Ayda Log
4/16/26
Ayda,
Algae Aquaculture Biomethane vs Mowed Roadside Grass Methane
Like grass fed beef, i like grass fed biodigesters.
The Algea Aquaculture, correct me if i am wrong - is $6M for 100 households - and produces energy and fertilizer. We can do grass-fed biodigesters from mowing roadsides for about $5k per household- so about 10x lower cost. And open source. But it takes about 10x more area. I don't think that matters as we are not likely to run out of roadside mowing any time soon.
So in the initial implementation of a prototype civilization, I would not go with algae as we can do 10x lower cost. Going through the numbers - the point of the algae is that it takes about 10x less land in the AAC system than growing other crops on land. Remember that the final source of energy is solar radiation: no magic in terms of magically algae produce infinite energy. They still need the sun, just like plants.
Real numbers: grass for 100 households: about 10 acres per household.
Algae for 100 households - 1 acre per household. So we would need 100 acres of area for our 30 acre 240 person village 1.0. Not possible on the land we have. While we can do 1000 acres of mowed countryside roads (10 mile radius of mowing), which would be full time mowing during growing months. But it generates $150k of electricity value per year. Thus, from a technical assessment - no magic here. Is AAC claiming some magic beyond what I'm describing above? If we use the methane for fuel, instead of generating electricity - that same mowing would yield us $400k in displaced fuel costs - so that is actually much better than generating electricity. As we can do electricity easily with PV, and just some backup power with methane.
You can read all this at https://chatgpt.com/share/69e112b5-21ec-83ea-b15a-bdca46251175 In practical terms, we are building a biodigester so we will want to test the methane compression as soon as possible. Which leads to solving the coordination problem for open source...which is the core issue we are trying to solve.
Seed Eco-Home Economics
Bottom line cost: $60k materials, $40k labor. Compared to industry standards of $120k in labor for the same home. So our labor cost 1/3 the industry standard ! That means: !!!!!!!!!!!!!!!!!!!!!! That is real. But it's also unreal because we don't have a trained crew. No free lunch: extreme training by leverage rapid learning capacity tools such as iconic cad and rapid learning facility. Base business model:24 people crews build 50 homes per year, 5 days each. That is the model we're trying to prove. That is $5M net. Note it's net, not gross. Modeled revenue is $100k net per. The first home sold gave us '$80k net' - not counting my documentation time which is really the core of what enables the rapid build. Just in case you don't know - our advantage comes from providing executable blueprints - so we don't need to hire expensive specialists and instead do it with a diversified cross-skill crew. Did you know this? Plus, our design is optimized for efficient build. So if we demonstrate the first $5M enterprise, we are home free, no pun intended, as that model can scale until everybody is doing it and we move on to other frontiers of freedom. For the 'Apprenticeship' - the base model is this: 1. Tuition- 24*$15 for 10 months - $360k 2. Builder Crash Course (every 3 months) - is ran at beginning of the apprenticeship. Students organize successive builder crash courses (every 3 months). - Revenue - $100k at $2k/seat *3 per year3. House builds - 24 crew builds a house every 6 weeks working 2 days per week, studying 3 days per week. Students get stipend. The study is th full integrated learning program. 6 homes sold per year - $600k net.
TOTAL revenue per cohort - $1.26M/year. This would cover costs - 3 full time staff per cohort, infrastructure build. So the bottom line is - education/production would be the core economic engine.
Marcin