Biotage, Argonaut, Catalyst Screening System, parallel chemistry

Endeavor^® Catalyst Screening System

Endeavor UPDATED

The Endeavor Catalyst Screening System is a parallel, multi-reactor synthesizer that is the fastest, most effective and simplest way to optimize pressurized reactions. The Endeavor system uses parallel reactors and automated control of pressurization, heating and mixing to provide rapid assessment of a variety of reaction conditions to dramatically increase productivity.

Endeavor lets you take advantage of parallel chemistry in the screening and optimization of catalytic reactions. The eight small reactors duplicate the environment found in larger autoclave-type reactors, but allow you to work more efficiently.

Using Endeavor to perform multiple experiments in parallel provides several advantages:

You save time, increase the speed of discovery and reduce time to market
You can experiment with more parameters, gathering more data to better optimize the material or process and improve your patent position
You work on a smaller scale to cut costs and save space

With Endeavor, you can perform hydrogenations, carbonylations and polymerizations while assessing the effects of temperature, pressure and solvent on the final products. The Endeavor also accelerates screening for selected polymer properties and catalyst effectiveness.

Key Features
Control independent reaction conditions

A simple keypad is used to program your reaction parameters. It lets you independently control the temperature, pressure and gas delivery for each reactor. It also controls the stirring speed applied across the reactors.

Reagents, solvents and co-catalysts can be added manually via a syringe without interrupting the stirring. The reagent addition port has a pressurized check valve that maintains the integrity of the reaction environment.

You can choose eight different sets of conditions in one run, or run replicates simultaneously. Endeavor minimizes the run-to-run variance in controlled parameters that you typically encounter with separate experiments.