diff --git a/api/apps/geoprocessing/src/modules/planning-units/planning-units.service.ts b/api/apps/geoprocessing/src/modules/planning-units/planning-units.service.ts
index e9031a31a9..e9b0ae9473 100644
--- a/api/apps/geoprocessing/src/modules/planning-units/planning-units.service.ts
+++ b/api/apps/geoprocessing/src/modules/planning-units/planning-units.service.ts
@@ -53,7 +53,7 @@ export class PlanningUnitsService {
    * @param filters so far only bbox is accepted
    * @returns vector tile
    */
-   public findPreviewTile(
+  public findPreviewTile(
     tileSpecification: tileSpecification,
     filters?: PlanningUnitsFilters,
   ): Promise<Buffer> {
@@ -104,21 +104,19 @@ export class PlanningUnitsService {
     planningUnitAreakm2: number,
   ): string {
     const gridShape = this.regularFunctionGridSelector(planningUnitGridShape);
-    const gridSize = this.calculateGridSize(
-      planningUnitAreakm2,
-    );
+    const gridSize = this.calculateGridSize(planningUnitAreakm2);
     // 156412 references to m per pixel at z level 0 at the equator in EPSG:3857
     const ratioPixelExtent = gridSize / (156412 / 2 ** z);
-    let Query = `( SELECT row_number() over() as id, (${gridShape}(${gridSize}, \
+    let query = `( SELECT row_number() over() as id, (${gridShape}(${gridSize}, \
                     ST_Transform(ST_TileEnvelope(${z}, ${x}, ${y}), 3857))).geom as the_geom)`;
     // (so we are checking that the pixel ration is < 8 px)
     // If so the shape we are getting is down the optimal to visualize it
     if (ratioPixelExtent < 8) {
-      Query = `( SELECT row_number() over() as id, st_centroid((${gridShape}(${gridSize}, \
+      query = `( SELECT row_number() over() as id, st_centroid((${gridShape}(${gridSize}, \
         ST_Transform(ST_TileEnvelope(${z}, ${x}, ${y}), 3857))).geom ) as the_geom )`;
     }
 
-    return Query;
+    return query;
   }
   /**
    * @param filters including only bounding box of the area where the grids would be generated
@@ -134,7 +132,6 @@ export class PlanningUnitsService {
     return whereQuery;
   }
 
-
   /**
    * @param planningUnitGridShape the grid shape that would be use for generating the grid. This grid shape
    * can be square or hexagon. If any grid shape is provided, square would be the default.
@@ -156,9 +153,7 @@ export class PlanningUnitsService {
    * @param planningUnitAreakm2
    * @returns grid h size in m
    */
-  private calculateGridSize(
-    planningUnitAreakm2: number,
-  ): number {
+  private calculateGridSize(planningUnitAreakm2: number): number {
     return Math.sqrt(planningUnitAreakm2) * 1000;
   }
 }
diff --git a/api/apps/geoprocessing/src/modules/tile/tile.service.ts b/api/apps/geoprocessing/src/modules/tile/tile.service.ts
index d4805bdf89..121e48374e 100644
--- a/api/apps/geoprocessing/src/modules/tile/tile.service.ts
+++ b/api/apps/geoprocessing/src/modules/tile/tile.service.ts
@@ -90,7 +90,13 @@ export class TileService {
    */
   private readonly logger: Logger = new Logger(TileService.name);
 
-  simplification(z: number, geometry: string): string {
+  /**
+   * Simplification based in zoom level
+   * @param z
+   * @param geometry
+   * @returns
+   */
+  geometrySimplification(z: number, geometry: string): string {
     return z > 7
       ? `${geometry}`
       : `ST_RemoveRepeatedPoints(${geometry}, ${0.1 / (z * 2)})`;
@@ -120,7 +126,7 @@ export class TileService {
       .select(`ST_AsMVT(tile, 'layer0', ${extent}, 'mvt_geom')`, 'mvt')
       .from((subQuery) => {
         subQuery.select(
-          `${attributes}, ST_AsMVTGeom(ST_Transform(${this.simplification(
+          `${attributes}, ST_AsMVTGeom(ST_Transform(${this.geometrySimplification(
             z,
             geometry,
           )}, 3857),