Home » Products » Plants » Functional Units

Functional Units

As a manufacturer of custom-engineered plants and process equipment, our solutions are always tailored to the specific application. From compact containerized systems and dedicated test stands for catalysts and electrochemical processes to cost-effective training plants for education and teaching, we provide practical, application-oriented systems with reliable automation and customized configurations.

Below, we present a selection of different plants, each representing a distinct functional unit. Please feel free to contact us if you have questions about any of the units shown or if you would like to request a quotation.

Content
  1. Fuel cell test stands
  2. Catalyst test systems
  3. Dosing systems
  4. Electrosynthesis Test Systems
  5. Gas Conditioning
  6. Recycling Systems
  7. Training & Educational Systems

Fuel cell test stands

Dedicated test stands for evaluating fuel cell systems and components such as jet pumps or modular fuel cell units.
These systems enable reproducible performance and operating parameter analyses under realistic operating conditions.

Catalyst test systems

Test plants for the evaluation and development of catalytic systems, such as SCR catalysts or high-melting fluids.
The test systems offer parallel testing capabilities and precise process control for research and optimization. In addition to providing process equipment designed for high pressures and temperatures, AP-Miniplant delivers reliable plant automation suitable for long-term testing campaigns.

Dosing systems

Process systems capable of accurately dosing even the smallest quantities of solid, liquid, or gaseous media are essential in research and development for evaluating and scaling up overall processes.
AP-Miniplant develops not only robust automation concepts but also innovative dosing technologies for low and continuous material flow rates.

1 2

Electrosynthesis Test Systems

Electrosynthesis test stands for the development and investigation of electrochemical reactor concepts.
They offer flexible configurations for series or parallel operation and support the optimization of electrochemical processes. Both current and voltage can be controlled and implemented via recipe-based operation.

Gas Conditioning

Systems for gas preparation, handling, and analysis, including integrated measurement and testing components such as gas chromatographs.
These plants are suitable for research and process development in a wide range of chemical and process engineering applications.

1 2

Recycling Systems

Practical, application-ready plants for material recovery and energy utilization.
Examples include multi-stage evaporators, metal-free systems for aggressive media, polymer recycling plants, and containerized systems for converting biogas into fuel.

1 2

Training & Educational Systems

Didactically optimized systems for education, teaching, and professional training in process engineering.
These systems represent typical technical tasks, such as stirred tank and tubular reactor training units or gas pressure reduction stations.

Scroll to Top