00:00:00.269 what's up guys today we're gonna be 00:00:02.65900:00:02.669 testing out something really cool here 00:00:04.49000:00:04.500 basically what I've built is a test 00:00:07.55000:00:07.560 device it's a waste oil inline heater I 00:00:11.54000:00:11.550 want to see if the concept works before 00:00:13.54900:00:13.559 I go get it too crazy so this is just 00:00:15.37900:00:15.389 something I slapped together last night 00:00:17.30000:00:17.310 I'm gonna show you how it works 00:00:22.42000:00:22.430 check that out 00:00:27.39000:00:27.400 mad not mad whoo that's nothing to talk 00:00:33.51000:00:33.520 to notes a nice little burst of heat so 00:00:38.91000:00:38.920 basically the idea is I'm gonna connect 00:00:41.36900:00:41.379 a thermocouple up to this bad boy and we 00:00:44.13000:00:44.140 are going to build an in-line heater 00:00:45.63000:00:45.640 that can be calibrated fairly and 00:00:47.79000:00:47.800 accurately by using this router speed 00:00:51.93000:00:51.940 controller that's been modified with a 00:00:53.40000:00:53.410 massive heatsink on the back connected 00:00:55.38000:00:55.390 to the triac inside and a 500 watt 00:00:59.35900:00:59.369 halogen light bulb which I did touch 00:01:03.68900:01:03.699 with my fingers unfortunately when I 00:01:07.32000:01:07.330 threw this together it's in such a way 00:01:10.02000:01:10.030 you can't give the light bulb out of 00:01:11.52000:01:11.530 there so if it blows I gotta tear this 00:01:14.73000:01:14.740 pet foot apart this is epoxy beginner 00:01:17.28000:01:17.290 with porcelain and jb weld for the 00:01:19.80000:01:19.810 dielectric purposes of the mounting 00:01:22.28900:01:22.299 because I have a metal frame here so I 00:01:26.24900:01:26.259 went ahead and painted it gray because I 00:01:30.77000:01:30.780 wanted to be able to see the temperature 00:01:34.32000:01:34.330 with thermal gun man that thing got hot 00:01:36.45000:01:36.460 from just that little burst can imagine 00:01:39.27000:01:39.280 I'm not that inner tube is so this is 00:01:41.88000:01:41.890 gonna be a pretty cool we're gonna hook 00:01:43.64900:01:43.659 up my calibrated oil pump 00:01:48.71900:01:48.729 and we're gonna get some temperature 00:01:50.60900:01:50.619 readings and I want to try to make a 00:01:52.23000:01:52.240 device that can produce oil at 300 00:01:56.91000:01:56.920 degrees right around four liters per 00:01:59.24900:01:59.259 hour or about a gallon per hour that's 00:02:01.76000:02:01.770 kind of like the right right around the 00:02:04.74000:02:04.750 area I've been burning a lot of my waste 00:02:06.24000:02:06.250 little burners at so it'd be cool to see 00:02:08.94000:02:08.950 it in other operating parameters 00:02:11.04000:02:11.050 obviously but I want to see if this 00:02:13.41000:02:13.420 particular design can fit those 00:02:16.47000:02:16.480 specifications basically what we have 00:02:19.65000:02:19.660 here is a miniature heat exchange you 00:02:22.19900:02:22.209 have an inside tube there that goes 00:02:23.94000:02:23.950 through this outer cowling that has an 00:02:29.27000:02:29.280 intake and a discharge this discharge is 00:02:33.75000:02:33.760 a needle valve that will have a 00:02:35.49000:02:35.500 thermocouple weed in place of the needle 00:02:38.64000:02:38.650 valve stuff down inside there so we can 00:02:40.62000:02:40.630 get an exact discharge temperature the 00:02:43.89000:02:43.900 man is that freaking cool or what 