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I Forge Iron

Willem

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About Willem

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    Chehalis Washington

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  1. So it would be optimal to encase all sides of the refractory that aren't facing the forge in a sheet metal box or angle iron frame and then attach a hook from there?
  2. Latticino, I have given forge doors some thought in passing as I use the poor mans forge door (just a couple firebricks). My initial thought would be to caste a hook and mesh into some refractory much like is done with concrete pads. This way the hook would have something to attach to that would "bite" into the refractory while also giving the refractory some additional rigidity. I've had a number of firebricks break from dropping them much to my distress. I'll look into prototyping something once I build my new forge. (waiting on a 220 circuit to be reinstalled into the barn). As I'm thinking
  3. I'll have to check craigslist and fb marketplace. I've looked at them new but they're a pretty penny.
  4. Yeah I understand that. My point was only that for all intensive purposes we can get more energy out of a system then we (the humans) had to invest. It doesn't break the laws of thermodynamics because the energy was put there by other means (nature). Although I think we're on the same page on that. You might find this video about frictionless fluids interesting.
  5. Irondragon I did do a few google searches before posting I found this which is part of what fueled my enthusiasm, in hindsight I think the title of my post was misleading when I talked about brown gas I meant any gas that is produced from pyrolosis or electrolysis (my excitement caused me to put the cart before the horse so to speak). This image seems to be a working concept from what I understand. The post if fairly old so I have no clue if it was ever refined. But that was my general idea for a forge. After reading about frosty's narb burners I wonder if it could be made to work with one. Al
  6. Welsh thank you for the kind words, it means a lot. Given what you just said I will defiantly upgrade to a higher volume tank. I actually called my local cenex a while ago and talked to them about the tank freezing issue, however it was as I was first figuring out ribbon burners, at the time I had yet to install a blast gate on the airflow and was having a hard time getting the forge up to temp at 30 psi. When I asked how I could stop my tank from freezing they essentially said I would have to get a massive tank. Well one glued together osb and plywood blast gate later and the forge runs like
  7. Hey frosty, We recently sent about half the herd off to butcher (the story of getting them in that God forsaken trailer is something I'll spare you with) but we still have about 12 head or so left. Honestly I haven't counted lately. I'll definitely look into that methane method of producing fuel. At the very least I'll be able to keep the boots warm in the winter! I appreciate you taking the time to give such a thoughtful response so thank you! I definitely need to rebuild the forge for a multitude of reasons so I'll go look into a narb burner. You did definitely hit the nail on the head
  8. I would say I'm in the middle of the spectrum. In my mind even if this doesn't work out to be useful for smithing it is still a cool contraption that I was able to learn from by building. I definitively understand the frustration of answering the same question over and over again, I did look around the forum and the one page I found quickly became diverted to a safety discussion because the person was using galvanized metal in his build. As such I couldn't find any comprehensive information on it (which is also why I felt comfortable asking) and that is part of the reason I'm so curious about
  9. I'm definitely going into this knowing its rather uncharted territory, however the worst I end up with is a lesson learned or a working gassifier that just can't power a forge. I'm still in school and especially during the quarantine I have a surplus of time, however I appreciate the warning. Hey Thomas, Yeah I haven't looked into a narb ribbon burner, and I definitely don't plan on compressing the gas. I have some time on my hands and a new mig welder so I'm honestly partially just looking for a project. I completely understand using whats tried and true and I'm sure it is more effic
  10. Its definitely a rough idea. My thought was to use a ribbon burner so a blower won't be an issue anyways. As for controlling gas input I haven't had the oppertunity to test one and see how consistent the gas output is. However assuming it is relatively stable my thought would be to use a t with a valve on one of them so that I can control how much goes into the forge and then the rest will get burned off potentially stored if that is a feasible option. I work outside anyways which is part of the reason I'm avoiding solid fuel. Also I'm partially just having fun with the idea and partially I'm
  11. Yeah my thinking wasn't actually to compress any of the output gasses instead feed them directly into a forge. That's my main reason for not using an electrolyzer because compressing the hydrogen and oxygen and it is a pain to separate them. I'm not sure if I'm allowed to link to you tube videos but there people who have run a gassifier straight into a combustion engine. I would do similar but into a ribbon burner (maybe naturally aspirated?). I don't have a covered shop so I can't really use solid fuel as I'm in Washington and we get rain every other day. In addition I like the freedom of not
  12. Hey All, I've done a bit of reading into electrolysis and gassifiers for a more cost effective way to forge. Since the main cost of running a forge is the fuel I'm trying to cut down on that, especially being on a limited income. From my relatively limited research I've concluded that a gassifier is much more practical and most-likely safer then electrolysis, however there may be some potential to automate fuel production with electrolysis that a gassifier doesn't have the feasibility of doing. I really like the idea of hooking my forge up to a water line and never having to go out for pr
  13. I did take it apart because the it took all of my strength to turn the handle. It was either initially made to be used in conjunction with a motor or it was jerry rigged to work with one. Either way the motor could run the blower no problem but it wasn't practical to use it by hand.
  14. I have a forge blower that has gets that don’t track properly. The larger There is a total of 4 gears. 1 large gear from turn crank, 2 small transition gear, 3 small turn gear, 4 small gear to fan. If you can tell from the pictures the transition gear only mates against the large turn crank gear about an 1/8 of an inch. In addition the apparatus of the large gear won’t sit flush in on the four posts. It may be that a baring is missing that holds the small gear up higher so it mates against the large gear. I’ve tried to include enough pictures to give y’all a good idea of how it should work. An
  15. Willem

    Large I Beam

    It's a gas engine that is "not working" specifically i dont know whats wrong with it. I havent actually opened up the cylinder but all the ports were left open and when I took it by my local welding shop the guy said that the interior of it was most likely rusted out. When I get home I'll probably give it a go and see how bad it really is, but in all reality I think i have a nice big I beam and some junk.
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