Hyg. Design - principles

Objective:

• Understanding the necessity of hygienic design (cleanability at a microbial level)
• Recognizing, signaling, and reporting non-hygienic situations that can lead to (re)contamination

Experienced trainer

Burggraaf & Partners has been specialized in advising the food industry and pharmaceuticals since 1993, as well as the machine builders in this field. The agency is active in practically all sectors (bakery, fruits and vegetables, dairy, meat, beverages, biotechnology) and at various levels, and has provided dozens of trainings and courses in this area in collaboration with various organizations..

Practical

Location: Aristo, Utrecht
Date: Friday 29 november 2024
Time: 09.00 – 17.00
Costs: € 795,- (excl. VAT)
Trainer: Ir. Wouter Burggraaf, authorised trainer EHEDG

Companies affiliated with OOM may be eligible for a contribution towards the costs. For more information, see www.oom.nl.

Taget audience:

• technical purchaser (machine builder & food company)
• sales (machine builder or parts)
• technical & maintenance service (food company)
• process technologist & QA/QC manager (food company)
• operators, production employees (food company)

Topics

1. Laws and regulations

• summary of the relevant laws, standards, and guidelines for machine builders and food processing companies.
• EHEDG and Safe Food Factory
• Control bodies IFS, BRC, AIB, GFSI (JI and JII)

2. Hazard analysis (C/F/M) related to equipment

• basic knowledge of microbiology (growth conditions, presence and movement of microorganisms)
• chemical aids
• physical breakage and detectability

3. Cleaning – to what level / -means / -methods / -detection

• dry – wet – controlled wet cleaning
• automatic/manual cleaning
• cleaning agents chemistry, impact, temperature
• accessibility and inspectability

4. Basic principles of hygienic design

• materials (stainless steel, plastics)
• finish, surface roughness
• geometry (drainage, emptying, radius, hermetically sealed)
• fixed connection (weld quality)
• static & dynamic sealing
• lubrication
• direct & indirect product contact – open process
• cabling

5. Hygienic building

• basic principles of zoning
• personnel and material locks
• building finishing (sewer, floor, wall)
• hygienic assembly (integration)