00:02:50.39000:02:50.400 seems like just touching it a little bit 00:02:52.64000:02:52.650 though loose I'm gonna have to adjust my 00:02:57.38000:02:57.390 Springs I forgot I have these screws 00:02:59.05900:02:59.069 tightened didn't have it set up right 00:03:03.73000:03:03.740 but at any rate we're gonna check this 00:03:06.35000:03:06.360 thing out still tweaking it around on 00:03:09.17000:03:09.180 the electrical side of it making a 00:03:11.27000:03:11.280 higher temperature contact it's not 00:03:13.01000:03:13.020 gonna be easy we're gonna see how this 00:03:15.35000:03:15.360 goes 00:03:16.19000:03:16.200 this is probably gonna burn itself up 00:03:18.38000:03:18.390 and eventually what I'm gonna do is most 00:03:20.57000:03:20.580 likely just go out and buy a halogen 00:03:23.60000:03:23.610 lamp and use their setup and put this 00:03:27.82000:03:27.830 heat exchange in there because building 00:03:31.91000:03:31.920 this mount was a real pain in the neck 00:03:36.07000:03:36.080 basically what this is going to do is 00:03:38.00000:03:38.010 preheat the waste oil and I'm gonna do 00:03:40.30900:03:40.319 it using a 500 watt halogen light bulb 00:03:45.80000:03:45.810 so this ought to be a pretty cool build 00:03:48.62000:03:48.630 I'm going to control this light bulb 00:03:51.74000:03:51.750 using a router speed controller so we're 00:03:54.31900:03:54.329 gonna be able to get a pretty good 00:03:56.42000:03:56.430 temperature control I figured this 00:03:58.06900:03:58.079 electric one would be a lot better than 00:04:00.83000:04:00.840 a propane powered one I don't know how 00:04:03.68000:04:03.690 much build-up is gonna get inside of 00:04:05.50900:04:05.519 this thing 00:04:06.14000:04:06.150 but it can always be taken apart so 00:04:08.62000:04:08.630 essentially what we're going to do is 00:04:11.74000:04:11.750 hook this bad boy up so let's get to it 00:04:15.17000:04:15.180 I just want to be able to pass oil 00:04:18.28900:04:18.299 through it and warm it up in the process 00:04:28.91000:04:28.920 you 00:04:50.28000:04:50.290 definitely too cool 00:05:01.43000:05:01.440 do a quick experiment here with this 00:05:04.73000:05:04.740 inline heater ability it uses a 500 watt 00:05:08.48000:05:08.490 halogen light bulb inside of a miniature 00:05:11.78000:05:11.790 copper heat exchange we're going to be 00:05:15.50000:05:15.510 using this router speed controller to 00:05:17.30000:05:17.310 adjust the power and in addition to that 00:05:22.39000:05:22.400 we're going to be checking the 00:05:24.20000:05:24.210 temperature of the discharge now my goal 00:05:26.99000:05:27.000 here is to set this thing up to put out 00:05:30.83000:05:30.840 300 degree oil at 4 liters in an hour 00:05:38.08000:05:38.090 however I just realized I'm probably 00:05:40.16000:05:40.170 about to melt this bowl I'm going to 00:05:45.77000:05:45.780 test it on low first just to see how hot 00:05:47.84000:05:47.850 it'll get the oil okay so I'm going to 00:05:51.83000:05:51.840 turn the oil wall into a flow but I'm 00:05:53.75000:05:53.760 accustomed to see in the siphon pull 00:05:56.57000:05:56.580 this at we're gonna observe the 00:06:01.43000:06:01.440 temperature 00:06:11.77000:06:11.780 that's a pretty common looking flow 00:06:13.72000:06:13.730 there okay so that's 00:06:17.63900:06:17.649 pretty slow drizzle 00:06:22.28000:06:22.290 might kick it up to above that as you 00:06:25.01000:06:25.020 can see it's showing a temperature of 72 