diff --git a/docs/upgrade_measures/hvac_console_gshp.md b/docs/upgrade_measures/hvac_console_gshp.md
index 7b0b38b..7084427 100644
--- a/docs/upgrade_measures/hvac_console_gshp.md
+++ b/docs/upgrade_measures/hvac_console_gshp.md
@@ -165,7 +165,7 @@ DCV controls ventilation levels based on occupancy and is typically applied in s
 
 ## 4.4. GHEDesigner Workflow
 
-GHEDesigner is a Python package for designing ground heat exchangers used with ground-source heat pump systems \[15\]. The GSHP upgrade measures leverage GHEDesigner for sizing the vertical ground heat exchangers used in the ComStock models. GHEDesigner is called and run within the GSHP measures. Figure 2 shows the full ComStock GSHP measure workflow. First, the GSHP measure is applied[, ]{.ul} which replaces the existing system with one of the GSHP configurations. An initial sizing run determines the annual loads the ground heat exchanger needs to supply. The ground loads are exported to GHEDesigner in the form of a JavaScript Object Notation (JSON) file. GHEDesigner runs calculations to determine the g-function, which is used to size the ground heat exchanger in the model. A final simulation is run with the ground heat exchanger sized to the full building load. Each step is described in more detail below.  
+GHEDesigner is a Python package for designing ground heat exchangers used with ground-source heat pump systems \[15\]. The GSHP upgrade measures leverage GHEDesigner for sizing the vertical ground heat exchangers used in the ComStock models. GHEDesigner is called and run within the GSHP measures. Figure 2 shows the full ComStock GSHP measure workflow. First, the GSHP measure is applied which replaces the existing system with one of the GSHP configurations. An initial sizing run determines the annual loads the ground heat exchanger needs to supply. The ground loads are exported to GHEDesigner in the form of a JavaScript Object Notation (JSON) file. GHEDesigner runs calculations to determine the g-function, which is used to size the ground heat exchanger in the model. A final simulation is run with the ground heat exchanger sized to the full building load. Each step is described in more detail below.  
 
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 ![](media\console_gshp_image2.png)