We are developing alternative, low‑carbon ammonia production pathways using subsurface systems. This work builds on established subsurface engineering practices and advances in microbiology and geochemistry to investigate fundamentally different routes to ammonia production.

Why Ammonia Matters

Ammonia is a cornerstone of the global economy. It underpins food production through fertilizers and is increasingly viewed as a critical energy carrier and hydrogen vector in low‑carbon energy systems. Today, however, ammonia production remains highly energy‑intensive and carbon‑emissive, making it a priority target for decarbonization.

While significant effort has gone into improving or adapting conventional production routes, there is growing interest in fundamentally different approaches that could bypass the constraints of existing processes altogether.

MAGIE: A New Route to Low‑Carbon Ammonia

MAGIE (Microbiological Ammonia Generation in the Subsurface) is a patent‑pending technology concept developed by LysisLogic that explores an alternative route to ammonia production using subsurface systems.

Rather than optimizing surface‑based infrastructure, MAGIE develops tools for assessing and utilizing subsurface reservoirs (long used by the energy industry) as controlled, secure reactors for ammonia production. The tools are also applicable to more general use of subsurface reactors for secure chemical production. The concept builds on established subsurface engineering practices and advances in biological and geochemical understanding, while deliberately exploring a different technical axis from conventional or catalytic ammonia pathways.

MAGIE represents a distinct intellectual property position and a long‑term opportunity to rethink how and where ammonia could be produced at scale. The technology is protected by patent‑pending intellectual property covering core aspects of the concept and its application within subsurface environments.

Role of LysisLogic

LysisLogic developed the MAGIE concept and leads its ongoing technical development. Our role is to execute the underlying R&D, manage technical risk, and mature the technology toward a form suitable for commercialization.

MAGIE is an example of how LysisLogic develops proprietary energy technologies internally, combining applied science, subsurface expertise, and disciplined R&D execution, while maintaining a clear separation between public positioning and protected know‑how.

Partnerships and Commercialization

LysisLogic is actively seeking partners interested in the further development, piloting, and commercialization of MAGIE. This includes potential collaboration with industrial operators, technology developers, investors, and strategic partners with interests in ammonia, fertilizers, energy transition, or subsurface systems.

Engagement models may include joint development, licensing, or the formation of a dedicated venture, depending on partner objectives and project scope.

If you are interested in exploring collaboration around MAGIE, we invite you to contact us at energy@lysislogic.com to discuss alignment and next steps.