diff --git a/darshan-test/regression/workstation-ld-preload/env.sh b/darshan-test/regression/workstation-ld-preload/env.sh
index 04fe4da7e..69f3f4fed 100755
--- a/darshan-test/regression/workstation-ld-preload/env.sh
+++ b/darshan-test/regression/workstation-ld-preload/env.sh
@@ -5,7 +5,7 @@
 
 # Script to set up the environment for tests on this platform.  Must export
 # the following environment variables:
-# 
+#
 # DARSHAN_CC: command to compile C programs
 # DARSHAN_CXX: command to compile C++ programs
 # DARSHAN_F90: command to compile Fortran90 programs
@@ -18,7 +18,7 @@
 
 # Notes specific to this platform (workstation-ld-preload)
 ########################
-# This particular env script assumes that mpicc and its variants for other 
+# This particular env script assumes that mpicc and its variants for other
 # languages are already in the path, and that they will produce dynamic
 # executables by default.  Test programs are compiled using the existing
 # scripts, and LD_PRELOAD is set to enable instrumentation.
@@ -29,13 +29,8 @@ export DARSHAN_CC=mpicc
 export DARSHAN_CXX=mpicxx
 export DARSHAN_F77=mpif77
 export DARSHAN_F90=mpif90
-FULL_MPICC_PATH=`which mpicc`
 
-# This is a hack.  In order to instrument Fortran programs with LD_PRELOAD,
-# we must prepend libfmpich.so to the LD_PRELOAD variable, but with a fully
-# resolve path.  To find a path we locate mpicc and speculate that
-# libfmich.so can be found in ../lib.
-export LD_PRELOAD=`dirname $FULL_MPICC_PATH`/../lib/libfmpich.so:$DARSHAN_RUNTIME_PATH/lib/libdarshan.so:$LD_PRELOAD
+export LD_PRELOAD=$DARSHAN_RUNTIME_PATH/lib/libdarshan.so:$LD_PRELOAD
 
 export DARSHAN_RUNJOB="mpiexec -n $DARSHAN_DEFAULT_NPROCS"