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Received: 2 December 2018 Accepted: 27 May 2019 This paper examines the impact of reactive diffusion(mass) transport with the application of a magnetic field vertical to the flow direction where the Newtonian fluid is passing over a circular pipe. Uniform suction is applied, externally, across the wall in the transverse direction. A strong analytical methodology, specifically, the homotopy analysis method (HAM) is employed to realize solutions to the non-linear coupled equations. The effect of magnetic parameter(M), suction Reynold number (Re), Schmidt parameter (Sc), first-order chemical reaction parameter(γ) on velocity components and concentration are displayed graphically and explained numerically. The dimensionless of axial concentrationφ decrease for a given rise in γ. Further, the behavior is inverted i.e. for the cases of radial concentration φ increases as γ increases.

Effect of Mass Transfer in a Horizontal Pipe with Suction and Chemical Reaction on Magnetic Newtonian Flow