Kazakhstan 5-Gallon Water Filling Production Line

Project Overview

This project involves a fully automated production line for 5-gallon purified water, delivered to a client in Almaty, Kazakhstan, with a designed capacity of 300 barrels per hour.
The complete line comprises an external barrel washer, an integrated washing-filling-capping unit, stainless steel conveyor chains, a fully automatic barrel-neck sleeve labeling machine, and a comprehensive PLC control system. Components in contact with the product are made of 304 stainless steel, and the system is compatible with both new and recycled barrels.
The line achieves full automation and continuous operation across the entire process: external barrel brushing, multi-stage internal disinfection and rinsing, filling, capping, and neck sleeve labeling. We handled the entire scope—from solution confirmation and workshop assembly/pre-commissioning to remote client inspection and export packaging. Upon arrival at the site, our engineers performed installation and commissioning and conducted hands-on training for the factory’s operators and maintenance staff. The project passed final acceptance and entered official production; the equipment operates stably and meets the client’s actual production requirements.

Project Challenges

1. Older equipment has a low level of automation; barrel washing and filling rely on manual labor, posing hygiene risks and increasing the likelihood of substandard products being shipped.
2. It is difficult to source equipment parts locally, and repairs take a long time, delaying order fulfillment.
3. The local water has high hardness, causing scaling in equipment piping; therefore, the equipment must be easy to disassemble, clean, and maintain.
4. Factory workers have limited technical skills, so an intuitive user interface and comprehensive training are required.

Our Solutions

• The integrated washing, filling, and capping machine incorporates multiple rinsing and disinfection processes, with alkaline washing, disinfectant rinsing, and purified water rinsing performed in separate steps. This reduces manual contact, ensures the cleanliness of the barrels, and is suitable for local water conditions with relatively high hardness.
• The entire line is centrally controlled via a PLC touchscreen, featuring real-time display of operating status and automatic fault alerts, thereby lowering the operational threshold for operators. Standardized wear parts are included, with all components shipped with the equipment, eliminating procurement challenges down the line.
• The system is equipped with fully automatic barrel-neck labeling equipment to apply heat-shrinkable anti-counterfeiting labels to the barrel openings, enhancing the appearance of the bottled water products and boosting market competitiveness.
• The conveyor chains have been widened and reinforced to accommodate returned barrels of varying ages and conditions, reducing malfunctions caused by barrel jamming or tipping.
• Delivery includes equipment operation and maintenance manuals. On-site engineers provide hands-on training for operators and maintenance personnel, along with long-term remote technical support.

Project Outcomes

List of Deliverable Equipment

Project Delivery Process

• Business and technical discussions to confirm factory dimensions, power and water supply, and target production capacity; preparation of a complete set of layout drawings
• Manufacturing and assembly at the factory, integrated pre-commissioning of the entire system, and remote video inspection by the customer
• Packaging of equipment into containers for export, followed by sea and land transport to Kazakhstan
• Upon arrival at the customer’s facility, our engineers travel to the site to install, wire, and commission the equipment
• On-site operator training, equipment acceptance and handover, and transition to the long-term after-sales support phase

Customer Reviews

“After comparing several equipment manufacturers, the stability of this complete production line exceeded our expectations. It features a high degree of automation, which has significantly reduced our labor requirements. The engineers provided thorough on-site installation and training, and they responded promptly whenever issues arose. It’s well-suited for production at our local factory.”

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