MirShine Advances Ammonia-Based Desulfurization Technology for Industrial Ultra-Low Emission Applications

As global environmental regulations continue to tighten, industrial enterprises are accelerating the upgrade of flue gas treatment systems to meet ultra-low emission standards. In this context, ammonia-based desulfurization technology is gaining increasing attention due to its high efficiency, resource recovery capability, and adaptability to complex industrial conditions.

MirShine Environmental has been continuously optimizing its ammonia-based flue gas desulfurization (FGD) systems to improve overall performance, operational stability, and environmental compliance. The upgraded system is designed to efficiently remove sulfur dioxide (SO₂) from industrial flue gas while enabling the conversion of sulfur compounds into ammonium sulfate, a valuable by-product widely used in agricultural applications.

Compared with conventional limestone-gypsum desulfurization processes, ammonia-based systems offer several key advantages. These include a more compact system layout, reduced water consumption, elimination of desulfurization wastewater, and improved suitability for retrofit projects in existing industrial facilities. These characteristics make the technology particularly suitable for power plants, steel mills, coal chemical facilities, and industrial boilers where space and resource constraints are common.

In addition, MirShine’s engineering approach focuses on addressing key operational challenges such as ammonia slip and condensable particulate matter (CPM). Through optimized process design and staged purification technology, the system improves ammonia utilization efficiency while reducing secondary pollutant formation, supporting more comprehensive environmental performance.

With industrial emission standards becoming increasingly strict, especially regarding PM2.5-related pollutants and multi-component emission control, integrated solutions are becoming essential. MirShine continues to invest in research and engineering development to ensure its technologies align with global sustainability requirements and long-term regulatory trends.

The company stated that future development will continue to focus on improving system efficiency, enhancing resource recovery value, and supporting industrial clients in achieving both environmental compliance and economic performance.