The webinar will end with a Q&A session and will last up to one hour.
As the ammonia industry transitions toward lower-carbon production, project developers increasingly seek integrated solutions that optimize hydrogen production, ammonia synthesis, downstream fertilizers, and utility systems. NEXTCHEM and Stamicarbon offer a comprehensive technology portfolio spanning SMR, ATR, CPO, and electrolysis-based hydrogen production, combined with high-pressure (HP) and medium-pressure (MP) ammonia synthesis loop technologies, enabling optimized solutions across a broad range of plant capacities and project requirements.
This paper highlights key technology features that improve energy efficiency, reduce equipment count, and enhance project economics through PSA-based hydrogen purification, high-efficiency ammonia synthesis, purge-gas recovery and integration, utility integration, and optimized CO₂ recovery and utilization. The benefits of integrating ammonia plants with hydrogen generation and downstream urea, nitrate, and other fertilizer units are demonstrated through selected commercial project examples, showing how process and utility integration can unlock additional value and improve overall plant performance.
In addition to grassroots projects, Stamicarbon and NEXTCHEM support ammonia producers through revamps, debottlenecking, energy-efficiency improvements, plant assessments, and other lifecycle technical services. By combining proven technologies with integrated project solutions, the approach enables both new and existing facilities to improve competitiveness, reduce carbon intensity, and maximize long-term asset value.
NEXTCHEM is MAIRE’s company dedicated to Sustainable Technology Solutions.
We enable energy transition through innovative technologies within our three business lines: Sustainable Fertilizers & Nitrogen-Based Fuels, Low-Carbon Energy Vectors, and Sustainable Materials & Circular Solutions.
www.nextchem.com
This paper highlights key technology features that improve energy efficiency, reduce equipment count, and enhance project economics through PSA-based hydrogen purification, high-efficiency ammonia synthesis, purge-gas recovery and integration, utility integration, and optimized CO₂ recovery and utilization. The benefits of integrating ammonia plants with hydrogen generation and downstream urea, nitrate, and other fertilizer units are demonstrated through selected commercial project examples, showing how process and utility integration can unlock additional value and improve overall plant performance.
In addition to grassroots projects, Stamicarbon and NEXTCHEM support ammonia producers through revamps, debottlenecking, energy-efficiency improvements, plant assessments, and other lifecycle technical services. By combining proven technologies with integrated project solutions, the approach enables both new and existing facilities to improve competitiveness, reduce carbon intensity, and maximize long-term asset value.
NEXTCHEM is MAIRE’s company dedicated to Sustainable Technology Solutions.
We enable energy transition through innovative technologies within our three business lines: Sustainable Fertilizers & Nitrogen-Based Fuels, Low-Carbon Energy Vectors, and Sustainable Materials & Circular Solutions.
www.nextchem.com
