Shawn W
TVWBB Emerald Member
First off, apologies if this is elsewhere answered. Search for Minion Method brings back lots of hits.
I hope to understand MM in the WSM so I waste less charcoal and don't run out of fuel.
Given the assumptions below, does anyone know of a rule of thumb or guideline for using Minion Method like X unlit briquettes, Y lit coals will provide 225F for Z hrs (at a baseline set of conditions) or is each cook just so different this type of thing would be useless?
Is there a known minimum temperature the Minion Method will work with?
Assumptions (corrections appreciated):
1. The factors Number of burning coals and Burn rate of coals determine temperature. To produce the same amount of total heat, more burning coals at lower burn rate will consume the same total amount of air.
2. Number of unlit briquettes determines total cook time given a specific temperature.
3. The ability of WSM to hold a temperature is because: combustion air intake for temperature control is determined by the updraft created from burning coals and limited by back pressure created by escape vent. This would explain temperature spikes when lifting the lid. No back pressure, so coals take off. (Would it also imply a theoretical maximum running temp based on opening size of all vents and given a specific fuel?)
I hope to understand MM in the WSM so I waste less charcoal and don't run out of fuel.
Given the assumptions below, does anyone know of a rule of thumb or guideline for using Minion Method like X unlit briquettes, Y lit coals will provide 225F for Z hrs (at a baseline set of conditions) or is each cook just so different this type of thing would be useless?
Is there a known minimum temperature the Minion Method will work with?
Assumptions (corrections appreciated):
1. The factors Number of burning coals and Burn rate of coals determine temperature. To produce the same amount of total heat, more burning coals at lower burn rate will consume the same total amount of air.
2. Number of unlit briquettes determines total cook time given a specific temperature.
3. The ability of WSM to hold a temperature is because: combustion air intake for temperature control is determined by the updraft created from burning coals and limited by back pressure created by escape vent. This would explain temperature spikes when lifting the lid. No back pressure, so coals take off. (Would it also imply a theoretical maximum running temp based on opening size of all vents and given a specific fuel?)