Very cool. Just the system I am looking for. Could you provide links for the solar controller and fan? Thanks, bob

Awesome video love the cart setup

Well done with the table. Does the funnel work OK with managing fumes? Also I am still trying to work out the process to upload a G code file. Any guidance on this would be good.

Wish you turn the music off so I can hear what the guy is saying.

Good video overall, but there's no need for the constant background music.

Where did you get the arcdroid from ?

Just loving this channel!!! ♥

Sick set-up my friend!!! I'm not a farmer/gardener/etc but have been delving deeper into this subject (thank you YT? - lol). These ASPs are the alternative to make your own compost in USDA (US Department of Agriculture) certified organic farms. Sure beats turning the pile(s) constantly. If I were to have a farm, something like this would be the first thing I'd set up - arguably even before getting seeds and seeding equipment. Definitely would want to have my compost going before planting anything. The only thing I would change is to account for a 24hr cycle rather than your 9-5 as I don't think the bacteria go to sleep. I'd probably also nerd out and add an automatic watering system for it tied to some meteorological sensor to account for rain and temperature probes. Tie it all to an app on the phone - haha. Work smart not hard. 🤣

How did you build your water collection cube? It's brilliant!!

Beautifully and cleverly done! The repurposing of spaces and the use of felled trees gives the feeling that nothing was wasted and reworked materials were used to create new spaces and to give new life to former disused areas.

Congratulations - it looks absolutely amazing! You and your family have put in so much work and achieved a fabulous transformation of the site.

Really enjoyed this vid. So inspiring and learning so much. Thanking you. Barbara

Looks fantastic! Well done!

Definitely being archived for future reference . Thank you!

Fascinating! I like the way things collectible were sourced from various venues around the state. And once again, the family team effort makes it all the more meaningful, down the track. Great music track, btw…

Yay….! Keep the vids coming 👏👏

Thank you.

Quite the effort, indeed…When Team von Moller works together, they produce amazing results.

Hard yakka, rewarded…

this is more insane than a massive pile of organic waste on drugs - i think a passive system would be much better - the heat generated would create its own draft and ventilation - it is all largely unnecessary -as dali said i don't need drugs i am drugs - just make big piles and be lazy - periodically monitor temps for optimal microorganism activity and adjust accordingly (120F) The optimal temperature for a compost pile depends on several factors, but generally, the best results are achieved when the pile's temperature stays within the range of 130°F to 160°F (55°C to 71°C). Within this temperature range, the composting process is accelerated, and pathogens and weed seeds are more effectively destroyed. Composting is a biological process where microorganisms break down organic materials. As they consume the organic matter, they generate heat as a byproduct. The initial temperature rise in the compost pile is mostly due to the high activity of the microbes breaking down the easily decomposable materials. Here are some points to consider: Temperature monitoring: You can use a compost thermometer to regularly check the internal temperature of the pile. Insert the thermometer into the center of the pile, and make sure to turn and mix the pile regularly to distribute heat evenly. Heat retention: Insulating the compost pile can help retain heat and keep it within the optimal range. You can use materials like straw, leaves, or wood chips as a top layer to trap the heat inside the pile. Pile size: The size of the compost pile also influences the heat generated. Smaller piles may not generate and retain heat as effectively as larger ones. Green-to-brown ratio: Maintaining a balanced mix of nitrogen-rich (green) and carbon-rich (brown) materials is essential for effective composting and temperature regulation. Too much nitrogen can lead to excessive heat and unpleasant odors. As for passive ventilation with PVC pipes, it can be helpful in certain situations. Passive ventilation involves using pipes or tubes to introduce airflow into the compost pile without using any mechanical fans or blowers. Proper aeration is crucial for composting, as the microbes involved in the process require oxygen to function optimally. Adequate airflow also prevents the pile from becoming anaerobic, which can lead to foul-smelling compost and slower decomposition. To use passive ventilation with PVC pipes, you can insert the pipes into the compost pile at regular intervals. These pipes will act as channels for air to flow into the center of the pile, facilitating oxygen availability to the microorganisms. However, if you manage your compost pile by turning it regularly (at least once a week) with a pitchfork or shovel, you may not necessarily need passive ventilation. Turning the pile provides aeration by mixing the materials and introducing fresh oxygen. In conclusion, maintaining the optimal temperature and ensuring proper aeration are both crucial for successful composting. Passive ventilation with PVC pipes can be useful in specific situations, but it's not the only way to achieve good results. A well-balanced mix of compostable materials and regular turning of the pile can also help you achieve a healthy, productive compost pile.

Very impressive!! Do you have a parts list for the electrics?