Hi, There is a lot to improve. I will try more step by step if possible. Thank you!

Yeah, me too, love this development, I suggested valves on the bottom and on the top just for experimenting and in another way, just two rings that you move left and right and that make the holes smaller and bigger so he could see the difference and make his results, but this result is very satisfying already, you see it is a gasflame, when it stotters at the beginning when he wrote "????????" I'm pretty sure it was not hot enough and some water/steam was involved but then it goes on, so nice to see how it this project goes forward.

Sure the SilverFire stoves create a blue flame - the key is to insulate the rocket stove using ceramic fiber. So secondary pre-heated burn is increased temperature due to the insulation. Also any wood stove using a baffle also gets a blue flame. I use a Two Dog wood stove and I also use the Silverfire rocket stoves.

@@Wilson84KS l

Me Indian dishonest. U pitiful English, so comes, good idea. u creates prosperity, for others. Live long. Hard work is God. Rest Gods are false.+++++

It wasn't easy, but it was a worthwhile attempt. Thank you Hassan!

@@campingtogether end result is stunning as always. you are welcome.🙏👍

Many thanks Phil !

Thank you Simon!

I was very into TLUD at that time. Glad you liked it. Thanks for watching.

재미있지만 쉽지 않네요.^^ 그을음 안날 정도로 화력 유지하기가 관건이네요; 감사합니다.

Thank you. I think it requires some modification and experimentation.

@@campingtogether お⁹

I really wish he would talk in the videos. Let us know what he’s doing, what he’s trying to achieve, why he’s doing certain things. I’m kinda a dummy sometimes, I need dialog to further my understanding.

Maintaining firepower to the end is an additional challenge. Thanks for watching.

Maintaining firepower is an additional challenge. Thanks!

@@campingtogether been thinking of doing the same to j rocket stove. Adding the top part where gassification is happening.

Thanks. I really enjoyed this experiment. Wish you all the best!

It's very cool although check out the SilverFire Hunter Stove. The key is using ceramic fiber for insulation. So you get a rocket stove by insulating the burning to increase the temperature to ensure the blue flame. Notice when the oxygen holes were added more than it cooled down the fire too much and the blue flame disappeared.

Ok

감사합니다. 그을음 줄이고자 불멍은 포기했습니다.

Thank you!

Thank you!

That's the truth! No one does burners like you. Also, I've been trying to find a design for a highly efficient gasifier like this for a long time and you are the ONLY person I've seen who has done it. Thank you! Keep bringing awesome content!

Thanks Laurence!

So good🔥

항상 시청 감사합니다😊

Thanks for watching!

솔로스토브 만들다보니 3차연소개념으로 재미삼아 한 번 더 만들어 봤네요. ^^ 감사합니다.

제주도님 잘 계시죠? 😄

생각을 너무 많이 했다. 일단 해보면 뭔가 보이는 듯 하다. ㅎㅎㅎㅎㅎㅎㅎ 감사합니다. 즐거운 캠핑하세요. ^^

Thanks Bradley! Glad this worked great!

그을음 제로화 쉽지 않네요... ^^;

@@campingtogether 아이디어 좋으시니 금방 답 찾으실거에요 ^^

말씀 감사합니다. 솔로스토브 만들다 보니 추가 연소 잘되게 하면 그을음 줄어들겠다 싶더라구요. 이번에 어느정도 가능성을 본 듯 합니다. 다만 그을음 안나게 화력을 약하게 유지하다보니 불 유지가 어려운 단점이 있어서 앞으로 그걸 해결하고 좀 더 푸른 불꽃을 만드는것이 과제입니다. ^^

Where's the new science ??

헉 설마요..^^

그을음 줄일라고 좀 복잡하지만 실험해봤어요. ^^ 고맙습니다.

그을음이 훨씬 적긴 합니다만 나오긴 하네요. ^^ 라면국물 버리고 바닥을 보니 딱딱하게 붙은 뭔가가 있습니다. 추가영상으로 공유할게요.

Thanks. My pleasure~

Thank you! Have a great day!

Thank you so much!!

Thanks Bethel

火力は強くありません。 すすを取り除こうとしました。 ありがとうございました。

Teşekkür ederim.

Thanks for watching Moray. I wanted to have the flame blue and so it is clean burn leaves least soot. Do you have any idea on this?

@@campingtogether yes start with a two stage stove design with a primary burn which occurs in the burn pot on the pot of the fuel in a state of pyrolysis and the secondary burn which occurs at the top of the pot fed by the secondary air inlet vent holes. A good target ration of primary air to secondary air going to be in the range of 1:5 - 1:6 P:S (primary to secondary air intake) do not forget that the top opening of the stove ie to me considered in your secondary air intake, half of the top open area will be added to your total secondary air intake the other half is hot air escaping the stove. When I previously mentioned horizontal baffles to increase the dwell time and example of this would be the standard concentration ring often used at the top of the stove in a large stove multiple such rings or baffles van be used inside of the stove you can also place a cant (angle the vent hole) on the secondary air inlet vent holes to cause the incoming air to swirl around the top of the burn chamber. This will keep the air/gas mixture in the burn chamber for a longer period of time resulting is a small increase in efficiency of the burn. You can also use some insulation on the burn chamber to increase the burn temperature start by insulating the bottom of the burn chamber. A titanium burn pot would be the ideal material (but they are expensive) for the burn pot as it transfers heat fat better than steel and you want to heat the air in between the burn pot and the outer pot which should be steel to reduce heat loss from the stove. I hope you find these suggestions helpful. Regards moray james.