In the steel industry, efficient energy management is crucial to maintaining profitability and sustainability. By-products such as blast furnace gas and coke oven gas serve as valuable fuel sources for power generation, but their energy contribution can vary widely based on their composition. Accurately measuring the calorific value of these gases – determined by their hydrogen, carbon monoxide, and methane content – is essential for optimizing energy utilization and controlling operational costs.

In this application note, we explore the importance of calorific value measurement in the steel-making process, the challenges posed by varying fuel gas compositions, and the innovative solutions available to ensure precise and reliable measurements. Whether you’re looking to enhance plant efficiency or gain deeper insights into energy management, this guide offers valuable perspectives for modern steel production.