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As a total solution provider for grinding equipment, we not only provide customers with grinding equipment and services from single to complete systems, but also expertise covering the entire process chain of mineral processing. We specialize in customer needs in different fields. The product processing range covers 1-3mm coarse powder, 20-400 mesh fine powder, 400-1250 mesh ultrafine powder and 1250-3250 mesh micropowder.
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top blowing rotary converter

Top Blown Rotary Converter (TBRC) Inprotec

Top Blown Rotary Converter (TBRC) The TBRC is a pyro-metallurgical furnace which has many applications and was first introduced as the ‘Kaldo Converter’ in the steel industry. The technology was then adopted by the Copper and Nickel industry, and is now a mainstream technology for the recovery, upgrade and refinement of Precious Metals and

Top blown rotating converter | SMS group

TBRC (top blown rotating converters) smelt and convert various primary and secondary raw materials to extract Cu, Ni, Pb, Zn, Sn, and precious metals. Furthermore, especially in recycling, this type of converter is ideal for smelting E-waste. The batch process takes place in a rotating vessel. Next comes heating and converting by a central

Top-blown rotary converter | Article about top-blown

Looking for top-blown rotary converter? Find out information about top-blown rotary converter. A rotary converter used for making nickel and steel; oxygen and other gases are fed to the furnace by a lance at the elevated end of the converter to permitExplanation of top-blown rotary converter

Kaldo converter Wikipedia

The Kaldo type converted is commonly known as a Top-Blown Rotary Converter (TBRC) in non-ferrous metal smelting terminology. By the 1970s the Kaldo furnace was in common use for copper and nickel smelting. A Kaldo converter for the smelting of lead was constructed by Boliden in Sweden in 1976.

Bottom-blown oxygen converter Wikipedia

By injecting the oxygen directly into the bath, rather than blowing it on top (as in the case of the reverberatory cupellation furnace or top-blown rotary converters), the oxygen transfer efficiency is not impeded by the presence of the slag layer. It results in an oxygen utilization efficiency approaching 100%.

TBRC JW Technologies

Top Blown Rotary Converter (TBRC) The TBRC is a high-speed, rotating vessel fired by an oxy-fuel lances. Both the lancing technique and the rotation of the vessel provide remarkable augmentation in mass transfer rates compared with reverberatory or rotary furnaces.

Top-blown rotary converter Mintek

Top-blown rotary converter . 0.5 m O.D. tiltable rotating furnace (1500°C max) 120 kW oxygen-propane burner Control system The TBRC is a tilting, rotary furnace equipped with an oxygen-propane lance

Recycling Technology Aurubis

In a top blown rotary converter (TBRC) the copper content is further enriched to 95 % and tin and lead are separated into a slag. The tin-lead slag is subsequently processed into a tin-lead alloy in the directly connected tin-lead furnace. During the KRS process, zinc is enriched in the KRS oxide, a flue dust.

Top Blown Rotary Furnace

11/01/2017· The TBRF is a pyro-metallurgical furnace which has many applications. This technology was initially adopted by the Copper and Nickel industry, and is now a mainstream technology for the recovery

作者: Italimpianti Orafi

TBRC (kaldo converter)- Rotation in lancing position

06/07/2017· TBRC (Kaldo converter)- Rotation in lancing position.

作者: Rahul Tiwari

Top-blown rotary converter process | metallurgy |

Other articles where Top-blown rotary converter process is discussed: metallurgy: Matte smelting:are the Noranda, TBRC (top-blown rotary converter), and XMSH processes. The Noranda reactor is a horizontal cylindrical furnace with a depression in the centre where the metal collects and a raised hearth at one end where the slag is run off.

Top Blown Rotary Converter (TBRC) Smelting-Metal

Top Blown Rotary Converter (TBRC) Smelting TBRC is an advanced smelting equipment for treating anode slime, WEEE, non-ferrous metal smelting slag and setting slurry to recover gold, silver, other precious metal and rare metal.

Furnaces for the copper industry ANDRITZ

Top Blown Rotary Converter. The MAERZ TBRC (Top Blown Rotary Converter) is a general purpose unit for the copper and precious metals production. A central feature of the Top Blown Rotary Converter (TBRC) is the constantly high melting and refining efficiency. Typical input materials include copper scrap of different qualities, precious metal

Processing precious metals in a top-blown rotary

Electric Furnace Platinum Group Metal Oxygen Enrichment Matte Grade Converter Slag These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.

PM Kaldo Furnace, Top Blown Rotary Converter

Outotec Kaldo Furnace technology draws on our wealth of experience in traditional top blown rotary converters (TBRC) in the steel and non-ferrous industries. Instead of using separate vessels for smelting, reducing, and converting, all of these steps can be executed with the Outotec Kaldo Furnace.

