CIP System

The CIP system cleans the internal surfaces of beverage tanks, pipelines and filling equipment without routine disassembly. Cleaning solution circulates through the connected equipment, with control of flow, temperature and concentration. Tank arrangements and single or multiple cleaning circuits support water, juice, soft-drink and dairy processing lines.

Tip: You can request pricing for individual machines or a complete production line solution.

Factory-direct equipment and customization
Complete layout and utility planning
Installation, commissioning and training
24-month after-sales support

Brief Introduction

Purpose and Application

The CIP (Cleaning-in-Place) system is specifically designed for the thorough cleaning of beverage production lines and filling equipment. It is utilized for the internal cleaning of various systems, including juice preparation systems, filling machines, and other beverage production equipment.

CIP System

The CIP (Clean-in-Place) system is designed for cleaning beverage production lines and filling equipment, featuring three cleaning stages: acid, alkali, and hot water, with independent temperature settings for each.

It adopts a touch-screen operation for a simple and user-friendly experience. Suitable for internal cleaning of juice preparation, filling machines, and other beverage production equipment, the system consists of alkali tanks, acid tanks, hot water tanks, a heat exchange system, a control system, and a piping system.

Developed to meet the hot filling process requirements of tea drinks and fruit juices in China, our advanced CIP cleaning system ensures equipment hygiene and safety, improves production efficiency, extends equipment lifespan, and reduces energy consumption. It is an essential tool for maintaining product quality and ensuring consumer health in modern beverage production.

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Product Features

1. Rationalize the production plan and improve production capacity.

2. Compared with hand washing, it not only does not affect the cleaning effect due to differences in operators, but also improves the quality of its products.

3. Prevent the danger in cleaning operation and save labor.

4. Save cleaning agent, steam, water and production cost.

5. Increase the service life of machine parts.

Product Parameter

Name	1000L-10000L
CIP Tank type	Alcali Tank, Acid Tank, Hot Water, Clean Water Tank, Water Recycle Tank
Cleaning Recycle	Single Circuit, Double Circuits, Three Circuits, Four Circuits
Heating Method	Coil Pipes Inside, Plate , Tubular
Automatic Types and Charastics	Full Automatic	1.Cleaning liquid flow rate auto control 2.Cleaning liquid temperature auto contro 3.Auto compensate the cip liquid level 4.Auto compensate the liquid concentrate 5.Cleaning liquids auto transfer 6.Auto alarm system
	Semi-automatic Control	1.Temperature auto control 2.Electrical control with manual operate the other matters
	Manual control	Manual operate on the cleaning process

Frequently Asked Questions

What information is needed to configure the CIP System?

Please provide the beverage recipe, process flow, inlet and outlet conditions, required throughput, cleaning requirements, utilities and plant layout. HZM uses these inputs to define tanks, heat treatment, mixing, piping and controls.

How is the process configuration selected?

Product composition, viscosity, temperature, treatment time, hygiene target and downstream filling conditions determine the equipment and control strategy. The final process must be confirmed against the approved recipe and product standard.

Can the system handle different beverage recipes?

Multiple recipes may be supported through suitable tanks, controls and cleaning procedures. Ingredients, thermal sensitivity, allergens, particles and required changeover cleaning must be reviewed for each product.

Can this equipment be integrated into a complete production line?

Yes. HZM can coordinate upstream processing or bottle making with filling, labeling, coding, packaging, conveying and palletizing. Layout, utilities, controls, factory testing, installation, commissioning and training are defined by the agreed project scope.