Technical papers

Improved Performance in a Stirred Mill: The Hidden Trade Off - Communition 2025

Does Specific Gravity of Media Have Much Effect on Process Efficiency? [Extended Abstract] - Comminution 2025

Specific Energy: The Race to the Bottom - Communition 2025

Laser Sizing and Stirred Milling Test work - Communition 2025

Significant Potential of an IsaMill™ in Secondary Grinding Duty

Optimización del molino agitado: ¿aprovecho al máximo mi molino?

Stirred Mill Optimisation – Am I Getting the Most Out of My Mill?

Coarse Grinding on an IsaMill™?

Stirred Milling Design - Incorporating the IsaMill into the Jameson Concentrator

IsaMill™ 25 Years of Stirred Miling

IsaMill - A History of IsaMill Progress at the Teck Red Dog Mine

Improving IsaMill Energy Efficiency Through Shaft Spacer Design

Mount Isa Mines Necessity Driving Innovation

Improving Concentrate Grade through Smart Design and Piloting

Economic Recovery and Upgrade of Metals from Middling and Tailing Streams

IsaMills at KCGM - from the M3000 to the M10000 and Replacement of Roasters at Gidji Processing Plant

Premium coal fuels with advanced coal beneficiation (paper)

Commissioning and Ramp-up of the Albion Process at the GPM Gold Project

Premium coal fuels with advanced coal beneficiation

Micromised Refined Carbons and the Direct Injection Carbon Engine

The Arrium IsaMill from Design through Commissioning and Optimisation

Unlocking Plant Capability through Targeted Debottlenecking of Arrium's Magnetite Concentrator

Using Geometallurgy during Process Optimisation Activities at the Southern Middleback Rangers Magnetite Concentrator

“Нужное оборудование в нужном месте”: увеличение производительности по никелю на комбинате Cosmos компании Xstrata Nickel Australasia

Development of the Larson Morrison IsaMill JKSimMet Model

Recent Process Developments at the Phu Kham Concentrator, Laos

From Base Metals and Back - IsaMills and their Advantages in African Base Metal Operations

Enhancing Magnetite Returns - The Benefits of IsaMilling

Мельницы доизмельчения: проблемы масштабирования

Модернизация обогатительной фабрики Телфер - установка дополнительных мощностей на перечистной флотации и доизмельчении медных и пиритных концентратов

Improving the Energy Efficiency Across Mineral Processing and Smelting Operations - A New Approach

Responding to the Challenge - Necessity Driving Circuit Change

Telfer Processing Plant Upgrade – The Implementation of Additional Cleaning Capacity and the Regrinding of Copper and Pyrite Concentrates

Optimising Western Australia Magnetite Circuit Design (Russian)

IsaMill 1-1 Direct Scaleup from Ultrafine to Coarse Grinding

A Pilot-Scale Examination of a High Pressure Grinding Roll-Stirred Mill Comminution Circuit

Stirred Milling at Anglo American Platinum

IsaMill™ Technology in the Primary Grinding Circuit

IsaMill Technology in the Primary Grinding Circuit - Presentation

Optimising Western Australia Magnetite Circuit Design

IsaMill Design Improvements and Operational Performance at Anglo Platinum

Unlocking the Value in Waste and Reducing Tailings: Magnetite Recovery at Ernest Henry Mine

Development of an Innovative Copper Flowsheet at Phu Kham

Regrind Mills: Challenges of Scaleup

The Right Tools in the Right Place: How Xstrata Nickel Australasia Increased Ni Throughput at its Cosmos Plant

Comparing Energy Efficiency in Grinding Mills

IsaMill Technology Update - Grinding Comparison Test of IsaMills with Tower Mills using Magnetite

Case Study - Coarse IsaMilling at McArthur River

Increasing the Energy Efficiency of Processing

IsaMill Technology Used in Efficient Grinding Circuits

Transforming Flowsheet Design with Inert Grinding - the IsaMill

The Application of Large Scaled Stirred Milling to the Retreatment of Merensky Platinum Tailings

Fine Grinding as Enabling Technology - The IsaMill

Improving The Efficiency Of Fine Grinding – Developments In Ceramic Media Technology

Collaborative Technology Development - Design And Operation Of The World’s Largest Stirred Mill

Improving Fines Recovery by Grinding Finer

Fine Grinding and Project Enhancement

Ultra Fine Grinding - A Practical Alternative to Oxidative Treatment of Refractory Gold Ores

IsaMill Fine Grinding Technology and its Industrial Applications at Mount Isa Mines

IsaMill Ultrafine Grinding for a Sulphide Leach Process

Developments in Milling Practice at the Lead/Zinc Concentrator of Mount Isa Mines Limited from 1990

Jameson Cell Technology Pilot-Scale Test for Rougher Application-The AU-CU Goldex Complex Case Study-CMP25

