The use of the compressional hydromagnetic (fast wave) mode is examined with respect to heating a minority helium-3 species in a fully catalyzed deuterium tokamak. In this paper we develop a rapid solution to analyze the two dimensional, steady state Fokker-Planck equation, with quasi-linear ICRF heating terms. This finite element solution for the minority helium-3 distribution function develops a high, anisotropic in the perpendicular velocity direction, energy tail as a result of ICRH. The rapidity of this method of solution makes it possible to conduct parametric studies which are not possible with other codes.