8/3/2026 12:00:00 PM
- Testing combines Amogy’s ammonia reformer with 2G’s multi-fuel engine technology, advancing fuel-flexible on-site power generation utilizing either ammonia or natural gas
Amogy and 2G Energy announced today the successful completion of integrated ammonia-to-power testing at Amogy’s Houston facility, marking an important milestone toward commercial fuel-flexible power generation for data centers and other power-intensive applications.
Designed to generate power using either natural gas or ammonia, the integrated solution provides reliable on-site power with the flexibility of a diversified fuel supply. This includes options for using readily available natural gas today, while establishing a phased transition towards ammonia over time. This solution helps data centers and other power-intensive facilities address immediate power needs while supporting longer-term decarbonization goals.
The AMMDrive™ solution pairs Amogy’s ammonia reformer with a 2G Agenitor 412 reciprocating engine-generator set. During testing, Amogy’s reformer converted ammonia into a hydrogen-rich reformate fuel stream, which fueled the 2G engine to generate electricity, meeting the key performance metrics required for commercial deployments. The 2G engine can also be configured as a cogeneration system, producing electricity and usable thermal energy, such as hot water, simultaneously to maximize overall system efficiency.
The demonstration confirmed the core technical interface between the ammonia reformer and engine, including fuel delivery, controls, and integrated system operation, bringing the integrated solution closer to commercial deployment.
Fuel flexibility for reliable power and a pathway to decarbonization. As demand for reliable on-site power continues to grow, many customers are looking for solutions that balance today’s operational realities with future clean energy objectives. The integrated multi-fuel solution enables customers to generate power using either ammonia – converted into hydrogen-rich fuel through Amogy’s reformer – or natural gas. This enables immediate emissions reductions or a phased transition in which natural gas is progressively displaced by hydrogen produced from low-carbon ammonia.
The AMMDrive’s modular architecture allows for phased capacity expansion as customer demand grows, helping align power availability with the pace of facility development while supporting data centers and other power-intensive industries facing constrained grid access and lengthy infrastructure timelines.
“This successful test is an important proof point for Amogy’s ammonia-to-power platform and for customers seeking flexible, reliable power,” said Seonghoon Woo, CEO of Amogy. “Customers need solutions that can meet today’s power constraints without limiting future opportunities. By integrating our reformer with 2G’s engine technology, we’re giving customers a practical way to meet immediate power needs while creating a pathway to incorporate ammonia to support longer-term decarbonization strategies.”
“This collaboration demonstrates the adaptability of 2G’s engine platform and its ability to support a broad range of fuel pathways, including ammonia-derived hydrogen,” said Pablo Hofelich, CEO of 2G Energy. “Our modular engine technology is designed to deliver reliable power while adapting to evolving customer requirements. Together with Amogy, we’re expanding the potential for practical, fuel-flexible, lower-carbon power solutions across a range of commercial applications.”
