Manufacturers, knowingly or unknowingly, use commercial-grade PG when making cough syrups to cut costs.

i’d note that there’s zero technical reason why DEG would end up in PG. reaction of water with ethylene oxide gives you ethylene glycol, diethylene glycol and higher analogues and these are then separated by distillation. propylene glycol is made from propylene oxide instead, and it’s more expensive than ethylene oxide. diethylene glycol has little use on its own, at least compared to other glycols

however,

The physical properties of diethylene glycol make it an excellent counterfeit for pharmaceutical-grade glycerine (also called glycerol) or propylene glycol

this can be dealt with

After the Nazi invasion of Denmark this placed them in danger; it was illegal at the time to send gold out of Germany, and were it discovered that Laue and Franck had done so, they could have faced prosecution. To prevent this, de Hevesy concealed the medals by dissolving them in aqua regia and placing the resulting solution on a shelf in his laboratory at the Niels Bohr Institute in Copenhagen. After the war, he returned to find the solution undisturbed and precipitated the gold out of the acid.

https://en.wikipedia.org/wiki/George_de_Hevesy#World_War_II_and_beyond

Trains (electric) or pipelines generally won’t, but pipelines aren’t everywhere you need them and trains can’t be used for anything else in this case. Effect is the same: local shortages

so the way i understand it, at first refinery strikes had little impact because other refineries still had slack capacity. but even before that slack capacity was gone, it had a further effect that now fuel was not prepared in places it used to be, so it had to be hauled longer distances. meaning logistics is strained and some fuel is used to haul it, and also now fuel production is more concentrated

at some point that slack capacity was gone and fuel went from not where you need it to not existing at all. there already were shortages in some regions. that and still large demand for fuel for farming caused decrease in exports. there was a refinery that only produces products for export, and its output wouldn’t be directly usable as fuel (they only distilled crude into fractions, still high in sulfur etc) but it was also hit so exports from it don’t matter because these are none

at any rate these developments are on borrowed time because it only takes maybe half year to repair more advanced parts of refinery, so under certain droning intensity they can just roll on. everyone involved knows that, and looks like situation will get worse for russians

oh no, how come my own actions have consequences

…and that means retirees will literally starve and live on the streets? I don’t think it will. It will just be less luxurious.

you might think that japanese boomers have generational wealth in form of real estate. this is not really the case, especially for rural population. houses aren’t built to last, lose value like motherfucker and are commonly demolished after 20-30 years, in part because people don’t like second hand, in part because there’s no point of building anything sturdier if typhoon or earthquake takes it. there is some newer construction that is intended to last longer, but it’s not a very common thing. so a reverse mortgage type thing won’t exist there, and yeah lots of people will get shafted by these conditions

that’s no news, that’s China’s final warning https://en.wikipedia.org/wiki/China’s_final_warning

thoughts and prayers if you’re lucky, best that they can do now is vagueposting

either they used that or whatever was shot down looked completely different

modern radar can measure speed, size, altitude of target and count turbine blades, allowing to figure out what it is. well, rotational speed of propeller in this case but logic is the same

whatever was shot down was shot by fighter jets, not gbad

the explanation that was given at the time was that drones that were assessed as armed were shot down near border (like the one that blew off roof - it was strictly speaking debris after shootdown) but decoys were allowed to crash on their own

yeah i understand that the proper thing to do would be burning Alabuga to the ground, but we’re kinda not in position to do that

from what i understand, there are now tests of anti-drone systems for purpose of procurement for polish army, and today i heard there’s some kind of training of polish air defense troops by ukrainians to be set up. other than that? they reacted according to doctrine, using what they had, mobilizing allied assets available in the area, could have been worse

they did, try to keep up. russia fucked off from turkey because su-24 also tends to have pilot who died, and this time it’s drones only

very easily, previously these guys weren’t a target. asm launchers were, but these can get hidden in a cave rather quickly

fork found in kitchen

ohhhh nooooo did actions happened to have consequences??

Live in the forest ig. Some defect to Ukrainians, there are flyers and websites and telegram channels for that, but hard to say how many choose so

It’s not. He-3 is supposed to be maybe one day used in fusion power, but we’re talking about tons of this stuff. Not only scale is off, also He-3 burning requires much higher temperature than D-T fusion, and this is just around in next 20 years pinky promise

People who think that it’s a big deal also take Ray Kurzweil seriously, it’s scifi noise

In practical terms, when DHS wanted to get He-3 neutron sensors, they bought out entire global supply for multiple years, for an application where only grams are needed and it’s not used up. It’s made from decay of tritium currently and it’d be less energy intensive to make it the usual way

at minimum brits have source code. couple of eu countries make parts for it as well