00:06:26.96000:06:26.970 degrees on the thermocoupler 00:06:28.64000:06:28.650 what's this mounted inside that teeth 00:06:30.40000:06:30.410 let's turn this unit on the lowest 00:06:32.81000:06:32.820 setting 00:06:37.95000:06:37.960 check that out no it's too cool 00:06:43.53000:06:43.540 that is 82 watts of heating power which 00:06:46.65000:06:46.660 might not sound like much to you the 00:06:48.24000:06:48.250 bear mine I own a 25 watt soldering iron 00:06:52.37000:06:52.380 so there's a substantial amount of heat 00:06:55.52000:06:55.530 gonna be cranked into this thing and you 00:06:57.63000:06:57.640 can see the temperature of the discharge 00:06:59.01000:06:59.020 of oil is already going up it's a pretty 00:07:02.16000:07:02.170 pretty cool 00:07:09.08000:07:09.090 I might want to turn that up just a 00:07:10.85000:07:10.860 little bit I don't know that that's a 00:07:15.29000:07:15.300 good enough flow rate when it's me just 00:07:19.40000:07:19.410 a little bit more temperature is rising 00:07:24.80000:07:24.810 rapidly I only need 300 degrees 00:07:35.65000:07:35.660 he's a very unstable rig throw them 00:07:39.31000:07:39.320 together Murray hurry just to test the 00:07:42.91000:07:42.920 concept 00:07:47.70000:07:47.710 now if this goes up to 500 milliliters 00:07:50.24900:07:50.259 in 7 minutes we know we're right at 00:07:53.04000:07:53.050 about 7 or 4 liters per hour which is 00:07:57.36000:07:57.370 the target for the burner I'm working on 00:08:02.48000:08:02.490 that it's too cool 00:08:07.44000:08:07.450 okay that's fancy and all but it's just 00:08:09.51000:08:09.520 not enough it's actually very hot to the 00:08:14.13000:08:14.140 touch 00:08:16.01000:08:16.020 very hot 00:08:25.57000:08:25.580 she won that a little discharged 126 00:08:36.57000:08:36.580 that's just too cool or how hot those 00:08:40.44000:08:40.450 terminal leaves are getting 00:08:44.96000:08:44.970 not too bad worried about these 00:08:46.79000:08:46.800 terminals 00:08:55.28000:08:55.290 they're placing warm oil coming out of 00:08:57.14000:08:57.150 that 00:09:06.80000:09:06.810 eating lots 00:09:09.13000:09:09.140 of heating power now the cool thing 00:09:11.76900:09:11.779 about this little device is I'm also 00:09:13.63000:09:13.640 going to be using it to preheat water on 00:09:17.88900:09:17.899 a steam cleaner I'm gonna build so this 00:09:23.01900:09:23.029 should be able to let us calibrate 00:09:24.22000:09:24.230 fairly closely 00:09:34.59000:09:34.600 and mind you this may be too fast of a 00:09:37.14000:09:37.150 flow rate I still have a calibrate of 00:09:39.00000:09:39.010 this pump 00:09:39.84000:09:39.850 we're gonna build a dial so I know what 00:09:42.18000:09:42.190 the flow rate is at a particular setting 00:09:46.46000:09:46.470 or put like a round disk up here 00:09:49.67000:09:49.680 if we hit five hundred and seven minute 00:09:53.07000:09:53.080 mark we're right around that area 00:09:55.32000:09:55.330 problem is we are at the 1 minute and 35 00:09:58.17000:09:58.180 seconds long temperatures are still 00:10:01.14000:10:01.150 rising just think probably too hot to 00:10:04.26000:10:04.270 the touch here it's very hot getting 00:10:09.36000:10:09.370 very hot working very gated we have a 00:10:12.36000:10:12.370 lot of power to work with here on the 00:10:13.86000:10:13.870 lowest setting people it will go down 00:10:15.63000:10:15.640 any more than this 00:10:21.74000:10:21.750 now I'm heating a substantial