The article deals with issues of integrated waste-free processing of electric arc furnaces dust. It is shown that it is possible to obtain a whole range of valuable commodity products on both metal and non-metal bases as a result of the electric arc furnaces dust complex processing. Integrated waste-free processing reduces the arc furnaces dust impact on the environment and produces a number of valuable commercial products. © The Authors, published by EDP Sciences.Russian Foundation for Basic Research, RFBR: 18-29-24064\18The reported study was funded by RFBR according to the research project No. 18-29-24064\18
In the paper was presented innovative solutions of sludge and dust management generated by metallurg...
The article deals with the problems of slags processing from copper-smelting production, both curren...
When galvanized steel scrap is recycled, zinc containing EAF dusts are produced. The dominant recyc...
The article deals with issues of integrated waste-free processing of electric arc furnaces dust. It ...
Scrap processed in the electric arc furnace (EAF) process in the form of car bodies or housings of h...
The paper gives a common outline about the known recycling techniques from electric arc furnace dus...
This article presents a description of the carbothermic process concerning production of iron-silico...
Činjenica da je elektropećna prašina opasni proizvodni otpad kao i to da nije iz ekon...
© 2017 Elsevier Ltd Electric arc furnace (EAF) dust is an important secondary resource which contain...
Recycling of by-products of the steelmaking process in electric arc (EAF) furnaces is an important a...
In the article “Uzmetkobinat” JSC, which is the heavy industry of our republic alco with the extensi...
Steel scrap recycling is generally performed by direct smelting of scrap in electric arc furnaces, g...
The modern steel industry uses electric arc furnace (EAF) technology to manufacture steel. A major d...
In the process of steel production by electric arc furnace (EAF), it is found that 10 to 20 kg of du...
An important problem in metallurgy of iron and steel is management of hydrated, fine-grained, iron-b...
In the paper was presented innovative solutions of sludge and dust management generated by metallurg...
The article deals with the problems of slags processing from copper-smelting production, both curren...
When galvanized steel scrap is recycled, zinc containing EAF dusts are produced. The dominant recyc...
The article deals with issues of integrated waste-free processing of electric arc furnaces dust. It ...
Scrap processed in the electric arc furnace (EAF) process in the form of car bodies or housings of h...
The paper gives a common outline about the known recycling techniques from electric arc furnace dus...
This article presents a description of the carbothermic process concerning production of iron-silico...
Činjenica da je elektropećna prašina opasni proizvodni otpad kao i to da nije iz ekon...
© 2017 Elsevier Ltd Electric arc furnace (EAF) dust is an important secondary resource which contain...
Recycling of by-products of the steelmaking process in electric arc (EAF) furnaces is an important a...
In the article “Uzmetkobinat” JSC, which is the heavy industry of our republic alco with the extensi...
Steel scrap recycling is generally performed by direct smelting of scrap in electric arc furnaces, g...
The modern steel industry uses electric arc furnace (EAF) technology to manufacture steel. A major d...
In the process of steel production by electric arc furnace (EAF), it is found that 10 to 20 kg of du...
An important problem in metallurgy of iron and steel is management of hydrated, fine-grained, iron-b...
In the paper was presented innovative solutions of sludge and dust management generated by metallurg...
The article deals with the problems of slags processing from copper-smelting production, both curren...
When galvanized steel scrap is recycled, zinc containing EAF dusts are produced. The dominant recyc...