Understanding trends, planning investments more effectively.
As an operator, planner, or project manager, you are under significant pressure: processes need to become more efficient, plants must remain flexible, and yet reliability, availability, and on-time delivery must be ensured. At the same time, expectations regarding service, delivery capability, and cost-effectiveness are rising throughout the entire lifecycle.
In this review and outlook, we summarize which developments have proven themselves in practice—and what will be particularly important for your projects in the coming year.
For many operators, 2025 was less about spectacular new developments and more about stable, robust processes. What mattered was not a plant’s maximum individual performance, but its reliable day-to-day operation.
The focus was on:
In 2025, it wasn’t the record value in the spec sheet that mattered, but rather reproducible performance in daily operations.
Three themes are emerging for 2026 that will significantly influence your plant performance: efficiency, data utilization, and collaboration.
Operational efficiency
Energy consumption, mixing times, and plant availability are becoming even more critical to your economic considerations. Shorter mixing times, optimized process control, and lower energy consumption are increasingly determining which solutions will prevail in the long term.
Targeted use of operational data
Operational data is becoming a tool for better understanding and specifically optimizing processes. Those who systematically analyze data can identify deviations early on, improve cleaning and discharge processes, and make batch startup safer.
Deepening collaboration with partners
The more complex the requirements, the more important close technical collaboration between operators, machine builders, and suppliers becomes. The goal is to clarify requirements early on and design solutions so that they not only “work” in operation but also prove their worth over the long term.
A mixing plant must not only perform well during commissioning but also produce reliably for many years. In 2025, there was therefore a clear focus on quality assurance and realistic modeling of operating conditions.
This included:
For you as an operator, this pays off in the form of more stable processes, fewer unplanned downtimes, and higher plant availability. In addition, energy-efficient processes and durable designs are gaining importance to conserve resources and budget in the long term.
Whether a system truly delivers becomes apparent only in daily use at your facility. That is why customer feedback was systematically collected in 2025 and translated into technical advancements.
The focus was on specific questions from real-world applications:
Based on this, discharge processes and cleaning times, among other things, were specifically improved. In 2026, this close feedback loop with practical operations will be further expanded to identify requirements even earlier and incorporate them directly into development.
Downtime has a direct impact on your production and your delivery commitments. A service that responds quickly and solves problems effectively is therefore a decisive factor for success.
In 2025, the international service network was further expanded and collaboration with service partners intensified. Digital solutions increasingly support the analysis of service cases, enabling problems to be identified and resolved more quickly.
The main priorities for 2026 are:
Requirements for mixing technology have become even more stringent in 2025—and this trend will continue. Operators expect systems that operate efficiently, flexibly, and reliably.
From the operator’s perspective, the focus is on:
By 2026, the focus on energy efficiency and cleanability will continue to grow. Those investing today are paying closer attention to total lifecycle costs rather than individual metrics.
Experience from 2025 clearly shows that the purchase price alone is becoming less and less decisive. Instead, energy consumption, maintenance costs, and system availability are moving to the center of economic considerations.
High-quality systems are characterized by stable processes, long service life, and minimal unplanned downtime. This reduces ongoing operating costs and increases planning reliability over many years.
By 2026, this holistic perspective is expected to gain further importance—especially for investments with longer payback periods.
Developments in 2025 show that plant and machinery engineering is increasingly geared toward real-world operational requirements. What matters most is the interplay of quality, efficiency, reliability, and service—not just individual performance metrics.
Looking ahead to 2026, the goal is to align investments and optimizations so that they prove their worth in the long term. We would be happy to assist you in analyzing your specific requirements and developing suitable solutions—from the initial idea through pilot testing to the stable operation of your plant.