ThaiNamthip Completes Asia’s First Installation of Sidel’s Hydra Ultrasonic System

ThaiNamthip Corporation Public Company Limited, a Bangkok-based Coca-Cola bottling partner established in 1959, has commissioned the first Asian deployment of Sidel’s Hydra Ultrasonic bottle washer. The technical implementation processes returnable glass packaging for the beverage sector, aiming to improve production line throughput and achieve specific environmental performance metrics.

Roles and Industrial Context
The deployment addresses operational bottlenecks associated with cleaning reusable glass containers in a high-volume manufacturing environment. ThaiNamthip acts as the facility operator, integrating the new hardware into its existing production lines, while Sidel serves as the equipment manufacturer supplying the machinery and engineering specifications. This vendor-client cooperation was required to effectively scale ultrasonic cleaning technology within an industrial automation setting, adapting Sidel's specialized equipment to ThaiNamthip's established continuous-production infrastructure.

Technical Solution and Responsibilities
The Hydra Ultrasonic system merges standard mechanical and chemical bottle washing processes with ultrasonic wave generation. Ultrasonic cavitation creates microscopic bubbles that implode upon contact with the glass surface, dislodging particulate matter and chemical residues from both the interior and exterior of the containers. Sidel engineered the system's performance parameters and hardware design, while ThaiNamthip managed the physical integration of the machine. This hybrid approach targets persistent dirt that standard mechanical washing methods often fail to remove.

Deployment and Integration
The system is deployed at ThaiNamthip's Pathumthani manufacturing plant, which functions as a centralized hub for the company's glass processing network. The implementation phase required connecting the washer to the facility's existing water, steam, and chemical supply lines. Engineers from both organizations coordinated to calibrate the system's throughput, ensuring it matches the facility's overall output rates and operates seamlessly within the plant's existing spatial and structural parameters.

Applications and Use Cases
The primary application is the high-speed sterilization and cleaning of reusable glass packaging for the commercial beverage industry. By utilizing ultrasonic technology, the process ensures structural integrity, maintains hygienic standards, and extends the lifecycle of the glass containers. Concrete operational benefits include stabilized processing speeds, minimized downtime resulting from inadequate cleaning cycles, and improved overall equipment effectiveness.

Expected Impact and Results
The installation yields measurable reductions in resource consumption at the facility level. Technical specifications indicate up to a 15 percent decrease in water usage and a 20 percent reduction in steam requirements compared to conventional washing systems. Additionally, the process lowers chemical dependency and reduces the reject rate of processed bottles, which directly increases net production output.

Edited by Natania Lyngdoh, Induportals editor, assisted by AI.

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