Installation for Efficient Cotton Drying Using Functional Ceramics
This installation utilizes two types of ceramic materials: one ensures high-quality and efficient drying of raw cotton, while the other prevents the formation of peroxide radicals in cotton seeds due to the cottonseed oil contained in them.
Preliminary results have shown that infrared drying with functional ceramics reduces total energy consumption by 9.4 times compared to traditional methods, while electricity costs are more than 2.3 times lower.
Additionally, one of the primary goals is to reduce energy consumption and shorten the technological process duration.
Benefits of Using Functional Ceramics in Cotton Drying Systems:
This installation utilizes two types of ceramic materials: one ensures high-quality and efficient drying of raw cotton, while the other prevents the formation of peroxide radicals in cotton seeds due to the cottonseed oil contained in them.
Preliminary results have shown that infrared drying with functional ceramics reduces total energy consumption by 9.4 times compared to traditional methods, while electricity costs are more than 2.3 times lower.
Additionally, one of the primary goals is to reduce energy consumption and shorten the technological process duration.
Benefits of Using Functional Ceramics in Cotton Drying Systems:
- Reduction of electricity consumption by more than 2.3 times
- Elimination of liquid fuel combustion
- Reduction of total energy consumption by 9.4 times
- Significant simplification of the technology
- Increased equipment reliability and substantial reduction in material consumption
Calculations of Economic Indicators for Traditional and IR Drying of One Ton of Raw Cotton with a Moisture Reduction of 1-3%. (Based on 2013 Prices)
Cotton Raw Drying Unit with a Capacity of 10 Tons per Hour
Drying time reduced from 30 minutes to 1 minute.
Total energy consumption for raw cotton processing is reduced by 10 times or more.
Processed seeds simultaneously undergo growth stimulation, development, and sterilization.
Yield increases by an average of 150 kg/ha, and the maturation period is shortened by 5 days, eliminating the need for pesticides.
Total energy consumption for raw cotton processing is reduced by 10 times or more.
Processed seeds simultaneously undergo growth stimulation, development, and sterilization.
Yield increases by an average of 150 kg/ha, and the maturation period is shortened by 5 days, eliminating the need for pesticides.
