As energy costs, emissions expectations, and regulatory pressure increase, ammonia and fertilizer producers are turning to improving energy efficiency as a practical path to lower costs and stronger operational performance. Yokogawa’s new eBook, Beyond Compliance: Lower Operating Costs Through Energy Efficiency, examines what this shift looks like in practice.
In ammonia and fertilizer production, energy is not simply an overhead. It is fundamental to plant economics. For nitrogen-based fertilizer plants, natural gas alone can account for 70 - 90% of production costs, functioning simultaneously as feedstock and fuel. As energy prices change, profit margins move with them. This reality makes energy efficiency an operational priority.
The pressure is coming from multiple directions. Gas price volatility continues to reshape production economics across Europe and beyond. Carbon pricing mechanisms — including the EU Emissions Trading System (ETS) and the Carbon Border Adjustment Mechanism (CBAM) — are adding a regulatory dimension to what was once purely a procurement issue. At the same time, downstream buyers and investors are applying growing scrutiny to the carbon intensity of ammonia and fertilizer production.
Yet most plants are not starting from a blank slate. Ammonia synthesis loops, reforming sections, steam systems, and compression trains are already instrumented. Energy data exists. The problem is that it rarely flows in a way that supports real-time operational decisions. Energy performance is often reviewed in retrospect, after the opportunity to act has passed.
The issue is not a lack of data. It is a lack of integration.
This is the core challenge addressed in Yokogawa's eBook, Beyond Compliance: Lower Operating Costs Through Energy Efficiency. While the eBook is written for process industries broadly, its central message applies directly to fertilizer operations: energy efficiency delivers lasting value only when it is embedded into how a plant runs, not just how it reports.
In a typical ammonia or urea plant, energy flows through tightly coupled systems: primary and secondary reformers, waste heat recovery, synthesis loop compression, steam networks, and utilities. These are rarely optimised as a connected whole. Combustion inefficiencies in the reformer section, steam imbalances, or sub-optimal heat recovery can persist undetected when each system is monitored in isolation.
Connecting these systems — with real-time energy visibility, integrated performance monitoring, and plant-wide optimisation — is where measurable gains emerge. Not through capital investment, but through better use of existing assets and data infrastructure.
Yokogawa's eBook frames this as a shift from fragmented, audit-driven energy management to a continuous model built around enterprise visibility, predictive analytics, and embedded optimisation that supports day-to-day operating decisions.
For fertilizer producers, this has a concrete bottom line. Improved energy intensity in ammonia production — even marginal reductions in gigajoules (GJ) per tonne — compounds quickly at production scale. Better combustion stability in the reformer reduces both fuel consumption and maintenance exposure. Tighter steam system control lowers utility costs and improves process reliability. And a plant-level energy performance baseline makes it easier to benchmark, to prioritise improvement projects, and to demonstrate carbon performance to regulators and offtake partners.
Energy optimisation is also, critically, the lowest-risk entry point into decarbonisation. Before blue or green ammonia projects are on the table, most plants have untapped potential in the efficiency of their existing grey ammonia production. That potential is recoverable without major capital, and it builds the operational foundation for whatever decarbonisation pathway comes next.
Download Yokogawa's eBook, Beyond Compliance: Lower Operating Costs Through Energy Efficiency, for a practical framework on how fertilizer and chemical producers can improve energy performance, reduce operating costs, and build a credible decarbonisation roadmap, starting with the assets already in place.