It's not a cliff the developer drops off; exhaustion is a gradual process. It's also not necessarily only exhaustion (due to use and aerial oxidation) of the developing agents you're looking at. Part of it is the buildup of halides (bromide and iodide) that act as a restrainer. This doesn't help your shadow areas when push processing, coincidentally. The net effect is that the activity of the developer shifts; if someone or some document says "can be used for X rolls" then this 'X' will always be a more or less arbitrary number.I developed with stock ID-11 however this was the 9th time using it and it exhausts after the 10 use.
You can re-fix the film in fresh fixer. Partially fixed film generally has a somewhat milky look and it tends to be uneven across the film surface. I don't see clear signs of insufficient fixing in your two scans; usually esp. in bad cases it's visible in the scans, although it's easily mistaken for other issues. In this case, I don't see it.my Fixer has been used many many time and should have probably been replaced a while ago.
I recently home deved some hp5+ 400 that I pushed to 1600 and got some very grainy results. I got this "noise"/white dots especially in areas that were supposed to be black and I didnt know if its normal due to the push processing or if its an issue to do with the exhausted developer or fixer.
I developed with stock ID-11 however this was the 9th time using it and it exhausts after the 10 use. Also my Fixer has been used many many time and should have probably been replaced a while ago. I also scanned these myself soo there might have been an issue there. I'm still new to this and any help is appreciated thanks!
You show a few, irregularly spaced white spots on what I assume to be 35mm frames. These are not elements of the processing. They might just be dust spots on the negatives. However, given your extended reuse of the chemicals, I suspect that they are bits of chemical by-products accumulated in your working solutions. This can occur in the developer, but more likely the fixer. One remedy might be to filter the solutions after a few uses to keep them cleaner. However, you can avoid the issue and insure more consistent results by adopting a one-shot developer usage and change your fixer before it ages out or is exhausted. You also need to clean out your storage bottles before they are reused with freshly mixed working solutions. Plastic bottles are hard to clean; the accordion types used to squeeze out air pockets are impossible to clean. Glass is best and easiest to clean, and oddly, it can be the least expensive if you shop from glass bottle makers on-line.
I used to push process HP5 when shooting rock concerts, processed in ID-68 (which is Microphen).
When Ilford introduced XP1 I switched, there were push process times in the datasheet to 1600, you got the speed without the very increased contrast. With XP2 (and later XP2 Super) Ilford gave no push process times. At the time I was working with Ilford and asked the head of research why.
The truth was XP1 used a non-standard C41 development tine, and minilabs hated processing it, and then were also being asked for push-processing as well.
So when XP2 was introduced it used the standard C41 dev time, and all mention of push processing was dropped, But it push-processes really well, and you have normal contrast, finer grain than HP5 pushed.
I only stopped using XP2 pushed when the E6 specialist push process films were discontinued, and I had to switch to digital,
Ian
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