E-ammonia pilot plant

Description

This e-ammonia pilot plant is a modular, containerized unit dedicated to ammonia production via the Haber–Bosch process using green hydrogen. It is designed to demonstrate and optimize the synthesis of ammonia from renewable hydrogen and nitrogen under controlled, industrially representative conditions. The plant integrates gas feed preparation, compression, catalytic reaction, and ammonia separation within a compact and fully instrumented system, enabling reliable evaluation of process performance and catalyst behavior. The unit is conceived as a flexible development platform. Reactor design, operating conditions, recycle schemes, and purification steps can be adapted to match specific project objectives, whether focused on green ammonia feasibility, process optimization, or scale-up validation. Emphasis is placed on stable continuous operation, precise control of pressure and temperature, and safe handling of hydrogen-rich streams. Its skid- or container-based architecture allows straightforward installation, relocation, and integration into power-to-X or renewable energy demonstration environments.

Features

Dedicated ammonia synthesis unit based on the Haber–Bosch process
Designed for operation with green hydrogen from renewable sources
Modular, containerized layout for demonstration and scale-up studies
Integrated gas preparation, synthesis loop, and ammonia recovery


Benefits

* Industrial-grade validation: Demonstrates green ammonia synthesis under controlled, representative Haber–Bosch conditions.
* Flexible development platform: Adaptable reactor design, operating conditions, and recycle schemes for optimization or scale-up.
* Easy deployment & integration:  Modular, containerized unit suitable for relocation and power-to-X or renewable demo projects.