With increasing emphasis on water quality safety, the bottled and barrelled water market is expanding rapidly. Setting up a water bottling production line requires careful selection of a suitable one. Let's briefly look at the factors to consider when choosing a suitable water bottling production line.
First, we need to determine the type of water to be produced, as this directly determines the overall configuration of the water treatment equipment. For example, producing purified water requires reverse osmosis water treatment equipment; producing natural mineral water requires ultrafiltration water treatment equipment to retain minerals.
Second, we need to determine the specifications of the water to be produced, such as: PET small bottles, 5L-12L large barrels, 5-gallon recycle barrels, etc. Different specifications of finished water require different equipment configurations for the water bottling production line; it is essential to determine the type of packaging required.
Important Reminder: It is difficult for a single line to simultaneously handle both large recycling barrels and small bottles. Handling multiple specifications increases equipment costs; prioritize the core product.
Once the finished water specifications are determined, production capacity must be considered, which is an indispensable aspect of selecting a suitable water bottling production line. If the equipment capacity is chosen too large in the early stages of plant construction, it will not be fully utilized during normal operation, increasing equipment depreciation, plant costs, and labor costs.
When setting up the production line, the hard conditions such as plant space and water supply cannot be ignored.
Plant space: Not only should space be reserved for the main equipment, but also for water treatment, palletizing, packaging material storage, and maintenance; confirm the length, width, and height of the equipment, as well as the dimensions of doors, passageways, and cleanrooms in advance.
Raw water quality report: Provide the water quality report to the equipment manufacturer to determine the pretreatment configuration (quartz sand, activated carbon, softening, ultrafiltration, reverse osmosis, etc.); the water supply volume must match the hourly water consumption of the production line.
Utilities: Power supply, compressed air, drainage and sewage treatment. Many customers only discover after signing the equipment contract that the workshop lacks sufficient electricity and gas, making production impossible.
The automation level of the equipment also needs to be considered:
Semi-automatic: Manual loading of barrels/bottles, suitable for limited investment, small output; many personnel, and generally inconsistent product quality.
Fully Automated Line: PLC HMI, automatic bottle feeding, filling, capping, and coding; reduces labor, ensures product stability, meets SC audit requirements, and is the mainstream choice.
High-End Line: Adds automatic bottle handling, automatic labeling, and automatic palletizing, further reducing labor, suitable for large-scale factories.
Budget: Don't just compare the price of the main unit.
Complete water plant investment = water treatment system + bottling main unit + conveying auxiliary equipment + coding, labeling, and packaging + installation, commissioning, and training + testing equipment + factory purification upgrade.
Common pitfalls of low-priced equipment: reduced pretreatment equipment, use of non-food grade materials, low-grade electrical control components, high failure rate, and high maintenance costs.
Finally, choosing a manufacturer with comprehensive after-sales service is crucial. Qingzhou Foren Water Treatment Equipment Co., Ltd. has over 12 years of equipment manufacturing experience, provides comprehensive warranty services, and has professional personnel to provide product training, ensuring that every customer builds a complete water treatment system and bottling production line.
