Grey ammonia is produced using hydrogen derived from Grey Steam Methane Reforming (Grey SMR), followed by ammonia synthesis through the Haber–Bosch process. Pyramid E&C offers modular, pre-engineered ammonia plants designed for reliable and cost-effective production.
Key Benefits
- Proven and widely adopted production route
- Modular and scalable plant configuration
- Faster project execution and reduced site risks
- Reliable and continuous ammonia production
- Future-ready design enabling transition to blue ammonia via HydroBlue® SMR integration
Blue ammonia builds on conventional production by incorporating low-carbon hydrogen solutions such as HydroBlue® SMR, significantly reducing emissions associated with hydrogen generation. By eliminating flue gas emissions and improving energy efficiency, Pyramid E&C enables cleaner ammonia production while leveraging existing infrastructure.
Our solutions integrate hydrogen production, nitrogen generation, and ammonia synthesis into a compact and efficient modular system.
Key Benefits
- Reduced carbon emissions compared to conventional processes
- ~30% lower natural gas consumption with HydroBlue® technology
- Elimination of flue gas emissions
- Lower operating costs and improved efficiency
- CO₂ by-product available for utilization, storage, or revenue generation
- Revenue potential through carbon credits and CO₂ utilization
Pyramid E&C offers standard, modular green ammonia plants fully integrated with Solid Oxide Electrolyser Cells (SOEC), enabling highly efficient hydrogen production using renewable energy. Our advanced heat and power integration reduces energy consumption by up to 30% compared to conventional electrolyser technologies.
For existing hydrogen producers, we provide ammonia plants tailored to the quality and specifications of available hydrogen. Additionally, the oxygen generated during electrolysis can be captured, compressed, or liquefied to create an additional revenue stream.
Key Benefits
- Zero carbon emissions at point of production
- Reduced energy consumption through SOEC integration
- Modular, scalable, and future-ready design
- O₂ by-product available for commercial use, enhancing plant economics
- Additional revenue from oxygen by-product
- Enables sustainable fuel and fertilizer production