Andritz MAERZ GmbH COPPER DIVISION

TOP BLOWN ROTARY CONVERTER 10 – 140 T PERCE SMTH CONVERTER 100 –400 T HEARTH SHAFT FURNACE (& DTF) 14 – 40 T/H Copper Re cycling Conference 2012. PROCESSING INDUSTRY ASARCO Type Shaft Furnaces Tilting Reverberatory Furnaces Drum Type and Elliptcal Furnaces Top Blown Rotary Refiners MAERZ “Direct-to-Wire” Technology MAERZ “Direct-to-Shape” Technology

Products Inprotec

Products All equipment is designed and supplied for customer requirements against our standard and proven designs. We can provide; The complete turnkey plant

Top Blown Rotary Furnace | Italimpianti Orafi

Top Blown Rotary Furnace The TBRF is a pyro-metallurgical furnace which has many applications. This technology was initially adopted by the Copper and Nickel industry, and is now a mainstream technology for the recovery, upgrade and refinement of Precious Metals and is used widely for:

The treatment of copper refinery anode slimes |

Of particular interest in the treatment of slimes are the behavior and recovery of selenium. The understanding of the process chemistry involved in the treatment of anode slimes should be aided considerably by recent work on the formation and characterization of slimes. Most promising is a direct furnace treatment of decopperized and

Kaldo converter Wikipedia

A Kaldo converter (using the Kaldo process or Stora-Kaldo process) is a rotary vessel oxygen based metal refining method.Originally applied to the refining of iron into steel, with most installations in the 1960s, the process is (2014) used primarily to refine non ferrous metals, typically copper.

RessouRec

Top Blown Rotary Converter Model. Top Blown Rotary Converter Discharge. Hydro-Metallurgy. Heating Microscope. Slag calculations. Welcome The Research Studio RessouRec deals with the optimization of metal recovery from industrial waste materials in terms of energy and resource efficiency. In particulary two aspects have to be considered: The focus lies on zinc, lead and copper residues

Andritz MAERZ GmbH COPPER DIVISION

TOP BLOWN ROTARY CONVERTER 10 – 140 T PERCE SMTH CONVERTER 100 –400 T HEARTH SHAFT FURNACE (& DTF) 14 – 40 T/H Copper Re cycling Conference 2012. PROCESSING INDUSTRY ASARCO Type Shaft Furnaces Tilting Reverberatory Furnaces Drum Type and Elliptcal Furnaces Top Blown Rotary Refiners MAERZ “Direct-to-Wire” Technology MAERZ “Direct-to-Shape” Technology

Nickel refinery in Canada optimizes the process of

Nickel refinery in Canada optimizes the process of rotary converter exchange A 90-ton Top Blown Rotary Converter shell moves steadily and easily into the NRC aisle thanks to the new Hydra-Slide system, Copper Cliff, Ontario, May 21, 2015 . We are always on the lookout for new systems and technologies that will help us do our work better and more efficiently. So when our colleagues in

Top Blown Rotary Converter (tbrc) Buy Rotary

Top Blown Rotary Converter (tbrc) , Find Complete Details about Top Blown Rotary Converter (tbrc),Rotary Converter,Blast Furnace,Convertor from Industrial Furnace Supplier or Manufacturer-Unionsum International Industrial Co., Ltd.

Converter Chemetco Estate

One of Three Metallo 70 Ton gas top blown rotary converter bearing furnaces, installed 1981 1982,Vessel height 18’-8 3/8” x 11’-9 ¾” diameter. Hydraulic rotate is a two speed by-directional drive. Fast speed with a Rexroth A2V 1000 variable displacement piston

Oxygen Pyrometallurgy at Copper Cliff TMS

Oxygen Top-Blown Rotary Converter Inco took another major stride forward in the use of tonnage oxygen to enhance heat and mass transfer in nonferrous pyrometallurgy, by pioneering the employment of a steelmaking converter for this purpose. In the metallurgical world, it was the generally held opinion that blowing nickel sulfide to metal in a

METALS FURNACES, CONVERTERS, AND PROCESS TECHNOLOGY

charged to the converter, thus providing optimized heating efficiency. Additionally, the refining process is accelerated by continuous mixing in the bath. For casting or deslagging, the whole converter vessel can The top blown rotary converter is a highly efficient multi-purpose melting and refining unit for copper and non-ferrous metallurgy.

top blown rotary converter enclosure

Top Blown Rotary Converter (TBRC)Pyrometallurgy. Top Blown Rotary Converter (TBRC) TBRC is an advanced smelting equipment for treating anode slime, WEEE, nonferrous metal smelting slag and setting slurry to recover gold, silver and other precious metal.

Copper and non-ferrous metals metals furnaces, converters

Our top blown rotary converter (TBRC) is a general purpose unit for copper and non­ ferrous metallurgy. One central feature of the TBRC is its consistently high melting and refining efficiency. Typical input ma­ terials are copper scrap, WEEE scrap of different qualities, especially printed cir­ cuit boards, dust, slag, lead production al­

Metallurgical fundamentals for an autother- mal melting of

Metallurgical fundamentals for an autother-mal melting of WEEE in a top blown rotary converter Maurell-Lopez, S.1; Gül, S IME and Aurubis are currently investigating a new process based on a top blown rotary converter (TBRC) aiming for an autothermal recycling of electronic scrap. Based on thermochemical modelling results a suitable slag for the process was validated in lab trials

top blowing rotary converter

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