As a result of the high amount of energy being consumed in the field of size reduction and the concentration on the energy field in recent years, long-term studies have been carried out on the improvement of the technologies used in the industry and the adaptation of new technologies to the existing system. 

For this purpose, after numerous laboratory and pilot-scale studies on the integration of dry horizontal stirred mill technology into grinding circuits so that we are able to perform industrial practices. According to the data obtained from our assessments and the results of our engineering studies, it has been observed that 20% and more energy saving is possible under proper manufacturing conditions during the use of the horizontal stirred mill for the industry. 

Minerva Pamir, i.e., dry horizontal stirred mill technology can be used in manufacturing applications where fine grinding is required. Especially in the cement industry, it is possible to develop designs to increase the energy efficiency of the grinding circuit without sacrificing the quality of products.   

In order to protect our industrialists from the disadvantages of the carbon tax that will become effective in 2026, we are already implementing projects to reduce energy consumption per ton for the low-level carbon generation goals. 

Through the tests we conduct in our R&D center, we are able to manage the necessary parameters and suggest the optimal options for energy saving.