By the visiting of a pilot plant the participants gets the opportunity to apply the knowledge. The course gives you tools to solve hygienic problems within your own organisation. Because of the small groups the course is very interactive.
The cost of the course is Euro 2,295 ex. VAT, including handout, coffee, tea, lunches at full days, three times dinner and travelling during the Course.
When a company is EHEDG member its employees are entitled to a Euro 200 reduction. This does not apply to individual EHEDG members.
The optional part, including hand-out and lunch, costs an additional Euro 350.
Via email to Burggraaf & Partners before 20 October 2017. In case you need a visa, please register before 6 October 2017.
2. Design Constraints and Requirements
- History, Standardization & Legal Aspects
- Machinery Directive; NEN-EN 1672; ISO 14159; NSF 3-A, EHEDG;
- General Food Law
3. Know Your EnemyTM
- Damage and losses caused
- Functional microbiology
- Contamination/invasion mechanisms
- Colonisation, biofilms, preservation and death
4. Scientific background EHEDG documents
- EHEDG Test Methods, three tests, results on sheet
5. Hygienic Design of Food Production Systems
- Uses Know Your Enemy™ to explain reasons behind design rules
- Introduction document 8 & 10
- Bad examples and effective solutions™
- Wider coverage than just equipment
6. Material of Construction
- Stainless steel; carrion; surface finish
- Polymer use; FDA, Limitations, Management, Desorption
- Background information integrity polymer surface (for seals)
7. Welding Stainless Steel
- also set-up project; QA – QC incoming materials
- permanent joint
8. Static Seals and Couplings
- Design principle static seals; examples
9. Case Study: Spray Ball
- Application; define: product contact areas; redesign model
10. Background: Rheology / Thermodynamics
- Newtonian / non-Newtonian fluids; yield value (needed to understand case pump)
- Flow rate; removal of micro-organism; falling film; results for closed equipment applicable to open equipment
- Fouling heat treatment; sterilisation time (needed for heat treatment and reaction time)
- Valve types
- Hygienic versus aseptic
- Double-seat valve
- Case study weir-type valve
12. Dynamics Seals (Pumps)
- Case Positive replacement pump with application; safety valve and yield value
13. Cleaning and Disinfection
Course has up to now been focussed on removing invisible micro-organisms, but firstly visual soil has to be removed
- Cleaning & Disinfection: background, application
- Fouling, cleaning agents, cleaning methods (Sinner circle), CIP, ATP
14. Continuous Thermal Treatment Processes
15. Open Equipment Design
17. Supporting Activities - Lubrication Use
- FDA, Limitations, Management (following bearings; dynamic seals)
18. Building & Process Lay Out
- design around process, equipment, logistics, etc.
19. Supporting Activities - Installation & Maintenance Procedures
20. Integration of Hygienic Systems
- Risk management paramount –evidenced-based!
- Starts with constraints: law, hygiene hazards, stakeholder requirements
- All steps correct and present
- Right sequence
- Prescriptive design versus risk assessment
- Buying and selling hygienic Equipment
21. Case Study (Pilot Plant)
Small groups visiting a pilot plant, with various pilot or semi production scale equipment;
22. Plenary Discussion
- presentation each group of results case study
23. Student Course Evaluation
Optional afternoon with choice out of two subjects :
- Dry material handling (Mr. Burggraaf) or
- Aseptic Processing (Mr. Cocker)