Jameson vs Conventional Flotation Concentrators

Energy Savings and Carbon Footprint Reduction - Jameson Vs Conventional Copper Concentrator

How to Develop a Scalable Jameson Concentrator from Class 5 Concept Level Test Work

Centinela - Challenges in the Concentration of Complex Ores

Commissioning of the Jameson Concentrator at Hudbay

Cleaner Circuit Optimisaion at Cadia Operations

The Use of the Jameson Cell to Improve Flotation Circuit Design

Mount Isa Mines Necessity Driving Innovation

РЕНТАБЕЛЬНОЕ ИЗВЛЕЧЕНИЕ И ОБОГАЩЕНИЕ МЕТАЛЛОВ ИЗ ПРОМЕЖУТОЧНОГО ПРОДУКТА И ХВОСТОВ

Economic Recovery and Upgrade of Metals From Middling and Tailing Streams

Improving Concentrate Grade Through Smart Design and Piloting

Улучшение работы медно-молибденовых схем с применением флотомашин Jameson Cell

Jameson Cell Project Evaluation in the Cleaner Circuit at Codelco Andina

Enhancing the Performance of Cu-Mo Circuits using the Jameson Cell

Micronised Refined Carbons and the Direct Injection Carbon Engine

Premium coal fuels with advanced coal beneficiation (paper)

Premium coal fuels with advanced coal beneficiation

The Future of Thermal Coal Flotation

Busting the Myths of Flotation in the Australian Coal Industry

Improved Cleaner Circuit Design for Better Performance Using the Jameson Cell

“Нужное оборудование в нужном месте”: увеличение производительности по никелю на комбинате Cosmos компании Xstrata Nickel Australasia

Recent Process Developments at the Phu Kham Copper-Gold Concentrator, Laos

Necessity Driving Change and Improvement to the Cleaner Circuit at Lumwana Copper Concentrator

Design and performance aspects of coal flotation - experiences with the Jameson Cell

Solving Challenges in Copper Cleaning Circuits with the Jameson Cell

Опыт двух десятилетий эксплуатации флотомашин Джеймсон в

Two decades of Jameson Cell installations in coal

Опыт применения флотомашины Джеймсон в компании Cleveland Potash Ltd., Северный Йоркшир, Англия

Новая технология флотации промышленных минералов во флотомашине Джеймсон

ФЛОТОМАШИНА ДЖЕЙМСОН: ВОЗВРАЩЕНИЕ В ПРИМЕНЕНИЕ ДЛЯ РУД ЦВЕТНЫХ МЕТАЛЛОВ С УСОВЕРШЕНСТВОВАННОЙ КОНСТРУКЦИЕЙ И ТЕХНОЛОГИЧЕСКОЙ СХЕМОЙ

ОПЫТ МАСШТАБИРОВАНИЯ ФЛОТОМАШИНЫ ДЖЕЙМСОН НА УГЛЕОБОГАТИТЕЛЬНОЙ ФАБРИКЕ ГУНЬЕЛЛА КОМПАНИИ BHP COAL

Responding to the Challenge - Necessity Driving Circuit Change

Telfer Processing Plant Upgrade – The Implementation of Additional Cleaning Capacity and the Regrinding of Copper and Pyrite Concentrates

The Beneficiation of Ultrafine Phosphate

Secondary Recovery of Bitumen Using Jameson Downcomers

Separation Efficiency Improvement of a Low Grade Copper-Gold Flotation Circuit - Paper

Separation Efficiency Improvement of a Low Grade Copper-Gold Flotation Circuit - Presentation

Z1600 Jameson Cell Test Rig - From Rental To Revenue

Development of an Innovative Copper Flowsheet at Phu Kham

The Right Tools in the Right Place: How Xstrata Nickel Australasia Increased Ni Throughput at its Cosmos Plant

Designing the Optimal Flotation Circuit - The Prominent Hill Case

Removal of Organic Carbon with a Jameson Cell at Red Dog Mine

" Jameson Cell: The ""Comeback"" in Base Metals Applications Using Improved Design and Flowsheets "

Design Developments of the Jameson Cell

Benefits of High Intensity Flotation at the Head of Base Metal Flotation Circuits

Recovery Interactions between the Froth Zone, Pulp Zone and Downcomer within a Jameson Cell

Jameson Cell Developments in Philex Mining Corporation

Jameson Cell Scale-Up Experiences at BHP Coal's Goonyella Coal Preparation Plant

New Jameson Cell and Industrial Minerals

The Jameson Cell

Bubbly Flows and the Plunging Jet Flotation Column

Use of Jameson Cell Flotation Technology At Cleveland Potash Ltd, North Yorkshire, England

