NGC 7822 - Molecular clouds, ionized Hydrogen and Oxygen are shaped by intensely bright and young stars including one of the hottest known stars, BD+66 1673, an O5V with a temperature of 45,000 K and a luminosity 100,000 times that of the Sun. NGC 7822 - Wikipedia.  The region is approximately 3,000 light years from Earth.

A couple firsts for me on this project:
1. New imaging location.  The new location is a Bortle 4.5 light pollution rated area with much lower regional light pollution than my typical Bortle 7.  Bortle scale - Wikipedia. Most of my image integration sessions will originate from this location, moving forward, because it's simply easier and faster to collect data on deep sky objects from a darker location.  Another bonus is the new location has less atmospheric turbulence as it's farther away from mountains and the airflow crosses a major body of water before travelling overhead so the seeing should be better and more consistent, again making for easier imaging sessions.
2. ZWO AM3 mount - New mount thats super light and pairs nicely with my Askar FRA300 60mm telescope.  I can easily pickup the entire telescope, mount, tripod and carry it outside and be up and running in minutes.  Polar alignment is a little tricky with the tiny knobs, but certainly manageable in a reasonable amount of time.  I'm seeing sub .5" guiding on a consistent basis, which is awesome.

Processing performed in PixInsight using the following steps:
1. Ha and OIII
   1.1 DynamicBackgroundExtraction
   1.2 BlurXTerminator
2. HOO
   2.1 BackgroundNeutralization
   2.2 NoiseXTerminator
   2.3 StarXTerminator
   2.4 HistogramTransformation
   2.5 GeneralizedHyperbolicStretch
   2.6 Bill Blanshan Modified SCNR v5
   2.7 Curves
3. Additional Processing on Ha to create Luminance
   3.3 NoiseXTerminator
   3.4 StarXTerminator
   3.5 HistogramTransformation
   3.6 HDRMultiscaleTransform
4. LRGBCombination for starless
   4.1 Curves
   4.2 NoiseXTerminator
   4.3 UnsharpMask
5. Stars processing from HOO
   5.1 SpectroPhotometricColorCalibration
   5.2 StarXTerminator
   5.3 ArcsignhStretch
   5.4 HistogramTransformation
   5.5 NoiseXTerminator
   5.6 Curves
   5.7 Invert
   5.8 Bill Blanshan Modified SCNR v5
   5.9 Invert
   5.10 Bill Blanshan Modified SCNR v5
6. Stars Starless Combine
7. Bill Blanshan StarReductionMethod3 1x Strong
8. DynamicCrop
9. Save as JPG