Process Engineering: Systems Engineering & Plant Optimization
Process technology for energy-intensive production:
In industries such as plastics and metal processing, automotive, chemicals/food, and medical technology, process technology influences cycle time, scrap rates, product quality, and plant availability.
ONI optimizes thermal management through efficient control of temperatures and media flows to ensure stable processes and lower operating costs.
- Holistic process technology instead of individual components: coordinated system technology (media, hydraulics, control, peripherals) reduces interface and operational costs
- Energy efficiency as a guiding principle: sustainable cost reduction and CO₂ reduction over the system’s lifecycle through optimized system design.
- Innovation levers within the process (e.g., process-oriented optimization/energy-saving technologies) with a short payback period.
We help companies view process technology as a comprehensive system: from classification and design through to implementation and operational optimization. This leads to greater safety, greater transparency, and improved cost-effectiveness, because process technology is implemented as a measurable system project rather than as a mere “purchase of components.”
- Transparency & Decision Quality: clear value propositions/ROI logic and a robust project foundation for management decisions.
- Less Risk in Procurement & Operations: A responsible partner minimizes “apples-to-oranges” comparisons and interface risks.
- Faster implementation: ready-made concepts, consulting, and service take the load off internal teams.
A clear project workflow ensures rapid results, high planning reliability, and dependable operation in process engineering. At ONI, you get everything from a single source: from initial consultation through analysis and planning to installation and commissioning—including coordinated services for implementation, as well as service and maintenance.
- Process and media assessment (temperatures, load profiles, consumers, quality requirements).
- Operational analysis / efficiency potential (energy/cost levers, stability risks, quick wins).
- Process Technology+ System Concept (hydraulics, control, peripherals, expandability).
- Feasibility and implementation plan, including subsidy/financing options
- Implementation + service/availability concept (lifecycle).
Applications of Process Technology
Process engineering is relevant wherever processes must run reproducibly and the plant is to be operated economically—from the process industry to mechanical engineering. Typical areas of application include the optimization of media circuits, the reliable operation of pumps and compressors, the tuning of equipment, and the expansion and modernization of plants.
This approach is particularly effective when mechanical engineering, electrical engineering, and automation are considered together. This allows for unlocking efficiency potential, reducing downtime, and systematically embedding sustainability goals (e.g., integration of renewable energy) into operations.
Kunststoff- und Elektrotechnik GmbH
Kunststoff- und Elektrotechnik GmbH uses refrigeration systems from Oni-Wärmetrafo GmbH at its production site in Mönchweiler.
Kunststoff- und Elektrotechnik GmbH
Kunststoff- und Elektrotechnik GmbH uses refrigeration systems from Oni-Wärmetrafo GmbH at its production site in Mönchweiler.
In many plants, pumps and compressors are among the most significant energy consumers and play a key role in ensuring the stability of the media supply. If the design, control, and operating strategy do not match actual demand, energy consumption, wear and tear, and susceptibility to malfunctions increase. Process optimization ensures that components, automation, and system logic work together—thereby reducing costs, increasing availability, and maintaining efficiency in day-to-day operations.
