Visible Flares confirmed in overnight radar + 9 days of flow testing

Visible Flares confirmed in overnight radar + 9 days of testingToday 11:00

I'm no expert on fracking spreads... but I do like research:

https://apps.sentinel-hub.com/eo-browser/?zoom=17&lat=-16.4016&lng=134.70251&themeId=DEFAULT-THEME&visualizationUrl=https%3A%2F%2Fservices.sentinel-hub.com%2Fogc%2Fwms%2Fbd86bcc0-f318-402b-a145-015f85b9427e&datasetId=S2L2A&fromTime=2021-12-29T00%3A00%3A00.000Z&toTime=2021-12-29T23%3A59%3A59.999Z&layerId=6-SWIR

Having reviewed the evidence, in my humble opinion, I'm now 99.9% certain that what we see in these comparison (video) overlay satellite image swipes, from sentinel hub, are strong and unequivocal heat responses, on both SWIR filter, and duel hot spot responses in False colour filter and thirdly, on the nighttime radar image from sentinel 1 on the 8th January, which has now uploaded.

IMO This reflects both horizontal wells 2 and 3 being successfully flow tested over a period of at least 9 days:https://www.tamboran.com/wp-content/uploads/2021/12/211220-TBN-Initial-Flow-Rates.pdf

(Unfortunately the day time sentinel image from 13th Jan image was obscured by cloud).

This videohttps://vimeo.com/665951751Illustrates clear heat responses from the Tamboran site. The comparison images shows this response appears 29th December but is not evident on 19th December at all (or any image prior to the 19th December).

https://vimeo.com/665948574
This video explores the location of that response, and its relationship to publicly available aerial images available, on the Tamboran website. I believe 100% we can see a horizontal flare stack with either duel burners, or two horizontal stacks, laid up together, with two burners facing north the other facing south, as evident as duel spots in the "false colour' mode filter in the images.

Horizontal flares are actually now preferable to vertical flare stacks, because in very large flares they dissipate heat better and thus safer, reduce space requirements and the critically the potential for damaging sensitive equipment...https://www.flaroman.com/our-products.html And can be seen in the still images from site.

NOTES SENTINAL SATELLITE FILTERS

FALSE COLOUR:
A false color composite uses at least one non-visible wavelength to image Earth. The false color composite using near infrared, red and green bands is very popular (a band is a region of the electromagnetic spectrum; a satellite sensor can image Earth in different bands). The false colour composite is most commonly used to assess plant density and health, since plants reflect near infrared and green light, while they absorb red. Cities and exposed ground are grey or tan, and water appears blue or black.

SWIR
Short wave infrared (SWIR) measurements can help scientists estimate how much water is present in plants and soil, as water absorbs SWIR wavelengths. Short wave infrared bands (a band is a region of the electromagnetic spectrum; a satellite sensor can image Earth in different bands) are also useful for distinguishing between cloud types (water clouds versus ice clouds), snow and ice, all of which appear white in visible light. In this composite vegetation appears in shades of green, soils and built-up areas are in various shades of brown, and water appears black. Newly burned land reflects strongly in SWIR bands, making them valuable for mapping fire damages. Each rock type reflects shortwave infrared light differently, making it possible to map out geology.