America 00:10:25.36000:10:25.370 still it's very warm very very warm to 00:10:28.30900:10:28.319 the touch it would be very conducive to 00:10:31.91000:10:31.920 the waste of a burning process I didn't 00:10:36.07900:10:36.089 spend a dime on this by the way this is 00:10:38.60000:10:38.610 all stuff I had already a little worried 00:10:45.11000:10:45.120 about my electrode setup it wasn't 00:10:47.62900:10:47.639 cooking like that earlier the glass is 00:10:50.78000:10:50.790 just touching the inner coil I regret 00:10:54.59000:10:54.600 not painting that copper tube to reduce 00:10:58.97000:10:58.980 the reflection rate I would imagine a 00:11:01.67000:11:01.680 lot of the infrared radiation is getting 00:11:03.17000:11:03.180 reflected from that shiny copper but you 00:11:06.37900:11:06.389 never know steadily getting Cotter 00:11:13.79000:11:13.800 nope I can get a 00:11:17.26000:11:17.270 well basically 72 degrees on the input 00:11:19.75000:11:19.760 oil 00:11:23.66000:11:23.670 seems to be stabilizing 154 degrees 00:11:39.45000:11:39.460 there's just two meet 00:11:43.89000:11:43.900 I was trying to think of a way I could 00:11:45.63000:11:45.640 do this and just don't know me man the 00:11:48.60000:11:48.610 lightbulb would be awesome for this and 00:11:51.48000:11:51.490 I have to 500 watt halogen bulbs doing 00:11:53.97000:11:53.980 nothing coming up on three minutes and 00:11:57.48000:11:57.490 we're halfway there so you know oh god 00:11:59.85000:11:59.860 we might be right around four liters per 00:12:02.91000:12:02.920 minute here with this needle valve 00:12:05.75000:12:05.760 oriented just as we see here I don't 00:12:11.94000:12:11.950 know how many turns out that is I'm 00:12:15.24000:12:15.250 afraid to touch it oh okay 00:12:21.79000:12:21.800 so that right there is looking like real 00:12:24.22000:12:24.230 close to four liters per minute worth to 00:12:27.87900:12:27.889 160 degrees on that discharge something 00:12:30.34000:12:30.350 sir 00:12:31.71000:12:31.720 now tried to build this in a high flow 00:12:35.53000:12:35.540 configuration so that it didn't and give 00:12:40.11900:12:40.129 it the siphon so it should be able to 00:12:43.47900:12:43.489 work with a siphon just fine without a 00:12:45.36900:12:45.379 pivoting flow big-time I mean there's a 00:12:47.22900:12:47.239 little bit of 12 existence but weird 00:12:53.22900:12:53.239 about four minutes coming up on three 00:12:57.36900:12:57.379 hundred milliliter and it seems to be 00:13:02.71000:13:02.720 stabilizing here and it is very very hot 00:13:07.68900:13:07.699 to the touch like screaming hot to the 00:13:09.78900:13:09.79900:13:10.05900:13:10.069 I hope the JB will holds on my terminals 00:13:13.60000:13:13.610 it could fail at any moment like I said 00:13:16.35900:13:16.369 guys this is just a test apparatus to 00:13:18.42900:13:18.439 determine the plausibility of the 00:13:19.86900:13:19.879 concept if it wasn't able to produce 00:13:21.51900:13:21.529 good temperatures I wasn't gonna bother 00:13:24.34000:13:24.350 them this is totally worth doing you 00:13:28.26900:13:28.279 know an extensive build this alone took 00:13:30.28000:13:30.290 me all night 00:13:30.87900:13:30.889 this cobbled together crap it took me 00:13:35.79900:13:35.809 about six main hours you know you got to 00:13:39.24900:13:39.259 find all the pieces you got to think 00:13:40.56900:13:40.579 about how you're gonna do it you know 00:13:42.10000:13:42.110 there