Maximize the Performance with Lower Cost
Enterprises in cement industry face the problems of large energy consumption, low labor efficiency and high management costs in the operation of the plant. In today's competitive market, reducing production costs and improving profit margins have become the key development direction of many cement producers.

Based on the data of process parameters, material consumption, product quality and equipment operation status, SUPCON has built a multi-dimensional integrated management platform to create functional modules in line with daily management, and promote the transformation of enterprises from the previous extensive management to the refined management from different perspectives.

Finally, through the comprehensive integration of automation, digitalization, informatization and factory visualization, the construction of intelligent factory in cement industry is realized.
Life Cycle Management of Your Production Equipment with supEAM(M)-C
In cement industry, a lot of equipment has to work in a bad working environment for a long time , which leads the equipment is not optimized to a high degree, the equipment inspection & maintenance is difficult to be controlled,and the information of each equipment is isolated.

supEAM(M)-C carries out integrated life cycle management of equipment through start-up and shutdown management, preventive maintenance reminder, inspection management, spare parts management etc.
More Stable and Effcient Production with supCemtExpt Solution
supcemtExpt adopts advanced control strategy, which can significantly improve the performance of the control loop, reduce the fluctuation range of key operating parameters, reduce the working intensity of operators, improve the stability of product quality, and reduce the power consumption and coal consumption in the production process and improve the production efficiency through other optimization means.

Through the optimization of each production unit, the automatic operation rate of the plant is higher than 95%, and the operation stability is improved by 20% to 60%.
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