High Velocity Flameless Oxyfuel Burner

Thanks for your reply. But may be linde group would not interested in deal with small quantity of burner . So if you know any person or consultanting company . Where we can buy, fabricate or assymble Suggest us. or suggest any good alternate for these burners. Thanking you. Kamlesh Patel .

<...may be linde group would not interested ...>

How would one know if one hadn't made the phone call?

<...suggest any good alternate for these burners...>

Declined. That is what internet search engines are for.

I would like to see this concept attempted with oxyhydrogen flame - direct conversion to steam under pressure, with spray attemperation, as a mechanism to a much smaller very high pressure boiler. with direct incidence to multi-stage turbine. The main drawback would be the honking large requirement for hydrogen, but someday, even that will be common place. I would like this to be in consideration for long-term energy storage for renewables load leveling.

Sounds a bit dangerous, but no doubt it could be mastered, given the correct catalyst in place.

The main drawback would be the honking large requirement for hydrogen

Nothing that honking great quantities of electrical energy couldn't remedy.

A 3 tonne/hour boiler equivalent will need 3 tonnes/hr of water to be cracked into hydrogen and oxygen for direct conversion into steam.

But then why not just heat resistively with that same electricity?

Gigawatts here or there, like this or like that..its still gigawatts.

Big hydroplant next door would be needed to make either of these work with any green credentials. Hydro is not that green when you look at the total imbedded energy of the infrastrucrure. Nuclear is the way then...

Wal: What if the hydrogen comes from "other", and non-nuclear? Game changer? No? Japanese want to make a Magnesium economy based upon conversion of MgO exposed to high intensity 1060 nm wavelength from Cr:Nd:YAG Laser (solar pumped) - also known as HELIOS. Magnesium readily produces abundant quantities of steam and hydrogen when exposed to water, just figure out separating the MgO from the steam/hydrogen, because the Japanese (Tokyo Institute of Technology) have already figured out how to separate Mg vapor from oxygen somehow (maybe while still in a plasma state? Not sure about how that part works.

This might not work too well in Phnom Penh due to cloudy conditions, but in the desert SW of the USA, or the Australian outback, not bad.

This is essentially what a "catalytic converter" is. Trying this as a Web search term might yield some manufacturers. Another possibility would be "flare systems".

(Years ago I worked on such units in the controlled atmosphere industry, using propane to extract oxygen from fruit storage rooms. The burners we used were 3 inch and 5 inch pipe diameter with honeycomb catalyst inserts. Alas, I don't remember the manufacturer, nor if they are still in production.)

Not only is what you are trying to do exceedingly dangerous, the efficiency of the boiler may (MAY!) be improved, but overall efficiency of the complete system will be dramatically reduced.

e.g. you are both putting your life (and possibly that of others) in danger, but you are going to waste money as well......

Your post has similarities to many others here that simply do not (CANNOT!) work as wished......sorry!

Andy: I expect the first trials of the burners should be conducted outside any confined space. LOL

With experience, I see no reason why this could not work, especially the hydrogen-oxygen system - even if LH2 and LO2 were employed. NASA has some experience with this, trust me.

You are simply missing the point, at no time did I say it won't work, if you live it may work. Very dangerous though.....it will be a time bomb waiting for its time to go off. Can you live with that alone, I could not!!!

What I was saying was that the OVERALL efficiency of the system will be seriously reduced.....e.g. simply not worth while even trying......

You are concentrating on one aspect and forgetting that you ALWAYS need to watch the whole "system", all inputs and outputs!!! Don't get caught in the detail....

Maxon has a history of providing industrial oxyfuel burners: https://www.maxoncorp.com/index.php?src=gendocs&link=product-Oil-Fired-Burners-Oxy