wheels wrote:Yep, it's a possibility, but when I think of all the years we kept eggs on the dresser in the kitchen with no (apparent) adverse affect, I would hope that it would be minimal...That said, they're probably still best avoided by people in "medically at risk" groups.
I grew up on a farm, and we kept our eggs out and unwashed until just before use. As the article suggests, they kept fine, and we never had a problem with bacteria. My understanding has always been that the natural pellicle on the surface of the shell made it effectively impermeable, even to external gram-negative bacteria. The argument against washing the eggs being that the pellicle is removed, unsealing the porous shell, and allowing bacteria to penetrate. Here, some organic sources for eggs do not vaccinate, so the possibility of
Salmonella-laced eggs is a potential risk. Being immuno-suppressed, I do admit to the "medically at risk" bias. The idea of smoked raw eggs is intriguing, though.
GUS wrote:A night in the smoker (full burn) & nothing in terms of colour to the shell, so will assume the worst & reload then work back once smoke permeability has been ascertained...
In your original article, it described the eggs as being tacky, with the dark surface of the eggs being sticky and the smoke deposit coming off on the fingers. To me, that says 'soot' and 'tar', and I got the impression of an inefficient burn with heavy smoke, not the thin, blue smoke of a maze-type csg; however, I freely admit that I have no idea how manuka wood burns to achieve that kind of heavy smoke deposit.
GUS wrote:...One niggle, & probably a "how long is a piece of string moment" ..what is the perceived standard output measurement of the csg? (species of woods aside) & how to up it's output, because one persons smoke output isn't another, we need some form of sliding scale to relate times from a traeger for instance to an amazin / csg etc, I think i'd be smokin eggs till the next flood otherwise based on those charred pics (above).
When I went out to BC, in August, some friends asked me to do some pork barbecue for a couple of hundred folks, and the rig they had rented was a Traeger XL full of pecan pellets. This was my first experience with a Traeger, and I was cooking low and slow (so, not at the typical temps Traeger suggests). I noticed a couple of things. Unlike an Amazen or CSG, the Traeger was using pellets for heat as well as smoke, and the "smoke" (lowest) setting was keeping the smoker at about 140°F in a chilly, damp environment. And it was achieving an efficient burn via forced air fireboxes. Not sure one could relate a maze-type cold smoke generator with something like a Traeger in terms of smoke output - such different animals. In the Amazen (don't know about the CSG), there is a hole at each end of the maze, so one can light both ends, thereby doubling the output and halving the smoke duration, but I have no idea how to quantify the 'standard' output. A good question. Smoke canisters are rated in terms of cubic volumes of smoke. A unit like that would probably allow one to relate smoke generation in terms common to cold- and hot-smoke generators, alike, for smoke volume generated for a standard load; but, a better unit might be a unit of volume over time, to relate the smoke-generating rates of different smoke sources. A greater challenge would be quantifying the quality of the 'standard' burn, and that gets us back to the question of what the quality of burn was that put such a dark deposit on the outside of those manuka-smoked eggs. It almost certainly wasn't thin, blue smoke.