100L to 300L Compact Design Portable CIP Cart with Wheels

Product Description

 

CIP cleaning is a standalone process module that typically operates in passive mode. Depending on the customer's cleaning process, we can provide fixed or mobile configurations, single-, dual-, or multi-tank configurations, with optional features such as heating and the addition of acid or alkaline cleaning agents. The CIP cleaning process is fully automated. Through a human-machine interface and graphical display, customers can flexibly adjust recipes to meet the needs of different production processes. It automatically adjusts various process parameters, including cleaning time, pressure, flow rate, and temperature. It can also automatically dispense different detergent concentrations and automatically monitor CIP cleaning results. All operations are recorded to facilitate system certification.
Automatic CIP systemManual 3 tanks in one CIP systemManual 3 tanks CIP systemCIP Cleaning System Overview:
The CIP cleaning system (Cleaning In Place) is an ideal method for cleaning equipment and pipelines, particularly in food processing plants, such as dairy operations. This system allows for in-place cleaning of equipment (such as tanks, pipelines, and pumps) without disassembling or moving the equipment.
How the CIP Cleaning System Works:
The CIP cleaning system uses a specific program and pumping system to automatically deliver water and cleaning fluids to the equipment interior. The cleaning process typically occurs within enclosed production equipment, tanks, and pipelines, significantly reducing the chance of secondary contamination.
Key Features of CIP Cleaning Equipment:
1. Stable and Efficient: A graphical human-machine interface automatically controls process parameters such as cleaning time, pH, and temperature, with manual or automatic operation.
2. Compact Structure: Low operating costs, a small footprint, and easy installation and maintenance.
3. High Level of Automation: Automatically detects, adds, discharges, displays, and adjusts cleaning fluids, ensuring simple operation and effective cleaning results.
4. High Adaptability: It can be divided into one to four zones according to production needs, enabling simultaneous cleaning of the same or multiple zones, as well as ongoing cleaning during production.
CIP Cleaning Equipment Process Flow:
1. Preparation Phase: Prepare the cleaning agent and equipment. The cleaning agent is typically a solution containing detergent and disinfectant.
2. Pre-flush Phase: Remove residue from the production process.
3. Circulation Phase: Start the circulation process to ensure thorough cleaning of the equipment.
4. Post-flush Phase: Ensure that the cleaning agent within the equipment is completely removed.
5. Inspection Phase: Inspect the equipment to ensure that no residue remains.
6. Residual Liquid Disposal: Wastewater generated during the cleaning process requires disposal.
7. Recording and Maintenance: Recording the parameters and results of each step helps track the equipment's cleaning history, identify problems, and initiate maintenance.
CIP Cleaning Equipment Components:
A CIP system typically includes CIP mixing tanks (such as CIP alkali tanks, CIP acid tanks, hot water tanks, and recovery tanks), hot water tanks, centrifugal pumps, piping, valves, and fittings, and a CIP control cabinet.
Applications of CIP Cleaning Equipment:
CIP cleaning systems are used not only in food processing companies but also in a wide range of industries, including beer production. Their efficient cleaning capabilities are crucial for ensuring product quality and hygienic standards.
Precautions for CIP Cleaning Equipment:
Because CIP cleaning systems involve complex equipment and processes, operational specifications must be followed to ensure personnel safety and avoid damage to the equipment. Furthermore, it's important to consider your company's specific needs and production environment to select the appropriate cleaning equipment and solutions. We recommend detailed consultation with our professional cleaning engineers.