was a lot of thought took the few 00:13:45.85000:13:45.860 breaks 00:13:51.13900:13:51.149 I need my brakes man they use them 00:13:54.41000:13:54.420 wisely so I think we've seen enough get 00:14:00.73900:14:00.749 this 150 degree crap I'm gonna turn this 00:14:03.43900:14:03.449 thing up to a hundred watts and let's 00:14:05.98900:14:05.999 observe the temperature output that rate 00:14:15.39000:14:15.400 obviously gonna get brighter of course 00:14:18.02000:14:18.030 we're gonna leave it right there it's 00:14:21.90000:14:21.910 probably just gonna jump fall over 00:14:23.96000:14:23.970 definitely lifting the brighter is so 00:14:29.16000:14:29.170 freakin cool it's not often I tickle 00:14:33.69000:14:33.700 myself but the coolest thing about this 00:14:37.65000:14:37.660 is this is gonna work so great on my 00:14:40.77000:14:40.780 steam degreaser tool that I'm building 00:14:42.63000:14:42.640 if you guys have seen any of my steam 00:14:44.94000:14:44.950 tools or my propane torch stain coil 00:14:50.57000:14:50.580 this thing is going to be so awesome for 00:14:53.07000:14:53.080 a free eater I'll be able to preheat the 00:14:55.47000:14:55.480 water to 200 degrees and barely put any 00:14:59.25000:14:59.260 propane flame on and it's been a blast 00:15:01.56000:15:01.570 steam okay hunter watts is do one 00:15:05.01000:15:05.020 hundred and sixty-five degrees but it 00:15:08.70000:15:08.710 may get hotter than that we haven't 00:15:10.05000:15:10.060 stabilized out this is definitely a hot 00:15:13.08000:15:13.090 buck of wool it's like getting right up 00:15:16.04000:15:16.050 okay we're coming up on seven minutes 00:15:18.30000:15:18.310 here we're at 400 milliliters there's 00:15:22.44000:15:22.450 seven minutes right there guys so it 00:15:25.74000:15:25.750 appears 00:15:28.57900:15:28.589 we know next time to start the test I'd 00:15:31.04000:15:31.050 leave it at this a test 00:15:32.21000:15:32.220 I did some gem one around to gauge 00:15:33.92000:15:33.930 fiddling so you're real close to a four 00:15:38.68900:15:38.699 liter for our bond it looks like I need 00:15:42.92000:15:42.930 to turn it up just it here to reach that 00:15:46.40000:15:46.410 mark so we're gonna say we'll try that 00:15:52.67000:15:52.680 what's right five degrees there's 00:15:57.86000:15:57.870 probably a little more than five degrees 00:15:58.97000:15:58.980 but we're gonna try five degrees off the 00:16:03.79900:16:03.809 temperature is gonna be altered now that 00:16:07.36900:16:07.379 we change the flow rate 00:16:11.63900:16:11.649 I want ahead the solder descends off 00:16:13.49900:16:13.509 because the leak would mean catastrophe 00:16:16.13900:16:16.149 Hitler totally destroy the rig so those 00:16:19.92000:16:19.930 I started those off anyway 00:16:21.60000:16:21.610 we've talked about this they have a 00:16:23.51900:16:23.529 little worried about that bad when we 00:16:24.72000:16:24.730 can all be but so far so good 00:16:26.75900:16:26.769 it's not under a lot of pressure however 00:16:30.50900:16:30.519 I don't know how I trust this on a 00:16:31.55900:16:31.569 pressurized system 00:16:36.04000:16:36.050 okay 00:16:37.98000:16:37.990 bird eight minutes we're coming up on 00:16:39.75000:16:39.760 the 500 milliliters March 00:16:48.41000:16:48.420 shoot pressure that view this say they 00:16:50.42000:16:50.430 don't want to do turn it off 00:16:55.24000:16:55.250 vishuddhi will fall down 00:17:02.47000:17:02.480 I'm gonna