Reactors for the chemical industry

C.L.A. Industrial Reactors for the chemical industry combine design on URS, durable materials, heat exchange and agitation systems, integrated automation, and regulatory compliance(PED). Perfect for handling high-efficiency reactions, operational safety, and plant integration.

Typical applications

Synthesis of chemical intermediates and production of dyes or margarine in batch Reactors.
Continuous reactions for large volumes of product with stabilized control of process variables.
Advanced catalytic processes in fixed-bed Reactors, including multitubular or adiabatic versions.
Pistonic flow applications (PFR) for precise control of residence time and conversion.
Emerging technologies such as membrane Reactors for process intensification and higher product purity.

Distinctive technical features

Design on URS: customized on volume, heat transfer, safety, and plant integration.
Selected materials: Stainless steel AISI 304, 316L, 904 and high-strength special alloys.
Modular heat exchange: jacket, half-pipe or internal coil exchangers, depending on cooling or heating requirements.
Customized agitation: systems (anchor, turbine, impeller) optimized for uniformity and mass transfer.
Integrated automation: skids with PLCs, valves, instruments, recipe control, and integration with existing plants.
Certifications: compliant with PED Directive (2014/68/EU) and ISO 9001 quality system, with complete technical documentation.

Benefits for the chemical industry

High efficiency and process control due to optimized heat exchange and agitation systems.
Operational flexibility: batch, continuous, catalytic and membrane solutions available in customized configurations.
Maximum safety: design in line with the Pressure and Explosive Environment Directives (PED / ATEX).
Industrial integration: plug-and-play skid for optimal insertion into existing production lines.

FAQ

What is the difference between batch and continuous Reactors?

Batch Reactors process successive batches, ideal for differentiating products, while continuous Reactors operate continuously for large volumes and process stability.

For what processes are fixed-bed Reactors used?

Fixed-bed Reactors, including multitubular types, are used for heavy catalytic processes such as hydrodesulfurization and Fischer-Tropsch.

What are membrane Reactors and why are they interesting?

These are Reactors that combine chemical reaction with separation by membrane, allowing greater intensification, purity and conversion, with more compact volumes.