Prediction of the Bubble Size Generated by a Plunging Liquid Jet Bubble Column

Centro Albion Process™ para concentrados refractarios de oro

GUÍA PARA EL DESARROLLO POR ETAPAS DE PROYECTOS CON ORO MEDIANTE LA CONCENTRADORA JAMESON Y EL ALBION PROCESS™

REVISIÓN DEL ESTUDIO DE CASO DEL ALBION PROCESS™ COMO ALTERNATIVA EFECTIVA A LA OXIDACIÓN A PRESIÓN

Driving Stagewise Development of Gold Projects with the Jameson Concentrator and Albion Process™

Albion Process™ as an Effective Alternative to POX

The use of Albion Process™ to produce Copper Sulfate reagent for use in Zinc flotation (Case Study)

Primera Comercialización de Albion ProcessTM para Cobre

2020-Albion-Process-Compendium-of-Papers

Первая промышленная установка Процесс АльбионTM для получения меди

First Commercialisation of the Albion Process for Copper

Ramp up and long-term performance of the Albion Process plant at GeoProMining Gold Armenia

POX vs Albion Process

Выход на проектную мощность и производственные показатели за длительный период установки Albion Process на предприятии GeoProMining Gold Армения

ДЕЛАЕМ ПРАВИЛЬНЫЙ ВЫБОР: СРАВНИТЕЛЬНЫЙ АНАЛИЗ МЕТОДОВ ПЕРЕРАБОТКИ УПОРНЫХ ЗОЛОТОСОДЕРЖАЩИХ КОНЦЕНТРАТОВ

The Albion Process at the GPM Gold Project - The Success of a Technology

Mount Isa Mines Necessity Driving Innovation

РАЗВИТИЕ ИННОВАЦИОННЫХ ТЕХНОЛОГИЙ, ПРОДИКТОВАННОЕ НУЖДАМИ MOUNT ISA MINES

Массовый перенос кислорода в технологии Процесс АльбионTM: от лаборатории до промышленной установки

Oxygen Mass Transfer in the Albion Process: from the Laboratory to the Plant

Economic Recovery and Upgrade of Metals From Middling and Tailing Streams

ТЕХНОЛОГИЯ ПЕРЕРАБОТКИ УПОРНЫХ ЗОЛОТОСОДЕРЖАЩИХ КОНЦЕНТРАТОВ НА ОСНОВЕ УЛЬТРАТОНКОГО ИЗМЕЛЬЧЕНИЯ И АТМОСФЕРНОГО ОКИСЛЕНИЯ

Technology for Processing of Refractory Gold Containing Concentrates based on Ultrafine Grinding and Atmospheric Oxidationn

GPM Gold Project

Ввод в эксплуатацию и выход на проектную мощность процесса Альбион™ на золотоизвлекательной фабрике ГПМ

Пуск в эксплуатацию и вывод на проектную мощность процесса Albion на золотоизвлекательной фабрике GPM GOLD

Commissioning and Ramp Up of the Albion Process at the GPM Gold Project - English

EVALUATING PROCESS OPTIONS FOR TREATING SOME REFRACTORY ORES

COMMERCIALISATION OF THE ALBION PROCESS

ПРОМЫШЛЕННОЕ ВНЕДРЕНИЕ ТЕХНОЛОГИИ АЛЬБИОН

ОЦЕНКА ТЕХНОЛОГИЧЕСКИХ ВАРИАНТОВ ПЕРЕРАБОТКИ НЕКОТОРЫХ УПОРНЫХ РУД

Benefits of Using the Albion Process for a North Queensland Project, and a Case Study of Capital and Operating Cost Benefits Versus Bacterial Oxidation and Pressure Oxidation

Ramp up and long-term performance of the Albion Process plant at GeoProMining Gold Armenia

POX vs Albion Process

The Albion Process at the GPM Gold Project - The Success of a Technology

Mount Isa Mines Necessity Driving Innovation

Oxygen Mass Transfer in the Albion Process from the Laboratory to the Plant

Ввод в эксплуатацию и выход на проектную мощность процесса Альбион™ на золотоизвлекательной фабрике ГПМ

Пуск в эксплуатацию и вывод на проектную мощность процесса Albion на золотоизвлекательной фабрике GPM GOLD

Commissioning and Ramp Up of the Albion Process at the GPM Gold Project - English

Mount Isa Mines Necessity Driving Innovation

The Technology of Lead Production from Waste

ISASMELT™ - Fundir Más Con Menos

ISASMELT™-Based Reconstruction of a Lead Plant

Lead ISASMELT™ Operations at Ust-Kamenogorsk

Свинцовое производство ISASMELT™, Усть-Каменогорск

Реконструкция свинцового завода с применением технологии ISASMELT™

ISASMELT™ for the Recycling of E-Scrap and Copper in the US - Case Study Example of a New Compact Recycling Plant

Smelting of Kazakhstan Concentrates at Ust-Kamenogorsk using a Copper ISASMELT™ Furnace

