Laboratory Reaction Systems - Autoclave Engineers can provide custom reactors or multiple reactor systems to meet the any customer requirement. The Autoclave Engineers’ Bench Top Reactor Systems (BTRS) are designed for fixed bed or fluidized bed, vapor-phase catalyst development processes.
Custom designed, multiple reactor systems or bench top, oven based, reaction equipment.
Multi-Reactor Systems Multiple Reactors for Faster Catalyst Development. Productivity is increased by performing parallel processing. The stirred reactors can be chosen from any of Autoclave Engineers' reactors. The number of reactors and their size & configuration is determined solely by your process requirments. Each system is custom desgined to meeet all of your needs.
BTRS-JR Laboratory Tube Reactor System Oven-based bench top tube reactor system keeps process fluid vaporized The
BTRS-Jr / vaporizes / mixes four inputs, which react in a tube reactor (independent temperature control) with back-pressure regulation.
Precisely sample either inputs or reactants as hot vapor (no condensation) • Pressure rating to 2,900 psig (200 bar) • Temperature
to 1,202°F(650°C)
BTRS-JR-PC Automatic Bench Top Reactor System at a reasonable price The BTRS-Jr-PC is a complete reaction system designed for vapor phase catalyst evaluation and continuous flow analysis. The standard system includes one fixed bed tubular reactor with system control accomplished by a PLC and a supervisory computer. This system allows for accurate and automatic control of feed valves, status valve, sample valve, reactor temperature and pressure. Custom designs are available for other sized reactors, temperatures up to 1000ºC, etc.
BTRS-900 Automatic Tube Reactor System Automatic Bench Top Reaction System for complex laboratory simulations Tube
reactor system with, automatic customized software & controls (option
for multiple reactor systems). Includes real-time fail-safe process
logic (minimizing operator time / errors) & data acquisition
/ manipulation • Pressure rating to 2,900 psig (200 bar) •
Temperature to1,202°F (650°C)
