Filling line used for CSD 12000 BPH configuration of the line for the isobaric filling of carbonated drinks The filling line used for CSD 12000 BPH fills in pets with carbonated soft drinks using isobaric technology. Since the isobaric process maintains the pressure during filling, it effectively preserves the saturation of CO₂. The system reaches a nominal production of 12,000 bottles per hour for 1.5 liter formats. In addition, it uses 28 mm PCO caps and works according to the packing standard for Europallet. Overall, the configuration is ideal for the production of medium and high performance CSD. High pressure air power supply for the blowing process in the filling line used for CSD 12000 BPH a high pressure compressor, produced by Siad (MS3/1442-A3 model, year 2000), provides compressed air to the blower. In particular, it includes an air dryer and an air tank of 2000 liters to stabilize the air flow. Consequently, the compressor guarantees uniform training of the bottles. In addition, the unit supports continuous operation under high load, essential for large -scale PET blowing systems. Therefore, this component remains fundamental for upstream efficiency. Deller for PET preformer with the mold cooling system, the line includes a SIDEL SBO 10 Series 2 Series blower (1999), which transforms the Pet Preforms into bottles. Although the molds are not included, the machine is equipped with a boxed reversal, a preformer power supply and a SOGEQUIP water cooling system for molds. As a result, the configuration supports the production of high -speed bottles. In addition, the system allows an uninterrupted diet to the filling block, thus reducing the time of detention to a minimum. In particular, the robust structure of the machine guarantees long -term reliability. Rinse-root-acting-acting block with 60 valves and isobaric technology Sidel Alsim produced the central filling block in 2000. Integrates 60 rinse heads, 60 isobaric filling valves and an alcoho alcohol stopper. Thanks to this configuration, the system reaches high productivity while maintaining the constancy of the pressure. In particular, the isobaric charge limits the loss of CO₂ and reduces the formation of foam, fundamental for the bottling of the CSDs. In addition, it allows quick format changes, making the line adaptable to different production needs. High -capacity automated mixing system in the filling line used for CSD 12000 BPH the Moravek 240C mixer, installed in 2000, prepares and carbonated the drink at a reach of 24,000 liters per hour. Combine syrup, water treated and co₂ in controlled relationships. It is important to underline that the mixer guarantees the consistency of the product before entering the filling. In turn, this reduces the variability of the process. Likewise, its high capacity aligns perfectly with the speed of the filler, avoiding bottlenecks and improving the balance of the line. Automatized labeling and packaging system The post-rooting section consists of a Krones Contiroll (2004) label, which applies enveloping opposal labels. After the labeling, a Bluestar Dimac burden (film only) performs secondary packaging. Therefore, the system directs the packaging to a CEFMA handset. Next, an IHS ball with Pallet warehouse stacks the products. Finally, a Rotomatic pragomet wraps the pallets with extensible films. Together, these machines create a fully automated end -of -line solution. Internal transport system optimized in this line used for CSD, the line includes air transporters of Rafale Technologies, transporters of bottles and parcel transporters. Each of these guarantees a fluid transfer of the product from one phase to another. Consequently, the system reduces the storage points and improves the overall flow. This configuration not only supports production continues, but also simplifies integration with other machines. In conclusion, the filling line used for CSD 12000 BPH provides a complete solution for bottling of carbonated drinks carbonated. Integrate reliable components, high -speed performance and standard packaging in the sector. Although it requires maintenance before starting, the line represents a highly efficient isobaric bottling system ready for reactivation in industrial environments.