[Stoves] Boiled 520 grams of 14C water in 3:20 minutes
Paul Anderson
psanders at ilstu.edu
Sun May 5 15:57:10 CDT 2013
Jock,
Thanks for the explanation. Most of my message below is comments
1. Belonio and Olivier have fans for FA, forcing the gases up through
the holes. You do not. So you will have less flexibility in your
operations.
2. You are accomplishing the mixing (turbulance) of gases and air by
having a relatively think layer (like a cylinder or annulus ) of gases
rising up into an area with air (oxygen). The air is coming from the
outer side of the annulus. Difficult for secondary air to be on the
inside of the annulus except what can come in from over the top of the
flames.
3. As Jock pointed out, testing of this configuration would help us
understand the emissions, etc.
Jock, can you provide one used functional unit for testing purposes at
the Stove Camp this summer at Aprovecho? I and participants will have
the opportunity to test many stoves at that time. The unit needs to be
sent to Aprovecho by July or to me in Illinois by mid July so that I can
take it with me in my car.
Paul
Paul S. Anderson, PhD aka "Dr TLUD"
Email: psanders at ilstu.edu Skype: paultlud Phone: +1-309-452-7072
Website: www.drtlud.com
On 5/5/2013 3:03 PM, Jonathan P Gill wrote:
> Paul,
>
> Good to hear from you.
>
> Here are a few pictures I hope will help answer your question.
>
> The design I am working on was informed by the work of Prof. Bolinio
> and Paul Oliver. They place a cap, a burner plate with two rings of
> holes for blue flamelets, over the reactor and only introduce
> secondary air above the cap. The cap effectively seals the reactor
> chamber, preventing any secondary air from entering. This creates
> something of a hybrid between a TLUD and a Retort: a TLUD with a a bit
> of Retort flavor.
>
> I do the much the same, but do not use the 80 holes in their design
> for the burner plate. My solid burner plate is sized to allow for a
> gap between the wall of the reactor chamber and the edge of the plate.
> Thus the gases emerge from the reactor via this gap at the edge.
> They can thus only meet secondary air above the gap. Secondary air
> is thus prevented from entering the pyrolysis chamber - as per Bolinio
> and Olivier.
>
> Bottom view of primary air system - now 5/64 of an inch holes.
>
>
>
> Top view showing the support brackets.
> I no longer use the washers and now rotate the brackets slightly to
> form fingers to support the burner plate.
>
> This reactor can is the only part of the Rim Fire iCan that should be
> made of high temperature stainless.
>
>
> Burner plate in place. The gap is slightly below the rim of the can.
> The notch is not required or desired. It is an artifact.
> I will be trying a slightly larger plate to see if the gap can be
> narrowed some.
>
>
> Detail of the above.
>
> I hope this answers your questions.
>
> Regards,
>
> Jock
>
> Jonathan P Gill
> Peacham, VT.
> jg45 at icloud.com <mailto:jg45 at icloud.com>
>
> ExtractCO2 from the atmosphere.
>
>
>
>
>
> On May 5, 2013, at 3:44 PM, Paul Anderson <psanders at ilstu.edu
> <mailto:psanders at ilstu.edu>> wrote:
>
>> Jock,
>>
>> I did not understand
>>> Not having any secondary air introduced into the pyrolysis chamber
>>> is brilliant. I wish I had thought of it
>> Please explain, or re-send how you explained it before.
>>
>> Paul
>> Paul S. Anderson, PhD aka "Dr TLUD"
>> Email:psanders at ilstu.edu Skype: paultlud Phone: +1-309-452-7072
>> Website:www.drtlud.com
>
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