Custom-engineered pilot plants and laboratory-scale reactor platforms for catalyst evaluation, reaction kinetics, process intensification, and scale-up studies. Detailed specifications are configured around client research protocols.
Pilot & Benchtop Systems
Fixed Bed, Fluidised Bed & Autoclaves
Experimental Scope
Invento designs and fabricates laboratory and pilot-scale systems configured to support catalyst evaluation, kinetic data acquisition, and safe scale-up validation.
Configured for experimental studies requiring controlled temperature regimes, variable residence times, and precise gas-solid or liquid-solid catalytic contact.
Engineered with pressure-rated boundaries, safety relief systems, rupture disks, and zero-leakage magnetic drive agitation for hazardous synthetic trials.
Equipped with multi-point thermocouple logging, pressure transducers, automated mass flow controllers, and digital PLC/SCADA data recording.
System Portfolio
Explore our modular reactor systems and experimental skids tailored to continuous flow studies, particulate fluidization, pressure synthesis, and custom R&D workflows.
Laboratory and pilot-scale tubular reactor systems for controlled evaluation of gas-solid and liquid-solid catalytic reactions over fixed beds.
Key Capabilities & Features
Fluidised bed reactor platforms designed for experimental studies requiring intensive gas-solid contact, uniform temperature profiles, and continuous particulate fluidization.
Key Capabilities & Features
High-integrity pressure reactor and stirred autoclave platforms for batch synthesis, hydrogenation, polymerization, and high-pressure chemical studies.
Key Capabilities & Features
Fully tailored laboratory skids and modular reaction rigs built around specialized customer workflows, multi-stage syntheses, or unique experimental parameters.
Key Capabilities & Features
Research Domains
Tailored to meet specific experimental protocols in chemical kinetics, catalyst testing, and scalable synthesis.
Evaluate catalytic activity, selectivity, and catalyst deactivation under tightly regulated continuous flow or batch conditions.
Generate scalable thermodynamic data, heat release profiles, and mass transfer coefficients to de-risk commercial plant design.
Conduct stirred batch or continuous synthetic trials requiring elevated pressure containment and corrosion-resistant alloys.
Integrate multi-stage reactors, separation flash vessels, sampling loops, and analytical interfaces into modular laboratory skids.
Experimental System Consultation
Our in-house design engineering team works directly with academic researchers, institute scientists, and industrial development teams to establish system flow rates, metallurgy, heating schemes, sensor suites, and safety relief boundaries.
Submit your experimental parameters, reactor type, and operating envelope:
Discuss Custom R&D RequirementsReview modular reactor designs, skid layouts, and automation architectures for our complete line of fixed bed, fluidised bed, autoclave, and custom lab platforms.
Custom-engineered pilot plants and laboratory-scale reactor platforms for catalyst evaluation, reaction kinetics, process intensification, and scale-up studies. Detailed specifications are configured around client research protocols.
Pilot & Benchtop Systems
Fixed Bed, Fluidised Bed & Autoclaves
Experimental Scope
Invento designs and fabricates laboratory and pilot-scale systems configured to support catalyst evaluation, kinetic data acquisition, and safe scale-up validation.
Configured for experimental studies requiring controlled temperature regimes, variable residence times, and precise gas-solid or liquid-solid catalytic contact.
Engineered with pressure-rated boundaries, safety relief systems, rupture disks, and zero-leakage magnetic drive agitation for hazardous synthetic trials.
Equipped with multi-point thermocouple logging, pressure transducers, automated mass flow controllers, and digital PLC/SCADA data recording.
System Portfolio
Explore our modular reactor systems and experimental skids tailored to continuous flow studies, particulate fluidization, pressure synthesis, and custom R&D workflows.
Laboratory and pilot-scale tubular reactor systems for controlled evaluation of gas-solid and liquid-solid catalytic reactions over fixed beds.
Key Capabilities & Features
Fluidised bed reactor platforms designed for experimental studies requiring intensive gas-solid contact, uniform temperature profiles, and continuous particulate fluidization.
Key Capabilities & Features
High-integrity pressure reactor and stirred autoclave platforms for batch synthesis, hydrogenation, polymerization, and high-pressure chemical studies.
Key Capabilities & Features
Fully tailored laboratory skids and modular reaction rigs built around specialized customer workflows, multi-stage syntheses, or unique experimental parameters.
Key Capabilities & Features
Research Domains
Tailored to meet specific experimental protocols in chemical kinetics, catalyst testing, and scalable synthesis.
Evaluate catalytic activity, selectivity, and catalyst deactivation under tightly regulated continuous flow or batch conditions.
Generate scalable thermodynamic data, heat release profiles, and mass transfer coefficients to de-risk commercial plant design.
Conduct stirred batch or continuous synthetic trials requiring elevated pressure containment and corrosion-resistant alloys.
Integrate multi-stage reactors, separation flash vessels, sampling loops, and analytical interfaces into modular laboratory skids.
Experimental System Consultation
Our in-house design engineering team works directly with academic researchers, institute scientists, and industrial development teams to establish system flow rates, metallurgy, heating schemes, sensor suites, and safety relief boundaries.
Submit your experimental parameters, reactor type, and operating envelope:
Discuss Custom R&D RequirementsReview modular reactor designs, skid layouts, and automation architectures for our complete line of fixed bed, fluidised bed, autoclave, and custom lab platforms.
