coal slurry flotation equipment

Industry case background

Coal slurry flotation is the core process of coal washing, which achieves efficient separation of coal and gangue through the synergistic effect of collectors and frothers. However, traditional flotation processes have long been plagued by industry pain points such as low efficiency and unstable product quality. To this end, Sinsegye, in collaboration with university research teams, has successfully achieved the transformation of technological achievements, designed an intelligent flotation equipment transformation plan, and promoted industry technological upgrading.

Customer Demand

• Strong dependence on manual operation: The dosage of medication depends on empirical judgment, and insufficient professional competence of personnel can easily lead to inaccurate dosage and large fluctuations in flotation efficiency.  
• Outdated equipment: The rudimentary dosing device cannot respond in real-time to changes in coal slurry status, resulting in poor stability.  
• Large fluctuations in coal quality: There are significant differences in ash content and particle size between different batches of coal slurry, and there is a lack of dynamic detection methods, making it difficult to accurately match reagents.
• Difficulty in technology transformation: Due to limited equipment production experience in schools, research achievements are difficult to implement.   

Scenario solution framework:

Characteristics of SINSEGYE's solution

Reduce cost and increase efficiency

By precisely controlling the dosage of flotation reagents, the flotation effect is ensured while significantly reducing reagent waste, achieving cost optimization and efficiency improvement.

System integration

The SP7022 intelligent machine adopts a dual domain system architecture design, which effectively saves space, simplifies the installation process, supports rapid deployment, and greatly improves project implementation efficiency.

Intelligent supervision

Introduce automated intelligent devices to achieve unmanned operation throughout the entire process, reduce manual intervention, and improve management efficiency and operational stability.

Scientific research landing

The successful commercialization of scientific research achievements promotes the transfer of technology from the laboratory to the market and accelerates industrial upgrading.