0:00:09 I am Staci Moulton I'm a Field applications engineer development here, and I'm here to introduce you to permit 0:00:16 this. We're here in our facility in 14 0 was my? Here's a lot of other always going on because our 0:00:26 systems are running, you are operational. So we deal with many different chemistries and materials 0:00:34 and all of that knowledge Weyburn has gone into our system, our science. So this system, its purpose 0:00:44 built for Martin. Why, that's important. Particles of very different don't want using Wait for tool 0:00:53 because your parts there are differences in surface area delivery precursors, which is what the 0:00:59 system it's designed to do. So the system is compartmentalized for Penis as well as durability, 0:01:08 usability by the scientists here, your facility, 0:01:14 it's compartments, lives, 0:01:18 precursor delivery. That's that. It's just that part of our organization control system, 0:01:30 a lot of effort into the ease of use and 18 system specialty build mounts for us and this system, as 0:01:41 well as teeter jackets and here on delivery zones to the reactor to make sure you don't drop out. 0:01:49 Precursor. Maintain that, especially if you are changing the chemistry's turnout. 0:02:01 So I want to talk to you about some of the different bottles and what those features and how those 0:02:07 features benefit, especially 0:02:12 system specific. For particles, however, you can deposit non part high surface area objects, 0:02:24 So this system was purpose built for particle Harrison Teoh. Weaker system It's There's many 0:02:33 different things different about particles and vapors, the surface area being one of the major 0:02:42 differences. So you want a uniformly every vertical, all that service 0:02:52 labours. You have told me that certain Syria of particles have a course internal, certain Syria on 0:03:00 many of them. 202 105 100 years where, and you're living in grams kilograms material. A lot of Syria. 0:03:11 So Omar says stands have precursor delivery that able to deliver precursor into the system to be 0:03:19 able Teoh Hope all that material a reasonable sign. Another difference to me. A week for tool part 0:03:30 is that gas wait for system and you're flowing Precursor Over the top of that. There is not a lot of 0:03:40 that breakers to go down into that, that part of this particle to your bottom reactor particles 0:03:52 ensuring proper fixing. 0:03:58 We have a total of five different models of medias different features that you could determine which 0:04:05 system is best for you to figure that out, 0:04:11 figure out what you're wanting to do. Which system matches mornings. 0:04:18 So those different features that we're talking about, any of them to react, troll system and others, 0:04:28 So go for each one of those dangers. You get a little bit more knowledge about what we've done to 0:04:33 this system to make it. That's where you were used because it was best for our 0:04:40 talk to you about some of the features that are included on five models for medias. Three of those 0:04:46 features have to do react yourself with furnace. 0:04:52 Yeah, where the particles are loaded expansions. 0:04:59 This is the smallest reactor. We have three different sizes. It's a reactor. Get very small backs, 0:05:07 loading milligrams 0:05:13 even do scale up process in your or do very small amounts of precious interior. Yeah, 0:05:24 another feature in reactor, 0:05:30 that genesis that you were dealing with 0:05:41 these systems starting to do all trying Elbert. 0:05:47 So you're not just dealing particles and also objects, 0:05:56 objects or objects 0:06:02 the upper part. So 0:06:06 this three pieces particles or objects in your applications 0:06:15 system. That's 0:06:18 so that third feature of our 0:06:23 it's not just but there 0:06:30 you're dealing with here sensitive material. I will take three after your material goes off. Either 0:06:37 ends, 0:06:41 materials, 0:06:44 system, back sex never exposed material here. Another feature for me is a specialty built control 0:06:54 system for operation and safe. It's right up here. Offer mucus. 0:07:03 So in your control system, you have heating elements that are held inside control of those under 0:07:09 temperature pressure from files. This also looks up Teoh Masback built in voting recipes so that you 0:07:19 can have overnight operation without attendance. Then there's safety systems. Yes, this will go into 0:07:28 an automatic shutdown if you go above your safety level. So again, one of the features on the 0:07:35 Prometheus is mass spec, which is very important to using our particle A guilty so they can ensure 0:07:42 doing chemistry that you think you are. And you're getting reaction on all of the service. I expect 0:07:48 his house up top part of the reactor. Here is a feature on some of our models. They hear that sit 0:07:55 right here. That's shown Francis. There are different types of breakers. Serves that use different 0:08:04 chemistries. Could be a little bit of pressure, media pressure, high vapor pressure precursors. Now 0:08:11 the delivery of those different rivers. Hurts or chemistries to the reactor are different, some of 0:08:17 them repeating for here your gas to get that chemical to reactor where your surface area lots the 0:08:25 high vapor pressure sensors are trying already. It's pretty simple to get into the medium vapor 0:08:33 pressure. Free preserves require carrier gas to that chemical reaction on your local pressure users 0:08:42 for quite a meeting to get to obtain a vapor pressure drug. That material and a carrier gas then 0:08:49 transferred to the booth. So again for those different precursors, if you need to get that delivery 0:08:59 of the terrible to the reactor way, have our bubbler systems where you have to feel for your dipped 0:09:06 to carrier gas enters and then the exit to the doctors. So the precursor delivery to mention you get 0:09:16 not precursor to vote home service Syrian. The biggest differences in our system here to awake, too. 0:09:25 We make sure that you're delivering that precursor. Here you're gaps 0:09:32 bumblers and the different precursors are high vapor pressure and the delivery of the temple to the 0:09:39 reactor particles are to go all of that surface area, 0:09:46 so 0:10:04 Sadam is going to remove the current reactor on the system here and then fill our prototype glass 0:10:13 reactor with the steam of still powder. Then reload that onto the reactor and show us some fluid 0:10:21 ization. 0:10:55 So when we load powder into the reactor, we always measure out the mass of the powder. And we always 0:11:01 know what the BT surface area is that we know how much total surface area is loaded into the reactor 0:11:08 and how much precursor that we're going to need to deliver 0:11:20 here 0:11:23 today. We're using the prototype glass reactor so that we can show you what fluid ization looks like. 0:11:29 This is not a standard reactor sold on Perm atheists, but it's used for us to look at how fluid 0:11:34 ization of our different materials is operating 0:11:57 the top plans that is going on to the reactor here. You couldn't actually see some of the filters 0:12:02 that air on top that ensure that we're maintaining the powder stays within the reactor for the 0:12:08 deposition. 0:12:12 So while removing or reinstalling the reactors important to go in a diagonal pattern as you're 0:12:21 attaching the reactor 0:12:40 again, going in that diagonal pattern when you attach your bolts 0:13:14 here, showing some rapid pollute ization of powder. This is how higher velocity than you would 0:13:21 normally use during deposition. And here is the normal food ization that you would be using to coat 0:13:29 material so that you get a nice even distribution of flow. 0:13:37 So thank you for joining us today to go part of failte way enjoying this overview system, different 0:13:45 models and features that are all the hard work of our scientists and engineers building this system. 0:13:53 We're very excited to introduce it to you way before talking to soothe future.
