Achieve Clean…The 5 W’s (and an H) of Cleaning Food & Beverage Processing Equipment
Keeping equipment clean in food and beverage processing plants is of primary importance for smoothly run operations. This is, however, not an easy accomplishment. Firstly, workers must understand why cleaning is so important. Next, they must learn what soils are present, what surfaces need to be cleaned, which cleaning methods are best suited to their equipment, and what type of detergent will work best in each situation. Guidelines should be put in place so that procedures are standardized and uniform throughout the plant.
Simply put, food processing equipment must be regularly cleaned to ensure a safe and efficient manufacturing environment. Seven of the most important reasons for keeping processing equipment clean include:
- Prevent transfer of ingredients from one product to the next. This is especially important when multiple products are produced on the same equipment. Proper cleaning is effective in removing trace ingredients to help prevent cross-contact of allergens.
- Reduce chances of food contamination that can lead to health hazards or affect product quality.
- Provide a clean surface for disinfection. Surfaces cannot be properly sanitized or disinfected if they are not thoroughly cleaned first.
- Comply with local and international standards and regulations to ensure consumer safety and avoid legal issues.
- Increase plant performance and productivity by diminishing waste, maintaining equipment and preserving product quality.
- Enhance worker safety by providing a clean working environment and smoothly functioning equipment.
- Produce a quality product that tastes good and is well received in the marketplace.
WHAT are Some Common Food Soils?
Most food soils are traces of the various ingredients used in production. Other soils can include oils and greases from manufacturing equipment, dust, and mineral buildup from hard water used in the manufacturing process. Proteins, starches, greases, fats, gums, oils, and baked on soils are some of the more common foulants that are often found on food processing equipment.
Each type of soil is unique and requires the proper detergent to thoroughly clean the surface. Use the table below to help match the most effective type of cleaner to each kind of soil.
HOW Do I Create an Efficient Cleaning Process?
Since each cleaning application is unique it’s important to consider many factors when setting up a cleaning process. Seven variables to consider:
- Choice of detergent
- Surface Composition
- Method of cleaning
- Amount of detergent
Learn how to set up your ideal cleaning process with IPC’s “7 Step Guide to the Proper Usage of Critical Cleaners “.
WHEN should I Clean?
Cleaning should be done regularly and often. Clean surfaces and equipment help ensure smooth and efficient operations in the plant. When setting up your standardized cleaning procedure it’s important to include guidelines for cleaning frequency.
WHO can monitor the effectiveness of my cleaning process?
This can, and should, be done by plant personnel right after equipment is cleaned. Cleaning validation is a high priority in food processing plants. By validating the cleaning process workers can be certain that all equipment and surfaces are thoroughly cleaned, without traces of soil or detergent residue, before the next production run. Cleaning validation methods are used to provide proof that surfaces are residue free. Seven frequently used cleaning validations methods:
- Visual inspection
- Foam Tests
- Optical Brightners
- TOC (Total Organic compound)
- Mass Spectrometry
WHERE can I find help?
Your best source of technical guidance is the manufacturer of your specialty cleaner. Choose a cleaning product from a company that will continue to work with you long after the sale, offering technical support and guidance. International Products Corporation (IPC) assists their customers with validation methods and product testing. IPC has an on-site lab that works with customers to offer material compatibility testing, process and validation development, and residue analysis. Learn more here.