Enhancing CIP System Efficiency for Coffee Extraction Tanks with Pressure-Open Nozzles
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- Beverage Plant | Clean-in-Place Tank Cleaning Nozzles Cut 4 Hours of Daily Manual Labor
Beverage Plant | Clean-in-Place Tank Cleaning Nozzles Cut 4 Hours of Daily Manual Labor


Solutions or Products Featured
in This Case Study
Key Reasons for Implementation
- Selected a nozzle that rotates horizontally to deliver a flat-fan spray, effectively cleaning the entire interior surface of the tank.
- Identified improper installation height of the existing nozzle through a site visit and proposed an optimal mounting position.
- Proposed a two-nozzle configuration to ensure complete and effective cleaning of the tank interior.

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Challenges Faced by the Customer
A beverage factory was experiencing challenges in cleaning its fruit juice blending tanks.
The tank cleaning nozzles in use were not functioning effectively, forcing operators to perform manual cleaning under time pressure before starting the next batch.
The factory has 40 tanks, each of which needed to be cleaned once every three days.
Manual cleaning took about 10 minutes per tank, resulting in an average of four hours of labor per day.
To reduce the burden of this cleaning process, the customer consulted IKEUCHI about upgrading the existing tank cleaning nozzles.
Proposals from IKEUCHI
Upon hearing from the customer, we identified the “ES” series as the most suitable solution to address the challenge. These nozzles deliver a flat-fan spray while rotating horizontally, enabling thorough cleaning of the tank’s interior surfaces.
(The ES series is available in three spray coverage patterns: 360 degrees, upward 180 degrees, and downward 180 degrees.)
During the site visit, we inspected both the tank interior and the existing nozzle, discovering that the nozzle had been installed at an improper height. Raw materials entering through the side-mounted inlet were interfering with it—causing buildup and making it prone to clogging.
To resolve this, our first recommendation was to mount the “ES” nozzle at a higher position than the material inlet.
As a further finding, it became clear that a single nozzle was insufficient to clean the entire tank interior, prompting us to propose a two-nozzle configuration that offsets each blind spot.
Benefits Achieved
- Enabled thorough cleaning of the entire inner surface of the tank.
- Achieved fully automated CIP (clean-in-place) without manual intervention.
- Saved four hours of manual cleaning per day, eliminating the stress and workload of rushed cleaning before the next batch and allowing time to be reallocated to other tasks.