Features of melting heat transfer as well as homogeneous-heterogeneous reaction in thermally stratified stagnation flow of Eyring-Powell fluid along with heat generation/absorption effects are explored in this article. Fluid
flow is examined over a sheet of variable thickness in the presence of stretching phenomena. Variable strength of magnetic field is considered normal to the flow field. Suitable transformations are introduced for the sake of
conversion of partial differential equations to ordinary differential equations. Homotopic method is utilized to tackle highly nonlinear problem and series solutions are attained. Behaviors of relevant parameters are portrayed
for velocity, thermal and concentration distributions. Graphical results reveal that the concentration profile enhances for higher Schmidt number while it exhibits recessive behavior for increment in homogeneous
reaction parameter. Larger values of heterogeneous reaction parameter result in intensified concentration field. Velocity field declines as a result of increment in fluid parameters.