GEA and Siemens map digital beverage production at Hannover Messe

GEA and Siemens are using Hannover Messe 2026 to set out a more connected model for beverage production, linking cloud-based monitoring, AI-assisted process optimisation, modular automation, and virtual engineering into a single digital workflow.

The two companies will present the concept at the Siemens booth in Hall 27 during the 20–24 April show, using a digitally animated end-to-end line that runs from raw-material handling to filling integration. The showcase is based on beverage applications such as cold brew coffee and protein-enriched or functional drinks, categories that tend to combine more demanding process control with tighter changeover requirements. Rather than positioning the project as a software overlay, the companies are presenting it as a plant architecture question: how machines, modules, data, and engineering tools are tied together from the start.

GEA’s contribution includes a GSX 260 beverage separator integrated into GEA Cloud, with data made available through the GEA Portal and related applications for performance analytics, energy monitoring, condition monitoring, and predictive maintenance. The idea is to move from passive machine visibility to active optimisation, where operational data is continuously interpreted and fed back into decisions around uptime, energy use, and process reliability. GEA is also highlighting its InsightPartner tools, which are designed to identify patterns, generate forecasts, and surface recommendations for operators.

The more structural part of the announcement sits in the automation layer. GEA and Siemens are pushing open standards including OPC UA and Module Type Package, or MTP, as the basis for more modular process design. That matters because beverage plants are rarely static. Product mixes change, capacities are expanded in stages, and new process modules are added under pressure to avoid long shutdowns or major engineering effort. Standardised module descriptions and interfaces are meant to reduce that friction, letting plants integrate equipment faster and with less bespoke work.

Simulation is the other piece of the proposition. Using Siemens’ SIMIT platform and TIA Portal, the companies say process strategies and plant configurations can be tested virtually before installation. In practice, that could shorten commissioning, reduce early-stage faults, and allow faster validation of line changes before physical work begins. In a beverage environment, where even relatively small recipe or packaging changes can create knock-on effects across mixing, treatment, separation, filling, and utilities, that kind of pre-implementation testing is becoming more attractive.

The timing is sensible. Beverage manufacturing is dealing with a product landscape that is harder to run than the old high-volume, low-variation model. Functional beverages, protein drinks, premium coffee formats, and short-run innovation cycles have all increased the demand for flexible assets and faster control decisions. At the same time, utilities remain a live cost issue, and labour remains tight enough that plants are under pressure to simplify operations rather than add complexity. A connected control and analytics stack will not solve those pressures on its own, but it can make lines easier to diagnose, benchmark, and tune.

There is also a wider question here about what digitalisation in food and drink now means. For several years the conversation has been crowded with dashboards, pilots, and isolated machine data projects. The more serious phase is now about whether those systems are genuinely interoperable and useful at plant level. If beverage producers are going to invest, they need more than visibility. They need fewer manual handoffs, less custom integration, better use of process data, and a clearer route from digital tools to production value.

That is why the emphasis on open standards is arguably the most important part of the announcement. AI assistance and cloud dashboards attract attention, but beverage plants live or die by integration, validation, and uptime. If MTP and OPC UA can reduce the engineering burden of expanding or reconfiguring process blocks, the value proposition becomes much more practical.

For beverage manufacturers planning capex or staged modernisation, the Hannover Messe showcase is less about a futuristic control room and more about the mechanics of building a plant that can change faster without becoming harder to run.