Industry

Lavoisier

// PROJECT

Lavoisier is a fully autonomous container system that captures CO₂ from the air, electrolyzes water to extract hydrogen, synthesizes methane, purifies air, and produces drinking water and electricity, all with no external energy or resource input — offering a self-sustaining solution for clean water, climate mitigation, and off-grid energy.

 

Lavoisier - Tout se transforme. Même l’avenir.

Lavoisier — Closing the Loop of Energy, Air, and Water

Lavoisier is a fully autonomous 40-foot container that recreates a complete ecosystem of energy and sustainability.
It captures CO₂ directly from the atmosphere, extracts hydrogen from water, and synthesizes methane — a storable, usable green fuel.

Powered entirely by its own solar panels and internal energy cycle, Lavoisier produces electricity, purifies air, and generates potable water — without any external input.

Designed as a modular, deployable micro-factory, it can operate in any environment — from industrial zones to remote regions — transforming waste and air into clean power and resources.

One container. Zero emissions. Infinite autonomy.
Lavoisier — the first system that closes the loop between nature and technology.

1. CO₂ Capture

  • Air is pulled in through filters.

  • A direct air capture (DAC) module (e.g. membranes, solid sorbents, or mineralization) traps CO₂.

  • Result: concentrated CO₂ feedstock.

2. Water Splitting

  • Water (rain, condensation, or recycled) enters an electrolyzer.

  • Electricity from onboard generation splits H₂O into hydrogen (H₂) and oxygen (O₂).

  • O₂ can be released to purify air or stored.

3. Methane Synthesis

  • Captured CO₂ + produced H₂ feed a methanation reactor (e.g. Sabatier process).

  • Output: CH₄ (methane) + water vapor.

  • Methane is used directly in a generator.

4. Energy Generation

  • The system uses CH₄ in a microturbine or fuel cell to produce electricity.

  • Surplus electricity powers DAC, electrolysis, water purification, and container systems.

  • Excess electricity can be exported.

5. Air Purification

  • Part of the airflow exiting CO₂ capture is cleaned and enriched in oxygen.

  • Result: air purification as a byproduct.

6. Water Production

  • Electrolysis + condensation of vapor from methanation and cooling loops yields clean, drinkable water.

The container is designed as a self-sustaining unit: once started, it cycles carbon, hydrogen, and oxygen internally, producing electricity, water, and purified air without needing external fuel.