move in a pot they can handle 00:17:04.89900:17:04.909 the heat and we're gonna see what this 00:17:14.71000:17:14.720 thing to do you're gonna go back to the 00:17:18.99000:17:19.000 five degrees location which should give 00:17:24.03900:17:24.049 us right about the operating range we're 00:17:26.16900:17:26.179 gonna be running that turn on the triac 00:17:31.52900:17:31.539 sometimes you got to jump 00:17:34.23000:17:34.240 didn't one just fire right up on low 00:17:37.19000:17:37.200 let's do a hundred and fifty screaming 00:17:40.28900:17:40.299 watts here just get this show on the 00:17:41.90900:17:41.919 road guys 00:17:48.50000:17:48.510 get that's pretty close 00:17:52.53000:17:52.540 not super bright then again I've got 00:17:56.01000:17:56.020 some serious lighting going on in this 00:17:57.93000:17:57.940 place 00:17:58.56000:17:58.570 I actually turn to Allah for you wanted 00:18:05.31000:18:05.320 to get the effect that the illumination 00:18:07.13000:18:07.140 to show don't see any bubbling come out 00:18:12.21000:18:12.220 but I am starting to see little bubbles 00:18:13.50000:18:13.510 actually take that back we risk roasting 00:18:16.68000:18:16.690 the oil in there it's gonna take some 00:18:22.20000:18:22.210 time to eat up to 00:18:33.16000:18:33.170 terminal area is fairly decent 00:18:38.95000:18:38.960 I'm kind of stuck here 00:18:46.08000:18:46.090 I'm getting some boiling inside the unit 00:18:48.33000:18:48.340 I think guys 00:18:57.78000:18:57.790 definitely really hot 00:19:01.08000:19:01.090 yeah it's boiling inside the unit 00:19:09.09000:19:09.100 should be 00:19:11.95900:19:11.969 it's 305 degree flashpoint but something 00:19:15.58900:19:15.599 is obviously going on 00:19:16.78900:19:16.799 I couldn't just be out of oil it might 00:19:20.80900:19:20.819 be about running low I don't know how 00:19:22.03900:19:22.049 much was in this thing and just 00:19:25.43000:19:25.440 fly-by-night right now something's 00:19:28.69900:19:28.709 happening 00:19:34.44000:19:34.450 we're about 147 watts 00:19:39.56000:19:39.570 some kind of POD they're going which is 00:19:41.84000:19:41.850 indicating to me that that interior tube 00:19:44.66000:19:44.670 is getting so hot that we're getting 00:19:46.37000:19:46.380 some gaseous oil 00:19:52.71000:19:52.720 now if I ever did do a really nice build 00:19:54.98900:19:54.999 on one of these I would make it where 00:19:56.21900:19:56.229 you can take the park cleaning that's 00:19:59.33900:19:59.349 important 00:20:02.92000:20:02.930 it smells like wool 00:20:05.44000:20:05.450 it's not you know extravagantly hot 00:20:07.96000:20:07.970 though or about them 00:20:13.23900:20:13.249 I'm inclined to turn it up I don't know 00:20:16.74900:20:16.759 what all this gargling business is about 00:20:20.07000:20:20.080 it's definitely super hot the touch okay 00:20:24.72900:20:24.739 we're going 200 watts fellas I got stuff 00:20:30.90900:20:30.919 to do today I need that time to be 00:20:32.22900:20:32.239 hanging around this is gonna get a 00:20:36.19000:20:36.200 little Wilder 00:20:37.08900:20:37.099 this is where things can go bad 00:20:42.15000:20:42.160 it's definitely bright and it definitely 00:20:45.41900:20:45.429 appears to be boiling oil or something 00:20:50.34000:20:50.350 they're certainly gonna tempt getting a 00:20:52.25900:20:52.269 temperature increase 00:20:57.42000:20:57.430 this is good here this is really good 00:21:05.21000:21:05.220 what do