24,000 BPH Pure Water Production Line Installation and Commissioning

HZM completed installation and commissioning of a 24,000 BPH pure water production line after approximately two months of on-site work. The project entered trial production following mechanical setup, system checks and operating adjustment.

The original record does not identify the project country, so this case focuses on the verified equipment, service process and production outcome without assigning an unsupported location.

Project Objective

The customer required a fully connected line capable of producing 24,000 bottled-water packages per hour. HZM's responsibility extended across bottle making, filling, labeling and packaging rather than stopping at equipment delivery.

A line at this output needs stable utilities, treated-water supply, container flow and downstream capacity. The installation plan therefore had to treat each module as part of one operating system.

Technology Used in the Line

The project used a full-servo blow molding machine with changeable-pitch technology, an updated filling valve design and labeling and packaging equipment selected for line compatibility.

Servo control supports repeatable bottle-forming motion, while changeable pitch can help adapt the blowing process and transfer arrangement to the required mold configuration. Actual performance still depends on the preform, bottle design and available high-pressure air.

Installation During a Difficult Service Period

The project was completed during the global COVID-19 period, when international site access and workforce planning were unusually difficult. HZM maintained the commitment to send experienced engineers for installation, debugging and operator training.

That on-site support was important because remote guidance cannot fully replace alignment, product trials and hands-on training for a new complete line.

Project Images and Video

24,000 BPH Pure Water Production Line Installation and Commissioning project media 2

Commissioning and Trial Production

Commissioning covered machine positioning, utility connection, synchronization, container transfer and controlled speed increase. Moving into trial production allowed the team to observe the line with real bottles, water, labels and film.

Trial production is also the point to record stable recipes, common alarms, changeover settings and preventive-maintenance tasks for the local operating team.

What This Project Demonstrates

This case demonstrates HZM's ability to complete on-site work despite travel constraints and to integrate servo blowing, filling and packaging at a 24,000 BPH target.

Because the source does not state the destination, the application field remains empty. Preserving that distinction keeps the project page factual while still presenting the engineering and service capability shown by the installation.

A producer planning a similar line should provide the preform and bottle drawings, cap, label and final pack samples, raw-water report, required output by format and a utility schedule. Those inputs allow the supplier to confirm blower air demand, treated-water capacity, conveyor layout and downstream speed before equipment reaches the site.

For a related configuration, review HZM's complete beverage filling line portfolio. A project proposal should always be confirmed against the actual product, package, utilities, layout and required output.

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