Synthesis Reactor
A synthesis reactor is an agitated reaction vessel in which a chemical synthesis is carried out in a single vessel under monitored conditions. Abster Equipment manufactures the Synthesis Reactor as turnkey process equipment in SS 316L (or a process-appropriate grade) for pharmaceutical, nutraceutical, food and botanical process lines. Abster Equipment’s illustration labels a reagent inlet, a vent / off-gas connection, jacket inlet and outlet connections and a product outlet, with a pressure gauge and a sight window on the vessel, and a control panel offering automated operation, temperature control, pressure monitoring, agitation control, data logging and reports, and CIP / SIP readiness. The unit is designed around the client’s reaction, then fabricated, installed and commissioned by Abster Equipment as a single scope.
The Synthesis Reactor is an agitated, jacketed vessel in SS 316L (or a process-appropriate grade) with electropolished product-contact surfaces and integrated instrumentation, so the reaction can be monitored and controlled through the batch and the vessel cleaned afterward, under PLC-based control. The jacket carries a heating or cooling medium that is configured to the process. Capacity is configured to the customer’s requirement, from pilot-scale systems for process validation to larger commercial installations with modular expansion, and every unit is delivered with full documentation to support GMP qualification. The synthesis chemistry, temperature and pressure range are set by the client and confirmed in design.
Technical Specifications
| Equipment Type | Synthesis Reactor — agitated, jacketed vessel for chemical synthesis |
|---|---|
| Vessel Construction | SS 316L (or process-appropriate grade), electropolished product-contact surfaces |
| Agitation | Agitator and drive, configured to the reaction |
| Process Connections | Reagent inlet, vent / off-gas connection and product outlet, with a pressure gauge and a sight window; additional nozzles as configured |
| Jacket Connections | Jacket inlet and outlet for the heating or cooling medium; the medium is configured to the process |
| Control Functions | Automated operation, temperature control, pressure monitoring, agitation control, data logging and reports, with CIP / SIP readiness |
| Automation | PLC-based control with integrated instrumentation |
| Cleaning | CIP-capable; CIP / SIP-ready connections as listed on the illustration |
| Capacity | Configured to requirement — pilot to commercial, with modular expansion |
| Compliance | GMP hygienic design; full documentation for qualification |
| Output | Reacted batch, discharged through the product outlet |
Plant Capacities
| Scale | Typical Use | Control |
|---|---|---|
| Pilot | Reaction development and scale-up trials | Recipe-based, instrumented |
| Production | Commercial synthesis batches | Recipe-based, instrumented |
| Large production | Higher-volume batches | Configured to the reaction and plant |
Vessel volume, jacket duty, agitation and venting are configured to the confirmed batch size and reaction; no fixed volumes are quoted on this page.
Manufacturing Process
Reagents and solvents are charged through the reagent inlet as the recipe requires.
The agitator keeps the batch mixed while a heating or cooling medium in the jacket brings the batch to, and holds it at, the reaction temperature.
The reaction runs with temperature, pressure and agitation monitored and controlled from the PLC panel; any gases leave through the vent / off-gas connection.
The reacted batch is discharged through the product outlet.
The vessel is cleaned between batches through its CIP connections; SIP readiness is listed on the illustration.