you think guys is there some 00:21:07.39900:21:07.409 boiling going on in there because that 00:21:10.43000:21:10.440 roads at 190 don't mean we're not 00:21:12.38000:21:12.390 actually going to degrees right with a 00:21:13.94000:21:13.950 light bulb that something weird is going 00:21:17.02900:21:17.039 on with that 00:21:23.29900:21:23.309 surface area may be too small for the 00:21:25.78900:21:25.799 amount of heat we're injecting into this 00:21:27.40900:21:27.419 area which is causing localized boiling 00:21:30.01900:21:30.029 which is surely going to carburizing eat 00:21:32.57000:21:32.580 it up concern about that I can feel the 00:21:39.68000:21:39.690 heat coming off of this little sucker 00:21:44.84000:21:44.850 so as far as using it for an inline here 00:21:47.80000:21:47.810 or a preheat on my steam cleaner this is 00:21:53.93000:21:53.940 definitely going to do the job very well 00:21:58.67000:21:58.680 so with 200 watts we have preheated our 00:22:02.90000:22:02.910 oil to 194 degrees Fahrenheit which as a 00:22:09.71000:22:09.720 result I appeared to be observing some 00:22:15.44000:22:15.450 boiling going on inside there 00:22:19.06000:22:19.070 that's definitely boiling guys and I'm 00:22:20.98000:22:20.990 gonna prove it I'm gonna shut it off the 00:22:24.52000:22:24.530 system is now off we were a hundred 00:22:26.14000:22:26.150 ninety nine greens on you thermocouple 00:22:28.66000:22:28.670 probe validated by the infrared gun and 00:22:36.76000:22:36.770 we should see that dribbling stop here a 00:22:38.92000:22:38.930 minute we should cool off the pairs of 00:22:43.00000:22:43.010 made 00:22:45.06000:22:45.070 there could also be some debris clogging 00:22:48.41900:22:48.429 up in there 00:23:05.39000:23:05.400 still fairly hot 00:23:07.73000:23:07.740 temperature's going down very quickly 00:23:12.19000:23:12.200 and as you can see the erratic behavior 00:23:16.36000:23:16.370 is ceased so 00:23:23.31000:23:23.320 there may be some gas that was oiled out 00:23:25.95000:23:25.960 still trapped in there may be some 00:23:29.58000:23:29.590 dissolved gases some dissolved gasoline 00:23:32.93000:23:32.940 that's another thing guys this oil has 00:23:35.52000:23:35.530 gas leaving that some of it did and I 00:23:37.44000:23:37.450 don't remember which batch so we may 00:23:40.08000:23:40.090 have just boiled off some gasoline in 00:23:42.12000:23:42.130 there that's another possibility we 00:23:44.61000:23:44.620 won't even remember so from what I can 00:23:49.65000:23:49.660 tell we were in fact observing boiling 00:23:53.85000:23:53.860 but as I said it could just be from the 00:23:55.65000:23:55.660 gasoline completely cool to the touch 00:24:05.81000:24:05.820 and we're going to end this experiment 00:24:08.71000:24:08.720 which I would be an extreme success in a 00:24:13.66900:24:13.679 while since I could say that things 00:24:16.96900:24:16.979 worked out very well fellas we were able 00:24:19.27900:24:19.289 to keep that oil up we're at 200 watts 00:24:22.72900:24:22.739 we got it up to 200 degrees ironically 00:24:26.25900:24:26.269 at the flow rate we're going a pretty 00:24:29.14900:24:29.159 strange correlation there but we can go 00:24:32.98900:24:32.999 up to 500 watts however I did not 00:24:34.82000:24:34.830 believe this rig is robust enough to 00:24:36.79900:24:36.809 handle that these terminals will die if 00:24:40.00900:24:40.019 I knew that but don't put me past I'll 00:24:46.07000:24:46.080 