Blast Furnace Slag Dehydrator
The blast furnace slag dewatering machine plays an important role in the treatment of blast furnace slag,
Classification:
Key words: casting and forging
Sales Hotline:
The blast furnace slag dewatering machine plays an important role in the treatment of blast furnace slag, mainly used to remove moisture from the slag, improving treatment efficiency and resource recovery rate. Below is a detailed introduction, characteristics, and applications of the blast furnace slag dewatering machine:
Definition and Function
The blast furnace slag dewatering machine is mainly used to remove moisture from the blast furnace slag, making it easier for subsequent treatment and recovery. Blast furnace slag is a solid waste produced during the steelmaking process, containing a large amount of moisture. Direct treatment is not only inefficient but may also impact the environment. Pre-treatment with a dewatering machine can effectively improve the treatment efficiency and resource recovery rate of blast furnace slag.
Working Principle and Technical Characteristics
The working principle of the dewatering machine mainly utilizes mechanical pressure, vacuum adsorption, or thermal drying methods to remove moisture. Different types of dewatering machines have different technical characteristics, but overall they pursue the goals of high efficiency, energy saving, and environmental protection. For example, some advanced dewatering machines use automated control systems to automatically adjust working parameters based on the moisture content and treatment needs of the blast furnace slag to achieve optimal dewatering results. In addition, dewatering machines also focus on energy saving and emission reduction by optimizing workflows and reducing energy consumption, thereby minimizing negative impacts on the environment.
Application Scenarios and Importance
In the treatment process of blast furnace slag, dewatering machines are key equipment for improving treatment efficiency and resource recovery rate. Dewatered blast furnace slag can be more easily crushed, screened, and magnetically separated in subsequent processes, thus more effectively recovering valuable metal elements. Moreover, dewatering machines help reduce environmental pollution during the treatment of blast furnace slag by removing moisture, which decreases wastewater discharge and gas emissions, thereby lowering the impact on the environment.
Environmental Contribution
With the increasing awareness of environmental protection, the steel industry faces increasingly stringent environmental requirements. The application of dewatering technology not only improves the treatment efficiency of blast furnace slag but also makes significant contributions to the green development of the steel industry. By reducing wastewater and gas emissions, dewatering technology helps steel enterprises achieve environmental protection goals and promotes sustainable development in the industry. At the same time, dewatering technology also helps improve resource recovery rates, achieve effective resource utilization, further reduce production costs, and decrease reliance on natural resources.
Soil type of stratum | Soft rock and clay |
Minimum turning curve radius | 250m |
Maximum slope | 3.50% |
Total length | 9m (approximately) |
Total weight | 370 tons (approximately) |
Excavation diameter | 6,400mm |
Outer diameter of front shield | 6,390mm |
Outer diameter of the shield | 6,380mm |
Outer diameter of tail shield | 6,370mm |
Shield tail gap | 45mm |
Total equipment power | 1650kW (approximately) |
Maximum excavation speed | 80mm/min |
Maximum thrust | 42575kN |
Shield tail seal | 3 rows of sealing brushes |
Soil pressure sensor | Three, on the earth pressure wall |
Hydraulic sensor | 4, 1 for each propulsion cylinder group |
Main bearing life | 10000 hours, according to DIN ISO 281, L10 |
Maximum work pressure | 3bar |
Maximum design pressure | 4.5bar |
Including the total length of supporting facilities | 72m |
Related Products
Consultation
If you are interested in our products, please leave your email, we will contact you as soon as possible, thank you!