During the week, we had six more cots hatch. Unfortunately, the last three had leg and foot problems. We have seen, in the past, that late hatchers have a higher percentage of leg problems. Two of the three died on their own. One had legs that stayed straight and had toes that wouldn’t uncurl. Because […]
Yesterday, one of the quail eggs from the last shipment hatched in the afternoon. By bedtime, there were some more. This morning there were six cots all dried off and ready to move to the brooder table. The two cots from the last hatch are not fully feathered, but they are too big to be
The last layers contain a much greater volume of material than the inner and outer cores. It has taken days and I’m still not done. Inner core – 28.3 cubic feet Outer core – 84.8 cubic feet Mantle – 141.3 cubic feet Crust – 197.8 cubic feet Total volume – 452.2 cubic feet or 16.7
After completing the insulation work on the pipes, I began work on the last layers of the pile. Thermocouples were placed in the mantle at heights of 1’, 2’, and 3’, at a radius of about 48”. The ventilation pipe coils around the pile at a radius of about 54”. Between the outer core and
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The chicken coop has two 4”-diameter air vents. Each vent has an inline duct fan capable of moving air at 100 cubic feet per minute. They are arranged so one fan pulls air into the coop and one fan pushes air out. The volume of the bird quarters is a bit under 900 cubic feet.
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The outer core was assembled in almost the same manner as the inner core. The inner core has an 18” radius, while the outer core has a 36” radius. Thus, the outer core has twice the circumference and three times the volume of the inner core. The PEX pipe was wrapped around the outer in
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The aeration manifold was placed in the center of the biomeiler and the wire frame for the inner core was set over it. The distribution hoses were arranged so they will release air in 6 locations about 36” from the center, 60 degrees apart from each other. The aeration manifold is almost at the bottom
Biomeiler Inner Core Read More »
As mentioned previously, the 2024 version of the biomeiler will have an aeration system in order to keep the oxygen level of the pile high enough to maintain aerobic decomposition. Today’s task was to build the manifold that will redirect the incoming air to the proper locations in the pile. The aeration manifold receives air
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The forecast was for snow and we still had not taken down the mesh tent at the farm site. So, I drove out in the morning to take care of it before a heavy snow fall collapsed it. It wasn’t too difficult except that some water had frozen in the connections of a few pieces.
The first step in building the new version of the biomeiler was to determine the perimeter. This version will be 12’ in diameter to provide greater insulation for the composting core of the pile. The 2022 version was 10’ in diameter and had bubble foil insulation around the sides and over the top. It was
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