Climate before capacity
Heat, humidity, air, light and CO₂ are explored as interconnected design variables.
Future Roots is exploring how a compact, controlled cultivation module could contribute to local food production on Bonaire — designed with care and proven step by step.
The preferred direction is a straightforward commercial cultivation module inside a solar-roofed building, with a box-in-box clean core, controlled flows and PLC-first controls. This is a technical concept that still requires local, economic and operational validation.
Climate, hygiene, energy and decision-making are explored within the same system boundary.
Heat, humidity, air, light and CO₂ are explored as interconnected design variables.
Airlocks, cleanability and directed material flows form the basis of the hygiene architecture.
Grid power, solar generation, cooling and critical loads must first come together in an integrated energy model.
Every performance statement remains a hypothesis or assumption until appropriate evidence can support the claim.
Make the system boundary, assumptions and decision criteria explicit.
Test market, location, technology and regulation with local data.
Build only what is needed to answer the critical questions reliably.
Scale only after the predefined go/no-go criteria have been met.
The project structure, technical clean-core concept, decision framework and initial research backlog have been documented. The next step is focused validation of the critical local assumptions.
Open the private dossier