Led Module Lights Up Photochemical Potential

Vapourtec's LED module, designed to complement their continuous stirred vessel reactor (CSTR), enhances nan imaginable of travel photochemistry and increases nan scope for caller reactions.

The module enables reagentless reactions moreover erstwhile solids are present. This is achieved by utilizing CSTRs. Each LED module has an input powerfulness of 70 W and delivers a twinkling powerfulness up to 40 W. It is dimmable successful nan scope 10% to 100% of maximum powerfulness pinch wavelengths from 365 nm and 700 nm disposable for photochemical CSTR.

Using a CSTR for photochemical reactions improves nan handling of solids and enables nan usage of coagulated catalysts, coagulated stoichiometric reagents aliases nan transportation of reactions that nutrient either coagulated products aliases coagulated by-products.

The photochemical CSTR is designed to beryllium operated arsenic a cascade thereby enabling continuous travel reactions to person good controlled residence clip distribution.

The usage of 2 Vapourtec R4 reactor heaters allows a photochemical CSTR cascade of up to 8 reactors wrong an R-Series travel chemistry system, providing nan cleanable level for nan scaling-up of photochemical reactions, moreover erstwhile a operation of solids and liquids are involved.

The imaginable for exploring caller chemic abstraction is accrued by allowing nan usage of coagulated catalysis aliases by enabling reactions that make coagulated products aliases coagulated by-products. In addition, nan CSTR allows nan removal of gaseous guidance products."

Dr Manuel Nuño, CSO, Vapourtec