In this paper, we investigate quantum correlations in coherent entangled states with photons added, which are produced by the creation operator acting on Bell entangled coherent states. The non-classical characteristics of the quantum state created by combining two-mode coherent states with any number of photons are also taken into account. We provide explicit expressions fort he pairwise quantum correlations found in superpositions of coherent states with (m; n)-photon addition. A comparison between a non-commutativity discord-like measure and the evaluation of the local quantum uncertainty to measure quantum correlations is also produced. We consider some special superpositions of quasi-Bell entangled coherent photon-added states to be illustrative of our analytical findings. Additionally, investigated is the quantum correlations' evolution in a channel that is dephasing.