Problem:

Scaling photochemical reactions from laboratory to manufacturing is difficult because light does not scale with volume, causing uneven illumination, excess heat, and poor efficiency that make large-scale photochemical production impractical with existing reactor designs.

Solution:

The Isoflux Cell geometry solves this problem by shaping the reactor so that light intensity remains nearly constant throughout the reaction volume, matching the natural attenuation of photons with the reactor’s curvature. This design eliminates dark zones and over-illuminated regions, prevents heat buildup, and allows the same reaction performance to be maintained from small laboratory cells to large industrial reactors, enabling photochemistry to scale efficiently and economically.