Design Principles for Brewery Clean-In-Place (CIP) Systems

Design Principles for Brewery Clean-In-Place (CIP) Systems

A Clean-In-Place (CIP) system is a combination of mechanical components and equipment used to combine water, chemicals and heat to form a cleaning solution. 
These chemical cleaning solutions are pumped or circulated by the CIP system through other systems or equipment to clean the brewery equipment.

A good cleaning-in-place (CIP) system starts with good design and requires creating a customized and economical solution for your CIP system needs. 
But remember, an effective CIP system is not a one-size-fits-all solution. You need to custom design a CIP system that contains the necessary information about your brewery's brewing process and brewing requirements. 
This ensures that your clean-in-place system is designed to meet your cleaning requirements.

Why is a CIP system important for breweries?

CIP systems are an important part of ensuring food safety in your brewery. In beer production, successful cleaning prevents potential contamination and products that do not meet quality standards. 
The correct operation of a CIP system is a safe barrier to the flow of food and cleaning chemicals and can reduce downtime of beer equipment. In addition, cleaning must be done safely because it involves very strong chemicals that can harm people and brewing equipment. 
Finally, CIP systems should use minimal water and cleaning agents and maximize reuse of resources while minimizing environmental impact.

Foremost among these is the need to adequately clean and sanitize brewery equipment and other facilities to produce beer that is free of physical, allergic, chemical and microbiological hazards. 
It is also important to understand the reasons why breweries must be cleaned, including

► To meet specific customer requirements.

► To avoid pests.

► Reducing the risk of beer hazards - food poisoning and foreign body contamination.

► To comply with local and international regulations.

► Meeting Global Food Safety Standards (GFSI) requirements.

► Maintain positive audit and inspection results.

► Achieve maximum plant productivity.

► Present a hygienic visual image.

► Provide safe working conditions for employees, contractors and visitors.

► Maintain product shelf life.

A CIP system is an essential piece of equipment for a brewery. If your brewery needs a CIP system, contact the experts at Alton Brew. 
We offer you a complete turnkey solution including design, manufacturing, installation and technical support to ensure you get the CIP system you need for your sanitary process application.

Design Considerations for CIP Systems

When designing a CIP system, there are several design requirements to keep in mind to ensure that the system will perform exactly as intended. Some key design considerations include.

► Space requirements: Local codes and maintenance specifications dictate the space required for portable and stationary CIP systems.

► Capacity: CIP systems must be sized large enough to provide the flow and pressure required for residue removal, reduced cycle time and effective flushing.

► Utility: The treatment brewery equipment must have the utility required to run the CIP system.

► Temperature: If proteins are present in the treatment system, pre-wash operations should be conducted at ambient temperature to ensure that as much protein as possible is removed without denaturing the protein.

► Drainage Requirements: Proper drainage is critical to the cleaning operation. In addition, drainage facilities must be able to handle high discharge temperatures.

► Processing time: The time required to run the CIP system determines how many individual units are required to meet the demand.

► Residues: Characterizing residues through cleaning studies and identifying relevant product contact surfaces aids in parameter development. 
Certain residues may require different cleaning solutions, concentrations and temperatures to clean properly. This analysis can help organize circuits by common cleaning parameters.

► Solution concentration and type: CIP systems use different cleaning solutions and concentrations for different purposes. 
For example, caustic soda (also known as caustic soda, sodium hydroxide, or NaOH) is used as a cleaning solution in most CIP system cycles in concentrations ranging from 0.5 to 2.0%. 
Nitric acid is typically used for descaling and pH stabilization in alkaline wash cycles at a recommended concentration of 0.5%. In addition, hypochlorite solutions are commonly used as disinfectants.

► Equipment surface characteristics: Internal finishing of CIP systems can help or hinder the accumulation of proteins and other contaminants within the system. 
For example, mechanical polishing operations can produce a rougher surface than electropolishing operations, resulting in a higher risk of bacterial adhesion to the material. 
When selecting a surface finish, it is important to choose one that minimizes the mechanical and chemical damage suffered during the cleaning operation.

► Cleaning process and schedule: Knowing the experimental conditions of the equipment provides insight into the process hold or transfer time. 
It may be necessary to connect transfer lines and tanks and form CIP loops to meet rapid turnaround and cleaning requirements.

► Transition Criteria: Defining transition criteria provides a way to control key cleaning cycle parameters. 
For example, chemical cleaning duration, minimum temperature set points, and concentration targets can all be set as needed prior to transitioning to the next step in the cleaning sequence.

► Cleaning Sequence: Typically, the cleaning cycle should begin with a water rinse, followed by a detergent wash and a detergent post-rinse.

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