"Optimizing My PixInsight Workflow for Deep-Sky Imaging: Insights Needed!"

Hello everyone,I would like to ask for your help in refining my deep-sky processing methods.
I have been processing my images with PixInsight for about two and a half years, and since then, I have tried to improve my workflow with each processed image. However, I am convinced that I can still significantly enhance it.
To allow you to give me improvement points, I am sharing below a typical workflow performed on Sh2-235, taken with an SW 150/750, a ZWO 2600MC, and an L-Extrem filter with 17 hours and 30 minutes of acquisition.
 Workflow:• Stacked Image: 

• DynamicCrop: To remove stacking artifacts
• ImageSolver
• SpectrophotometricFluxCalibration (for MGC)
• MultiscaleGradientCorrection (but I often also use ADBE or GraXpert)
• SpectrophotometricColorCalibration

• Calibrated Image:

• Extraction of the Luminance

• Luminance Image:

• RGB -> BlurXterminator: A bit of Sharpen Stars, no Sharpen Nonstellar.
• Lum -> BlurXterminator: A bit of Sharpen Stars, 0.8 Sharpen Nonstellar.
• StarnetV2: To create a Star_Mask (stretched with StarStretch from SetiAstro, boosted with HistogramTransformation, and a bit of convolution).
• RGB -> Apply StarMask: Because I noticed that when you run NoiseXterminator on a linear RGB image, it generates chromatic aberrations on the brightest stars.
• RGB -> NoiseXterminator: Denoise 0.85
• Lum -> NoiseXterminator: Denoise 0.75

• Preview before/after BlurXterminator and NoiseXterminator on RGB and Luminance:

• RGB -> MaskedStretch
• RGB -> NoiseXterminator: Denoise 0.6

• Preview of the RGB Stretched and Denoised Image:

• RGB -> StarnetV2
• RGB -> BlemishBlaster from SetiAstro: To remove artifacts left by Starnet
• RGB -> DBXtract
• Ha -> RangeSelection: Creation of the Ha Mask.
• Oiii -> RangeSelection: Creation of the Oiii Mask.

• Ha and Oiii Masks:

• Apply the Oiii mask on RGB Starless
• RGB Starless -> CurvesTransformation: To boost the blue.
• Apply the Ha mask on RGB Starless
• RGB Starless -> CurvesTransformation: To boost the red.
• Ha -> NBColourMapper: Creation of a yellow layer from Ha.
• ImageBlend: Mix of RGB and Ha yellow layer via screen
• RGB -> PixelMath: Reintegrating the stars
• RGB -> SCNR

• RGB Image after the Curves:

• Lum -> HistogramTransformation: First light stretch and blackpoint adjustment.
• Lum -> GeneralizedHyperblicStretch: Final boosted stretch.
• Lum -> NoiseXterminator: Denoise 0.40

• Preview of the Luminance Image Stretched and Denoised:

• Lum -> StarNetV2
• Lum Starless -> RangeSelection: Creation of the object mask.

• Preview of the Object Mask:

• Lum -> Script CreateHDRImage: Creation of an HDR image with the object mask applied.
• Lum -> MultiScaleMedianTransform: Boost layers 1, 2, and 3 by 0.01; 0.1 & 0.035 with the object mask applied.
• Lum -> LocalHistogramEqualization: Kernel Radius: 70; Contrast limit: 2.0; Amount: 0.140 with the object mask applied.
• Lum -> DarkStructureEnhance: Amount 0.3

• Preview of the Luminance Image before and after detail enhancement processes:

• Lum -> PixelMath: Reintegrating the stars

• Luminance Image:

• RGB -> LRGBCombination: Integration of the luminance layer into the RGB image.
• RGB -> CurvesTransformation: Application of an "S-Curve."
• RGB -> Run the StarReduction script: Lightness Method; Soft mode; 2 iterations.

• Final Image (Full version available in my gallery):



 I greatly appreciate the attention you will give to this post and hope you will be able to provide me with advice to improve my workflow.Thank you in advance, and I wish you all Clear Skies!!!

Fabien ROSIER