Interesting looking at that picture of the HMI in the article. I can't find the source of it, is it from a press release?
It shows 10 combustion chambers, and the graphic can be correlated to the type from here to be tubular (pg 9) or tuboannular (pg 11), although I neither trust the HMI graphic (god knows I know the idiots that design these), and I know that this random PDF is not exhaustive. What's curious is the A/B for each combustion chamber, in most plants this indicates redundancy (alpha/bravo/charlie, etc.) but I doubt that's what it means here since multiple A/B pairs are at a high temperature in the picture.
Also the figure in the image of 443.45 tons/hr of pure hydrogen yields nonsensical power output. I don't think the interpretation is correct.
Interesting looking at that picture of the HMI in the article. I can't find the source of it, is it from a press release?
It shows 10 combustion chambers, and the graphic can be correlated to the type from here to be tubular (pg 9) or tuboannular (pg 11), although I neither trust the HMI graphic (god knows I know the idiots that design these), and I know that this random PDF is not exhaustive. What's curious is the A/B for each combustion chamber, in most plants this indicates redundancy (alpha/bravo/charlie, etc.) but I doubt that's what it means here since multiple A/B pairs are at a high temperature in the picture.
Also the figure in the image of 443.45 tons/hr of pure hydrogen yields nonsensical power output. I don't think the interpretation is correct.