Purpose of the development: The technology is used for the synthesis of high-performance synthetic iron composite.

Recommended application field: Metallurgical enterprises.

Advantages over analogues: - Replacement of the fuel gas in the kiln factories central mining works hard; - Lower costs for natural gas firing units of the central mining and processing plants in 1.5-2 times; - A reduction of 35-40% of the cost of solid fuel compared with conventional agglomeration.

The development stage readiness: Ready for application

Description of the development:
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At the heart of the development is the implementation of the principles of physical and chemical design and elements of self-organization reaction volumes of the components that make up the fuel-rich layered system with the specified parameters. Synthetic iron composite - type iron material for blast furnace charge redistribution, which is produced in the form of spherical particles sinters granules and combines the best metallurgical properties of sinter and pellets. Limit fragment fracture cakes - granule, which is practically destroyed. By macrostructure specs - this block cellular system in varying degrees pripechennyh granules of hematite shell magnetite core. As a result of research: 1. The synthesized model of structure formation of the mineral fuel layer in the preparation of the hybrid sintering of iron ore feed material. 2. The models, algorithms and information technologies allow qualitatively and quantitatively reproduce the spatial structure of the layer with the fuel pellets at different initial conditions of simulated operations: - Control the synthesis of structure formation in the layer composite mineral fuel; - Programming technological properties of the end product of a hybrid domain for redistribution; - Study of the effect on structure formation and the ratio of fuel pellets for persistent compositions.

corresponds technical description
Guarantees stable results getting

Possibility of transfer abroad:
Technological document's sale
Combinated reduction to industrial level

Photo

Country Ukraine

For additional information turn to:
E-mail: gal@uintei.kiev.ua