Specifically, the bulk addition of reagents is mirrored by their release as aerosols; control of stoichiometry by measuring weight/volume is instead achieved via the length and intensity of aerosol pulses, interspersed with time delays during which reactions are allowed to progress; and bulk mixing via stirring is replaced with the generation of mixed microdroplets resulting from collisions between intersecting aerosol jets. The high surface-to-volume ratio of aerosol microdroplets complicates independent control of temperature and vapour pressure/relative humidity due to rapid equilibration. Consequently, this initial formulation does not include explicit temperature adjustment operations paralleling heating/cooling/reflux in traditional chemistry. The two-step synthesis of the azo dye Sudan I can be used as a simple example of this translation.