Beverage Processing Systems

Q1: What types of beverage processing systems does iBottling offer?

iBottling supplies water treatment systems (RO, UF, desalination), syrup preparation systems (sugar melting, blending, aging tanks), temperature control equipment (chillers, cooling towers), pasteurization and sterilization systems (tunnel pasteurizers, UHT), and filtration systems for beverage production.

Q2: How much does a beverage processing system cost?

Processing system pricing depends on capacity, technology type, and system configuration. A basic RO water treatment system represents a different investment than a complete syrup preparation room with multiple blending and aging tanks. Contact our engineering team with your production requirements for a project-specific quotation.

Q3: How do I choose between RO and UF water treatment?

RO (reverse osmosis) removes dissolved solids and is suitable for bottled water and CSD production where low TDS water is required. UF (ultrafiltration) removes particulates and microorganisms while retaining minerals — suitable for mineral water and applications where some dissolved content is desired. Selection depends on source water quality and finished product specifications.

Q4: What is the difference between tunnel pasteurization and UHT sterilization?

Tunnel pasteurization exposes filled and sealed containers to controlled temperature zones as they move through a conveyor tunnel — commonly used for beer, juice, and carbonated drinks. UHT (ultra-high temperature) processing heats the liquid to 135-150°C briefly, then cools rapidly before aseptic filling — suitable for dairy, isotonics, and shelf-stable beverages. The choice depends on product heat sensitivity, packaging format, and target shelf life.

Q5: How many workers are needed to operate a processing system?

A well-automated processing system typically requires 1 operator per shift for monitoring and quality checks. The actual number depends on automation level, number of processing stages, and integration with downstream filling equipment. Semi-automated syrup rooms may require additional operators for ingredient handling.

Q6: What capacity range do your processing systems cover?

Water treatment systems handle up to 50 m3/hr of purified water output. Syrup preparation tanks range from 500 L to 20,000 L per batch. Pasteurization tunnels process up to 36,000 containers per hour. Each system is configured to match the required production capacity and can be paralleled for higher throughput.

Q7: Do you provide complete processing lines?

Yes. iBottling supplies integrated processing lines that combine water treatment, ingredient preparation, blending, pasteurization, and cooling into a single coordinated system. Processing equipment is designed for integration with downstream blow molding, filling, labeling, and packaging for a complete beverage production line.

Q8: What is CIP and do your systems support it?

CIP (clean-in-place) is an automated cleaning method that circulates cleaning solutions through processing equipment without disassembly. iBottling processing tanks, piping, and pasteurization systems can be configured with CIP-compatible sanitary connections and stainless steel construction. CIP system design is reviewed during project specification based on product type and hygiene requirements.

Q9: What level of automation is available?

Automation ranges from basic PLC control with manual valve operation to fully automated processing lines with SCADA integration, automated CIP cycles, temperature and flow monitoring, and recipe-based batch control. The appropriate level is determined by production volume, product complexity, and quality control requirements.

Q10: What are the ROI factors for an automated processing system?

Key ROI factors include water and ingredient savings through precise batching, labor reduction from automated CIP and process control, reduced product waste from consistent quality, and improved shelf life from controlled pasteurization. Payback period depends on production volume, existing equipment efficiency, and local utility costs.

Q11: Can processing systems handle multiple product types?

Yes. Processing systems are configured for multi-product flexibility. Blending tanks can be dedicated per product or shared with CIP between batches. Filtration and water treatment systems are product-independent and serve the entire line. Product-specific configurations are reviewed during the specification phase.

Q12: What maintenance does a processing system require?

Regular maintenance includes RO membrane cleaning and periodic replacement, inspection of tank agitator seals and gaskets, heat exchanger descaling, pasteurization tunnel temperature calibration, and filter element replacement. A preventive maintenance schedule is provided with each system, with spare parts support for continued operation.

Q13: How long does processing system installation take?

Installation time depends on system complexity. An RO water treatment system typically requires 1-2 weeks for installation and commissioning. A complete processing line with syrup preparation, blending, pasteurization, and CIP may require 4-6 weeks on-site. Our team provides installation supervision and operator training during commissioning.

Q14: Do you provide spare parts and technical support for processing equipment?

Yes. iBottling provides standard warranty coverage on all processing equipment with extended coverage options available. After-sales support includes technical documentation, remote troubleshooting, spare parts supply for common wear components (RO membranes, seals, gaskets, filter elements), and on-site service as required.

Q15: Can I expand processing capacity later?

Capacity expansion is possible with most iBottling processing systems. Options may include adding additional RO membrane elements, paralleling treatment skids, adding blending tanks, or increasing pasteurization tunnel length. Discuss future capacity requirements during specification so the system layout can accommodate expansion.