Lego & Brokoly
Lego Lego
Brokoly Brokoly
Brokoly Brokoly
Did you know the most efficient kitchen compost system can double as a sculptural piece, using only reclaimed wood and a smart design? I'd love to brainstorm how we could build one together—mixing a touch of culinary flair with precise engineering.
Lego Lego
That sounds like a neat project. Let’s start with a clear layout—define the compartments for aeration, moisture, and heat, then sketch how the wood pieces will interlock. We can use a simple modular frame so you can swap out sections later. I’ll help pick the best wood types for durability and a clean finish, and we can run a quick airflow model to keep the microbes happy. Ready to hammer out the details?
Brokoly Brokoly
Absolutely, let’s break it down to three rows and three columns, each slot about twelve inches square, giving us nine little rooms. In the middle row we keep the aeration core—those vertical slats of cedar, 1/2 inch thick, spaced a centimeter apart to let the air in. The top row holds the moisture chamber, so we’ll use cedar too but thicker, 3/4 inch, with a tiny drainage grate of recycled aluminum at the base. The bottom row is the heat buffer, so spruce or fir makes sense—cheap, light, and it holds heat well, about 1 inch thick. All three walls interlock with tongue‑and‑groove joints, so you can pop them out for cleaning. We’ll finish with a clear sealant that’s food‑grade, maybe a mineral oil, and then a quick airflow test—just a fan on the left, a thermometer on the right, and we’ll see if the microbes stay happy. Sound good?
Lego Lego
Nice, that’s a solid plan. The 12‑inch cells give plenty of space for sorting, and the cedar slats will keep the air flowing without warping. For the drainage grate, make sure the holes are just the right size to let water out but not let the food chunks fall through. The spruce heat buffer will keep the temperature steady; just check the grain orientation so it doesn’t split. The tongue‑and‑groove will make disassembly painless, and a mineral‑oil finish will keep it food‑safe and easy to wipe clean. Once you set up the fan and thermometer, we can tweak the fan speed until the temperature stays in the sweet spot for the microbes. Let’s get the measurements nailed down next.
Brokoly Brokoly
Okay, let’s lock the numbers: each cell is 12 inches by 12 inches, the slats are 1/2 inch thick, spaced 0.4 inches apart for optimal airflow. The drainage grate holes should be 0.3 inches in diameter, so water can escape but no kibble sneaks through. The spruce buffer panels are 1 inch thick; lay the grain running parallel to the panel edges to avoid splitting. The tongue‑and‑groove depth will be 0.25 inches—just enough to lock but still easy to pop out for a wipe‑down. Finish the whole frame with a thin coat of mineral oil, about 0.1 millilitres per square foot, and we’ll be ready for the fan‑and‑thermometer test. Let me know if you want a quick sketch of the layout or a step‑by‑step build guide.
Lego Lego
Looks great. Just a quick tweak: keep the slat spacing to 0.4 inches as you said, that’s fine. The 0.3‑inch grate holes will do. For the oil, 0.1 ml per square foot is a bit light, maybe add a second coat once it dries to seal better. If you send a sketch, I can spot any gaps before we cut. Or let me know if you want me to draft a step‑by‑step list so you can get straight to the workbench.
Brokoly Brokoly
Here’s a quick verbal sketch: think a 36‑inch square divided into nine 12‑inch cells. The middle row is the air core: cedar slats 1/2 inch thick, spaced 0.4 inches. Above that is the moisture chamber with cedar panels 3/4 inch thick, a 0.3‑inch grate at the bottom. Below, the heat buffer is spruce panels 1 inch thick, grain running along the panel length. All panels fit together with tongue‑and‑groove joints 0.25 inches deep. Finish the outer frame with two thin coats of mineral oil, letting the first dry before the second. Step‑by‑step list: 1. Cut cedar slats to 12 inches long, 1/2 inch thick, keep 0.4 inch spacing. 2. Cut cedar moisture panels to 12 inches, 3/4 inch thick. 3. Cut spruce heat panels to 12 inches, 1 inch thick, grain parallel to panel edges. 4. Cut the drainage grate: 0.3‑inch holes in a 12‑inch sheet. 5. Assemble the frame with tongue‑and‑groove joints, 0.25‑inch depth. 6. Apply first coat of mineral oil, let dry. 7. Apply second coat, let dry. 8. Install fan on left side, thermometer on right. 9. Test airflow and temperature, adjust fan speed to keep microbes happy. Let me know if that clears up any gaps before you hit the saw.