A selection of reference installations showing our experience in bulk material loading and industrial dust control. Select a tag to filter related project case studies.
A high-efficiency wet dust collection system was applied to a steel slag secondary processing line, ensuring effective dust control throughout the material handling process.
A wet dust collection system was upgraded for a sinter mixer in a steel plant, effectively controlling dust emissions at material feeding and transfer points.
A wet dust collection system was implemented for metal polishing and grinding operations, effectively controlling combustible dust and significantly reducing explosion risks.
A long-travel telescopic loading spout system was applied to port ship loading operations, effectively reducing dust emissions while ensuring stable and efficient bulk material transfer.
A telescopic loading spout system was applied to grain ship loading operations, improving dust control performance while ensuring efficient and stable bulk material transfer.
An intelligent loading spout system was applied for cement tanker loading, enabling precise positioning, efficient material transfer, and improved dust control performance.
A telescopic loading spout system was applied for high-drop aggregate handling, effectively reducing dust generation during unloading while maintaining stable material flow.
A bulk loading spout system was applied to a port truck loading station, improving unloading efficiency while effectively reducing dust dispersion during material transfer.
A dry fog dust suppression system was applied to stacker operations in a steel plant, effectively reducing dust emissions during both stacking and reclaiming processes.
A dry fog dust suppression system was implemented for a truck loading station at a concrete mixing plant, effectively controlling dust dispersion during material unloading and vehicle movement.
A targeted dry fog dust suppression system was implemented for a high-elevation C-type stockyard in a steel plant, effectively controlling dust emissions at conveyor transfer points and shuttle discharge areas without increasing material moisture.