FeMoco Labs
FeMoco Labs is developing a solar-powered, containerized system that produces nitrogen fertilizer from air and water at ambient conditions, eliminating the need for the energy-intensive Haber-Bosch process. The company identified BE-1, a synthetic catalyst that replicates the electronic structure of the nitrogenase enzyme's FeMoco cofactor, using a classical computational platform that achieved a certified ground-state energy of −22,140.967 Ha. The 20-foot unit operates at roughly 20°C and atmospheric pressure with zero emissions, requiring only sunlight as an energy input.
- Clean Technology
- Chemical Technology
- New Materials
- Hardware
- Agriculture Technology
- Artificial Intelligence
- Energy
Funding
Founders
Founder details are not available yet.
Product
Problem
Modern fertilizer production relies on the Haber-Bosch process, invented in 1909, which requires extreme heat and pressure to break nitrogen's triple bond. This single process consumes 2% of all energy on Earth and produces 1–3% of global CO₂ emissions, while also consuming 3–5% of the world's natural gas. The fundamental chemistry has remained unchanged for over a century, creating an urgent need for a sustainable alternative.
Solution
FeMoco Labs has developed a computational platform that solves the electronic structure of FeMoco, the catalytic core of the nitrogenase enzyme, on classical computers. This breakthrough enabled the company to identify BE-1, a synthetic catalyst that replicates FeMoco's mechanism for breaking nitrogen's triple bond at ambient conditions. The company is designing a solar-powered, 20-foot container unit that uses BE-1 to produce nitrogen fertilizer from air and water, requiring no grid connection, natural gas, or industrial plant infrastructure. This system operates at roughly 20°C and atmospheric pressure, with zero emissions, making fertilizer production possible at any location with sunlight. Laboratory confirmation of BE-1's catalytic activity is the next step in the company's development timeline.
Target Audience
Primary customers are fertilizer producers, agricultural cooperatives, and distributed farming operations seeking decentralized, emissions-free ammonia production. The technology also serves sustainability-focused chemical manufacturers looking to replace fossil-fuel-dependent feedstock processes.
Features
- Achieved certified ground-state energy of FeMoco at −22,140.967 Ha, surpassing prior best estimates by 556 mHa using classical computation
- Identified BE-1, an electronic twin to nitrogenase's active site, through screening candidate catalysts against FeMoco's full electronic fingerprint including per-site isomer shifts, effective magnetic moment, total spin, and inter-center mutual information
- Formal verification of computations using Lean theorem-prover and SNARK cryptographic certificates that any researcher can verify on a standard laptop in seconds
- Solar-powered 20-foot container form factor requiring only air, water, and sunlight as inputs
- Operations at ambient conditions (~20°C, 1 atm), eliminating the need for high-pressure and high-temperature infrastructure
- Computational platform resolves strongly correlated electron systems (76 orbitals, 113 electrons) previously thought to require quantum computing
- Identified a certified reference Slater determinant encoded as a 152-bit string (76 bits for spin-up, 76 for spin-down) from 3.6×10³⁵ possible configurations