turn that sucker up for 600 watts 00:24:49.69000:24:49.700 shut this off new 00:24:53.52900:24:53.539 one of the things I need to do I just 00:24:55.84000:24:55.850 wanted to show you guys what I'm working 00:24:57.39900:24:57.409 on here cuz it's so frickin cool that uh 00:25:00.34000:25:00.350 I thought I'd give you a little preview 00:25:03.09000:25:03.100 I'm going to calibrate this pump and 00:25:06.53900:25:06.549 figure out certain flow rates will just 00:25:10.81000:25:10.820 use 60 psi as a benchmark 60 psi is a 00:25:13.50900:25:13.519 good tank pressure it gives you lots of 00:25:15.87900:25:15.889 flow without too much pump activity the 00:25:18.78900:25:18.799 reservoir for that test you're gonna be 00:25:22.57000:25:22.580 careful turning this 00:25:26.55000:25:26.560 see what we're at there and that use 00:25:31.04000:25:31.050 probably nowhere for that test to pump 00:25:33.93000:25:33.940 that much oil and now you've got to tell 00:25:37.56000:25:37.570 you man I'm liking this thing however 00:25:39.35000:25:39.360 we're seeing a problem the surface area 00:25:43.08000:25:43.090 of the heater is too small too much 00:25:47.22000:25:47.230 energy it's being introduced into the 00:25:49.17000:25:49.180 system and too small of an area now when 00:25:50.91000:25:50.920 I put this together I thought to myself 00:25:53.30000:25:53.310 you need to put heating fins on that 00:25:58.11000:25:58.120 interior too and I even got the piece of 00:26:00.60000:26:00.610 metal out to do it but that's half 00:26:03.51000:26:03.520 myself out of it I decided to run the 00:26:05.73000:26:05.740 test to see it would be okay without him 00:26:08.40000:26:08.410 now and regretting it because it appears 00:26:10.20000:26:10.210 that indeed if you go to build one of 00:26:12.78000:26:12.790 these you definitely want to increase 00:26:14.85000:26:14.860 the surface area of that interior 00:26:16.59000:26:16.600 heating element that inner copper - 00:26:20.69000:26:20.700 definitely going to want to put some 00:26:22.23000:26:22.240 cooling fins on that I regret not doing 00:26:24.54000:26:24.550 it but I didn't want to over build it 00:26:26.78000:26:26.790 you know there could have been a chance 00:26:28.89000:26:28.900 that this wasn't enough heat to do the 00:26:30.51000:26:30.520 job and then here I place it all 00:26:33.08000:26:33.090 time so the concept was a success 00:26:37.64000:26:37.650 screaming successful definitely liking 00:26:39.50000:26:39.510 this this thing is gonna have a couple 00:26:42.29000:26:42.300 uses for me and will definitely improve 00:26:45.26000:26:45.270 any siphon nozzle that I'm building this 00:26:48.47000:26:48.480 thing will make anything work you heat 00:26:50.39000:26:50.400 oil up at 300 degrees and it'll burn in 00:26:53.33000:26:53.340 a bucket so it's gonna make things 00:26:56.30000:26:56.310 easier definitely an easy build this is 00:27:00.74000:27:00.750 something just about anyone can do if 00:27:03.92000:27:03.930 you were paid for all these parts 00:27:06.55000:27:06.560 probably looked at about $45 worth of 00:27:09.08000:27:09.090 stuff there maybe the thermocouple was 00:27:11.81000:27:11.820 14 you know fitting for five hours 00:27:13.91000:27:13.920 apiece some wiring Springs and all that 00:27:17.81000:27:17.820 in this book it was free for me
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Engineering company LOTUS®
Russia, Ekaterinburg, Lunacharskogo street, 240/12