Installation for determining strain and creep in high-temperature materials

Shayakhmetov, U. Sh.; Vasin, K. A.; Valeev, I. M.

doi:10.1007/bf02693819

Cited by 1 publication

(2 citation statements)

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“…Despite various aggressive media, which in addition to temperature effects have a significant disruptive effect on the single-piece refractories, fireclay ceramics in the form of bricks and other elements remains a traditionally widely used material for the manufacturing of linings of many thermal units. In this regard, a very actual issue is the development of effective resource and energy saving technologies of repairing thermal unit linings allowing them to extend their service life [6][7][8][9][10].…”

Section: Introductionmentioning

confidence: 99%

“…In the Samara region there is a large number of chemical and petrochemical, metallurgical complexes and industries related to building materials which producelarge volumes of mineral by-products and waste characterized by high levels of fire resistance, melting point, etc. These include alyumino chromous spent catalysts, high-alumina slurry-like (pasty) wastes, scrap of refractory products, as well as the waste of brickworks [10][11][12].…”

Section: Introductionmentioning

confidence: 99%

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Resource and energy saving technologies of refractory linings of thermal units

2017

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Abstract. In Russian practice, the vast majority of thermal units and other industrial furnaces are still built with the use of single-piece ceramic refractories. The purpose of research was to develop a wide range of special materials suitable for repairs of any linings of thermal units. In accordance with the purpose, this paper solved the following tasks: Selecting reactive binders used in the compositions of refractory concrete capable of structural modification of any refractory lining materials; Developing impregnating-coating compositions based on reactive binders capable of forming a protective coating with high adhesive strengthen linings; Developing compositions of refractory ramming mixtures, used for the repair of large fragments of linings and having high adhesion to any refractory lining materials; Checking the effectiveness of the technology in production environment. In this paper, we used not only standard techniques but also specially designed ones, in particular, to determine the adhesion of refractory coating to the refractory lining materials. The technology of repair works consists of application of some or all of the above solutions depending on the state of worn out lining of the thermal unit. Testing was carried out on many sintering plants of Samara region where rotary kilns are operated. The use of such chemically active substances as phosphate bonds and sodium silicate solutes in special refractory repair compositions with different functional purpose, allowed increasing the durability of liners of expanded fire clay rotary kilns as a result of reparatory works. Some items from the general technological scheme of repair works to restore the linings of heating units may be used in industrial furnaces in many industries.

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%