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outotec ausiron smelting process

The Outotec AusIron process takes place in a purposebuilt smelting reactor designed to withstand high operating temperatures and turbulence through a combination of copper cooling elements at the bath level and boiler tubes membrane walls located at the upper part of the furnace

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Direct and Smelting Reduction  Outotec
Direct and Smelting Reduction Outotec

Outotec Direct Reduction technologies are based on 50 years’ experience of delivering solutions for customers in the ferrous direct reduction sector encompassing the full range of plant types and have been developed through extensive research and testing with a wide range of raw materials and process parameters

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Circofer coalbased reduction  Outotec
Circofer coalbased reduction Outotec

Based on over 60 years of experience in fluidized bed technology Outotec has developed the Circofer coalbased process which produces prereduced feed material for smelting reduction reactors such as AusIron or electric smelting furnaces the final product being hot metal or pig iron

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Ausmelt TSL Process  Outotec
Ausmelt TSL Process Outotec

Central to the Outotec Ausmelt TSL process is the use of a vertically suspended lance submerged in the slag layer of the molten bath Injection of fuel and process gases air and oxygen result in significant bath agitation and mixing delivering a highintensity dynamic smelting process with highly specific smelting

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Flash Smelting Process  Outotec
Flash Smelting Process Outotec

The Outotec Flash Smelting Process is one of the world’s most commonly used processes for the production of primary copper and nickel The process is based on our flash smelting principle which utilizes the internal energy of the feed material for smelting minimizing the need for external fuel and making the process very energy efficient

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OUTOTEC DIRECT REDUCTION AND SMELTING
OUTOTEC DIRECT REDUCTION AND SMELTING

AUSIRON Based on the proven top submerged lance TSL technology that is widely used in nonferrous applications AusIron is an iron ore smelting reduction process with unique raw material flexibility It is suitable for treating low or highgrade lump ore and ore fines and uses noncoking coals Because AusIron can accept any type of ore fines

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Smelting Issue 1  2019  Outotec
Smelting Issue 1 2019 Outotec

Ausmelt top submerged lance TSL technology was developed in the 70s and acquired by Outotec in 2010 to complement our existing smelting technologies Outotec Ausmelt TSL together with Outotec Kaldo technology provides a versatile family of metallurgical units and allows different kinds of metallurgical processes to be achieved in the same vessel

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Process Advisor  Outotec
Process Advisor Outotec

Outotec Process Advisor is an expertlevel control system that can be used to optimally operate flash smelting flash converting and electric furnaces It provides an ideal platform to stabilize your process and make more accurate operational decisions to help optimize production results

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Outotec Ausiron Smelting Process
Outotec Ausiron Smelting Process

Outotec ausiron smelting process ausiron process outotec the outotec ausiron process takes place in a purposebuilt smelting reactor designed to withstand high operating temperatures and turbulence through a combination of copper cooling elements at the

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Smelting Plant That Process Magnetite And Titanium
Smelting Plant That Process Magnetite And Titanium

outotec ausiron smelting process smelting plant that process magnetite and titanium Iron ore processing iron ore mining iron ore grinding plant Quarrying Crushers are mainly used to make building stone materials and manufacturered c ausiron smelting process iron ore smelting plants in china

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OUTOTEC FLASH SMELTING TECHNOLOGY  Outotec  PDF
OUTOTEC FLASH SMELTING TECHNOLOGY Outotec PDF

More than half of the world’s primary copper and nickel is produced using Outotec’s proprietary process The process is highly energy efficient because it makes full use of the reaction heat of the concentrate meaning that no external fuel is required for smelting

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PDF Matte converting in copper smelting
PDF Matte converting in copper smelting

Aug 27 2018 · process which have materialised in the last two decades in the fl ash converting technology utilised currently in one smelter in USA and three smelters in China Their annual copper

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The Outotec Direct Zinc Smelting Process
The Outotec Direct Zinc Smelting Process

