  We present the first photoelectron circular dichroism (PECD) measurements of
chiral alcohols, and in particular 1-Phenylethanol, using multiphoton
ionization at 400 nm. Observed PECD values were rather small at $\sim2$%, but
could be reliably extracted using both hemispherical integration and Abel
inversion approaches. Experimental uncertainties of $<0.3$% (2$\sigma$) were
achieved with a collection time of around 2 hours. All experiments were
conducted in a new compact spectrometer, featuring a continuous flow supersonic
expansion and velocity-map imaging detection. The latter is crucial to extract
reliable PECD values, as it allows discrimination of different features in the
photoelectron spectrum, which exhibit different and opposing PECD signals. The
use of a tabletop multiphoton universal ionization scheme is an important step
towards a viable analytical chiral spectrometer based on PECD.
