Member Info for 13thmonkey

Spooky like that you've dropped a hint and then failed to provide any detail, coming on here using phrases like MSM and left. No doubt you'll be telling us that you've done your research on Google with the tin foil salesmen.

And the beach goers, at least the protestors had a good reason, the cliff jumpers at durdle door not so much other than self interest and mind numbing stupidity.

Boffin, i was working on 1m3 being 1000 litres, so probably 70% of a m3. But yes ammonia offers some interesting options in terms of moving and storing it.

Whoops forgot the link.https://www.google.com/url?sa=t&source=web&rct=j&url=https://www.energy.gov/sites/prod/files/2016/12/f34/fcto_h2atscale_workshop_soloveichik.pdf&ved=2ahUKEwids5jtv_DpAhWvTBUIHSR0Bf8QFjAMegQIChAB&usg=AOvVaw3dve2BpLIO1Jjfxo8pwP11

There are some std figures for kwh per kg of ammonia or h2.
Slide 5, gives a clue, a 160kw unit won't need to deliver that all of the time. 4 kWh per litre ammonia. So 18hrs, x160 /4 is 720 litres at full pelt. Doesn't seem like a lot, a cube 0.7m on each side?

Manufacturing will be too much of a pita, it's not core, farm it out to those that know what they are doing. That'll be a money pit and it'll take them years to be as efficient as those that currently do it.

Actually, scrap my previous thoughts on going all in, assuming you're buying a reasonable amount it'll raise the price for the rest of us, and if it fails your lack of funds is not my problem.
Is it some kind of macho statement, look at how big my testes are I'm going all in! This isn't poker you aren't buying into a game and then you walk away with what you didn't buy in with, if you claim to be going all in then the consequences of it going wrong are immense.
And tbh it really makes you sound like Muppet, and your posts will be viewed that way.

Never go all in unless you can replace that money you invested easily enough, but if you can do that are you all in?

Masterboffin, you said what I was saying, only better, thanks!

Blades, my interpretation, at the time, was that avacta had the funds to pay the wages and the running costs for the next 18 to 24 months. There was no indication that this was at max capacity. There is a concern that the expected to be soon sales would provide that cash boost, and increase the sp allowing for a raise at a lower dilution, in which case why now? There have been reasons put forward, some of which are financially technical enough for me not to understand, some of which make a little sense.

This may be down below somewhere, apologies if it is, credit due to those that found the information.
https://twitter.com/OlderandW/status/1269283078620545024?s=19
I'd be happy with that kind of takeover, we seem to have a better technology stack, so it's not impossible.

Possibly 1 and possibly 3, and if it involved company money then possibly 4, under some kind of investigation.

The stock answer is surely that we think the share price will go up because of goods and services that the company can offer to people who can pay.

Stanman to your second point, I can see an account and a qr code being used to track location of positives and therefore hotspots.
To your first point I've seen no details but I'm imagining filling a section of the test device with spit. And no drinking anything for 30 mins beforehand.

And for the record, I've a lot of respect for dw

If you need to know every detail then look on their website, seriously that's 100% better than asking random people with a generally vested interest.

Waylow, errrm that's just wrong, you can't restructure a plastic to make it the same as platinum.
Electrolysis is typically an anode and a cathode in a fluid, typically water for h2, they need to be conducting so not a plastic. The clever bits are in how much surface area you have and how do you stop the anode and cathode from degrading. As far as i know (and it's not much) they are normally non precious metals.

Consider the potential beyond covid

I beeellliieve! In the style of a gospel preacher.

ITM don't make fuel cells (a fuel cell converts H2 or similar to Electricity), they produce electrolysers to take electricity and make H2.