Reactors for the pharmaceutical industry

C.L.A. Pharmaceutical Reactors are designed on URS to ensure hygiene, safety and traceability in regulated processes. Made of stainless steel and special alloys, equipped with heat exchange systems, custom agitation, and integrated automation, they are ideal for the production of APIs, intermediates, and pharmaceutical solutions.

Applications

Controlled chemical reactions for the production of APIs and active intermediates
Preparation of sterile pharmaceutical solutions and high-purity ingredients
Regulated processes with complete documentation for IQ, OQ, FAT and SAT
Productions in GMP environments, with focus on sanitizability and traceability

Specifications

Materials: Stainless steel AISI 304, 316L, 904 and Special alloys (HC22, HC276, SAF) resistant to aggressive processes and easily sanitized
Heat exchange: jacket, half-pipe or internal coil for precise temperature control
Agitation: anchor, turbine or impeller to ensure homogeneity and repeatability
Insulation: tank-in-tank type insulation for thermal stability and safety
Automation: skid with PLC, instruments and valves for monitoring and recording process parameters
Certifications: PED, ATEX, ISO 9001 quality system, with supporting IQ/OQ documentation

Benefits for the Pharmaceutical sector

GMP compliance: designed for regulated processes and healthcare environments
Validation: comprehensive document support for IQ, OQ, FAT and SAT
Process safety: tailored thermal control and stirring to ensure stability and quality
Customization: Reactors configured according to the customer’s URS

FAQ

Are C.L.A. Reactors suitable for GMP environments?

Yes, due to hygienic materials, sanitizable design, and qualification documentation, Reactors are prepared for GMP-regulated environments.

What kind of documentation is provided?

Dimensional, pressure and roughness certificates are issued, as well as complete documentation for FAT, SAT, IQ and OQ.

Is it possible to fully automate the reactor?

Yes, with skids complete with PLCs, valves and instruments that enable real-time monitoring and control of critical parameters.