Micromeritics Pilot Plant

Pilot Plant Systems – Industrial Process Simulation at Laboratory Scale

The Micromeritics PID Eng&Tech Pilot Plant Systems are advanced, fully automated platforms designed to replicate industrial processes at the laboratory scale, enabling breakthrough innovation in product development, process optimization, and quality improvement. These systems combine precise instrumentation, automation, and process control to deliver reliable, reproducible, and scalable results, even in complex multi-variable environments.

Developed through decades of collaboration with leading researchers, the PID Pilot Plants simulate a wide range of chemical, catalytic, and thermal processes — including gasification, pyrolysis, fluid catalytic cracking (FCC), hydrogenation, and photocatalytic reactions. Each configuration can be tailored to meet specific research or production goals, with options for continuous, batch, or semi-batch operation under controlled pressure, temperature, and flow conditions.

Configurable modules include stirred tank reactors, fluidized beds, screw reactors, and photocatalytic systems, all built with robust safety features, automated data collection, and modular scalability. These pilot systems are ideal for researchers seeking to translate laboratory data into industrially relevant results.

At Prisma Scientific, our engineers and application specialists provide custom system design, setup, and user training, ensuring seamless integration and reliable operation for every client.

Key Applications

• Biofuel and renewable energy research

• Catalyst evaluation and process development

• Chemical synthesis and polymerization

• Process optimization and scale-up studies

Why Choose PID Pilot Plants

With precise process control, automated operation, and proven scalability, the PID Pilot Plants transform laboratory experimentation into actionable industrial insight — accelerating innovation, ensuring reproducibility, and reducing time-to-market for new processes and materials.

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