Ethylene glycol is an industrially important alcohol used as anti-freeze. The presence of intra and inter-molecular hydrogen bonding in its liquid and solid state form makes the analysis of the microscopic dynamics of this alcohol complicated. Investigations using quasielastic neutron scattering (QENS) shows that the proton dynamics in the liquid ethylene glycol can not be explained only by translational and rotational motions. In a recent QENS Xpress experiment we have found significant QENS contributions at temperature 240K, well below its freezing point, indicating rotational motions of protons. Preliminary investigation on temperature dependent quasielastic broadening indicates change in the nature of microscopic proton dynamics with temperatures. We seek neutron beam time to investigate this dynamics in more detail. We will use MD simulations to analyse experimental results.