The Outotec Direct Zinc Smelting Process Proceedings of EMC 2015 3 12 Direct Leaching A number of direct leaching processes have also been developed and commercialised over the past

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Circosmelt Outotecs alternative ironmaking process  CORE
Circosmelt Outotecs alternative ironmaking process CORE

The Circosmelt process uses fines thus avoiding agglomeration such as sintering or pelletizing and can utilize a wide range of bituminous and sub bituminous coals Test work in Outotecs pilot reduction and smelting plants with different raw materials and a variety of coals has been performed

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Outotec upgrades ‘stateoftheart’ process simulation
Outotec upgrades ‘stateoftheart’ process simulation

Metallurgical and chemical process technology must always be tailored to the local raw materials energy sources and legislation as the ores and secondary raw materials are unique at every site Outotec says “Process flowsheet modelling is the basic tool which makes it possible to optimise process recoveries grades OPEX CAPEX KPI guarantees engineering data environmental footprints etc” the

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direct current furnace smelting outotec
direct current furnace smelting outotec

Circofer coalbased reduction Outotec outotec circofer coalbased reduction Based on over 60 years of experience in fluidized bed technology Outotec has developed the Circofer coalbased process which produces prereduced feed material for smelting reduction reactors such as AusIron or electric smelting furnaces the final product being hot metal or pig iron

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Carbon Refractories in an Oxidizing Process Copper
Carbon Refractories in an Oxidizing Process Copper

Oxidizing processes such as copper concentrate smelting traditionally use magnesia andor aluminasilica refractory materials The main objection to the use of carbon‐based refractories as the exposed working lining in oxidizing applications is the potential for free oxygen to react with the carbon at high temperature which could rapidly

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Circored and Circofer processes of ironmaking – IspatGuru
Circored and Circofer processes of ironmaking – IspatGuru

Circofer coalbased process produces prereduced feed material for smelting reduction reactors such as AusIron or electric smelting furnaces – the final product being hot metal or pig iron Circored process Circored process uses fluidized beds on a scale adopted by Outotec for other applications

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Energy Efficiency of the Outotec  Ausmelt Process for
Energy Efficiency of the Outotec Ausmelt Process for

This is particularly true in the copper industry which has seen a number of bath smelting technologies developed and implemented during the past 30 years The Outotec Ausmelt Top Submerged Lance Process is one such example which has been widely adopted in the modernisation of copper processing facilities in China and Russia

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Ilmenite smelting plant  Tekla Global BIM Awards 2014
Ilmenite smelting plant Tekla Global BIM Awards 2014

Outotec delivers an ilmenite smelting plant for Cristal Global to the Economic City of Jazan in Saudi Arabia Outotec’s delivery contains general and detailed design process technology with equipment construction site supervision earthmoving works process equipment installation constructing the plant and commissioning as a turnkey delivery

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Iron Ore Smelting Process
Iron Ore Smelting Process

The Outotec AusIron process is capable of producing hot metal from a variety of ironbearing materials while using locally Get Price Development of Smelting Reduction Processes for Ironmaking

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OUTOTEC SMELTING SOLUTIONS FOR THE PGM
OUTOTEC SMELTING SOLUTIONS FOR THE PGM

from nickel sulphide smelting is high in SO2 and suitable for processing in an acid plant Outotec Ausmelt Process in PGMbearing materials production As in any extraction process recovery of the metals is crucial Fortunately there is little tendency for the

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Innovative technologies for sustainable processing of
Innovative technologies for sustainable processing of

hot water for process or heating purposes steam for process or heating purposes electrical power Outotec’s Direct and Smelting Reduction technlogies From ore fines to DRI Direct reduction Smelting reduction SLRN AusIron • TSL technology •

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Digital development and design  Outotec
Digital development and design Outotec

We use a multitude of technologies such as machine vision physics and chemistrybased simulation advanced process control and optimization IoT and connectivity analytics and machine learning and a web portal to enable development and delivery of Outotec’s digital services

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