Jason,

I've taken a look at your website and the info about the "IntensiFire", however one of the main points of the project will be to produce biochar (for use with the compost that they are already making). If the IntensiFire is only meant to increase efficiency and to reduce emissions for wood burning stoves, this may not be quite what we are looking for, although it might be possible to "adapt" the IntensiFire to the application in some way [?] (in order to maximize the efficiency and minimize the emissions) ~ although the total cost might be quite prohibitive, given that the IntensiFire (Mk II) is already starting at $499 NZD (not including shipping all the way from NZ to Canada). I will, however, keep your downdraft technology in mind as we move forward with our project.

Regards,

  Lloyd Helferty, Engineering Technologist
  Principal, Biochar Consulting (Canada)
  www.biochar-consulting.ca
  48 Suncrest Blvd, Thornhill, ON, Canada
  905-707-8754
  CELL: 647-886-8754
     Skype: lloyd.helferty
  Steering Committee coordinator
  Canadian Biochar Initiative (CBI)
  CURRENTS, A working group of Science for Peace
  http://www.scienceforpeace.ca/currents/
  President, Co-founder & CBI Liaison, Biochar-Ontario
  National Office, Canadian Carbon Farming Initiative (CCFI)
  Organizing team member, 2013 N/A Biochar Symposium:
    www.carbon-negative.us/symposium
  Member of the Don Watershed Regeneration Council (DWRC)
  Manager, Biochar Offsets Group:
           http://www.linkedin.com/groups?home=&gid=2446475
   Advisory Committee Member, IBI
  http://www.linkedin.com/groups?gid=1404717
  http://www.facebook.com/group.php?gid=42237506675
  http://groups.google.com/group/biochar-ontario
  http://www.meetup.com/biocharontario/
  http://www.biocharontario.ca
   www.biochar.ca

"Producing twice as much food with diminishing resources, without further loss of 
natural habitats and biodiversity and in a changing climate may be the greatest challenge 
facing humanity."
   - Lloyd Helferty

On 2014-05-20 5:28 PM, Jason wrote:
Dear Lloyd,

what you require sounds like a possible application for the IntensiFire.

I can't promise you open source or off the shelf, or even the capacity yet to build what you are after. Probably won't get much biochar either.

What I can offer is super clean combustion (zero CO and possibly zero PM10) particularly with auger fed fuel to keep combustion in the sweet spot. I have also built a prototype woodstove that will burn green wood with no visible smoke.


Kind Regards

Jason
http://www.intensifire.co.nz/


On Wed, May 21, 2014 at 7:14 AM, Lloyd Helferty wrote:

    Crispin (and all),  [CC; gasification list]

      This is a very interesting conversation regarding ND TLUD power
    (heat) variability and its implications, and (as you know) I do
    have a keen interest in this topic since being introduced to the
    TLUD 'stove' concept back several years ago (by Dr. Anderson, when
    he came to Ontario to demonstrate his small "Champion" stove and
    similar devices at the Laepple farm in June 2009), especially
    since the TLUD is one of the few simple technologies that can
    produce biochar cleanly at a small (or possibly at a medium) scale
    for local use ~ while producing (hopefully) useful amounts of
    energy (heat).

      What I am working on right now here in Toronto might interest
    you or others on this list.
     I have been approached by a business in Toronto that would like
    to be able to implement a small-scale char-making technology at
    their manufacturing site in the Toronto area (GTA) that would
    utilize the (dry) 'residuals' from their food production process
    in order to make heat energy that could lower their (fossil)
    energy use [natural gas costs] while also turning their (dry)
    'food waste' into a biochar (and/or high-char ash) that could be
    re-integrated back into a (wet) food composting system
    (vermicompost) that is already being implemented onsite at their
    operations here in the city.

     The primary use of the heat would be to heat up water, but it
    would also be welcome if it could be used in the preparation of
    the 'raw' food (drying, roasting certain products to a certain
    temperature -- i.e. an 'oven') that goes into their recipes, which
    includes 'fair-trade' sourced (temperate and tropical) foodstuffs
    that have been either grown or imported into Canada in bulk, and
    which are prepared on-site (including de-hulling etc. of several
    of the key ingredients).
      Essentially, this company would like to know if it might be
    possible to come up with either a "customized" or an
    "off-the-shelf" system that has a fairly small footprint (about
    the size of a shipping pallet
    <http://en.wikipedia.org/wiki/Pallet#Dimensions>, or ~16 sq. ft =
    40" × 48", as commonly used in the food industry) that would be
    able to meet the following requirements:

      * Provides space heating and/or hot water heating (for their
        kitchen), with the possibility also for using the heat for
        "roasting" their ingredients (@ ~140 Celsius max. -- possibly
        using a heat exchanger, if necessary).
      * something flexible and rugged
      * can accept multiple fuel inputs (different sized feedstocks,
        different moisture/energy content -- not just woodchips)
      * no smoky emissions (after-burner, if necessary) so that it can
        meet local emissions regs


      Of course they are interested also in custom of "commercial"
    gasifiers [as well], but small systems (stoves) that could do the
    job they are seeking might suffice, although they probably want
    the system to be as automated (hands off) as possible to that the
    minimum amount of human intervention is required... although it
    would need to be as low-cost as possible (almost a "DIY" system --
    they could actually make it themselves since they do have some
    expertise, including a machinist & a "master builder" who has
    built and operated a series of gassifier stoves for several years
    and "who is more than capable of manufacturing" something -- if
    they had the 'plans' for an open-source system/design that could
    do the job).

     Ideally this company would be interested in seeing 2 or 3 designs
    that might work for them (a few devices that they could initially
    assess)... so that they could work with the designers to get more
    details.  They would then choose a final design that they would
    then incorporate into their head office (operations), but then
    possibly also into a "franchise system" that they are designing
    (and that would operate like a "food truck" would in /any/ city ~
    except instead of the truck being electricity or natural gas or
    propane-powered, the 'portable' food production/processing system
    would operate partially off of its own 'waste'... and/or wood
    chips [or pellets] that could be produced or supplied locally ~
    possibly even from chipped shipping pallets that have /only/
    transported food products -- i.e. clean, 'food-grade' "green
    waste" like the type that can be found at the back of nearly every
    supermarket in the country... including all the broken ones.)

    <shipping pallets photo>

    Regards,

       Lloyd Helferty

<snip>
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