ПЛАВКА КАЗАХСТАНСКИХ КОНЦЕНТРАТОВ В МЕДНОЙ ПЕЧИ

Кинетика восстановления шлака ISASMELT™ с высоким содержанием свинца при температуре от 1073К до 1473К

Escalamiento Gradual De ISASMELT™ - La Clave Para El Exito

ISASMELT™ En Mufulira - Aumento En La Flexibilidad Del Cinturon De Cobre En Zambia

ISACONVERT™ - Continuous Converting of Nickel/PGM Matte with Calcium Ferrite Slag

ISACONVERT™ – Непрерывное конвертирование никелевого / МПГ штейна с использованием шлака на основе феррита кальция

艾萨熔炼技术直接炼铅工艺的生产实践及讨论

ISASMELT™ TSL - Applications for Nickel

Технология продувки методом погружения сверху (TSL) ISASMELT™ – Применение в никелевой промышленности

ISASMELT™ for Lead Recycling

Feasibility to Profitability with Copper ISASMELT™

ТЕХНОЛОГИЯ ISASMELT™ ДЛЯ ВТОРИЧНОЙ ПЕРЕРАБОТКИ СВИНЦА

ISASMELT™ PARA RECICLAJE DE PLOMO

艾萨熔炼技术用于铅回收

公司简介

" ""Extreme makeover"": UPMR's Hoboken Plant "

Converting Using ISASMELT™ Technology

КОНВЕРТИРОВАНИЕ С ИСПОЛЬЗОВАНИЕМ ТЕХНОЛОГИИ ISASMELT™

Using Metal Rich WEEE Plastics as Feedstock/Fuel Substitute for an Integrated Smelter

Copper ISASMELT™ – Dealing with Impurities

ISASMELT™ - 6,000,000 TPA and Rising

ТЕХНОЛОГИЯ ВЫПЛАВКИ МЕДИ ISASMELT™: УДАЛЕНИЕ ПРИМЕСЕЙ

ISASMELT™ - 25 Years of Continuous Evolution

ISASMELT™- 25 Anos de Evolucion Continua

艾萨熔炼技术(ISASMELT™)不断发展的二十五年

Mufulira Smelter Upgrade Project - Industry Smelting on the Zambian Copperbelt

The ISA-YMG Lead Smelting Process

ХАРАКТЕРИСТИКИ ШЛАКА ISASMELT™ И АГЛОМАТЕРИАЛОВ СВИНЦОВЫХ ШАХТНЫХ ПЕЧЕЙ

Proven Technologies from Xstrata and their applications for copper smelting and refining in China

超达(Xstrata)公司的艾萨熔炼和艾萨电解技术及其在中国成功应用的实例

(Xstrata)公司的有色冶金技术及其对世界的影响

Yunnan Copper Corporation's New Smelter - China's First ISASMELT™

The ISASMELT™ Process – An Example of Successful Industrial R&D

云南铜业股份公司的新熔炼厂- 中国第一座艾萨炉

ISASMELT™ - A Quiet Revolution

ISASMELT™ - Not Just a Flash in the Pan

艾萨熔炼技术 – 蒙特艾萨铜冶炼厂最新近况

Theory & Practice of Cupellation at Port Pirie Pasminco Smelter

Теория и практика купелирования на плавильном комбинате Pasminco в Порт-Пири

艾萨熔炼技术 - 增产有道

艾萨法 — 清洁、高效的熔炼技术

Current Operations in SMM's Slimes Treatment

Переход с конвертера верхней продувки на купель с донной продувкой кислородом для купелирования сплава верблей на предприятии компании Rand Refinery

Improvement in Recovery of Precious Metals with a New Cupel

Lead-Acid Battery Recycling and the New ISASMELT™ Process

The ISASMELT™ Process - Operating Experience of a Secondary Plant

Further Applications of the Bottom-blown Oxygen Converter

Operation of the Bottom-blown Oxygen Cupel at Britannia Refined Metals Ltd.

Эксплуатация купеля с донной продувкой кислородом в компании Britannia Refined Metals, Ltd.

The Isa Process and its Contribution to Electrolytic Copper

Selection of Copper EW Harvesting Methods and Impact on Cathode Quality

Copper Refinery Modernisation, Mopani Copper Mines Plc, Mufulira, Zambia

Mount Isa Mines Necessity Driving Innovation

Development of a low resistance low corrosion cathode plate for electrowinning and electrorefining

Development of Lower Resistance Cathode Plates

Current Distribution in Modern Copper Refining

Tank House Expansion and Modernisation of Copper Refineries Ltd, Townsville, Australia

The Link Between Operational Practice and Maximising Plate Life

The sizing of oxygen bubbles in copper electrowinning

Developments in Cathode Stripping Machines - An Integrated Approach for Improved Efficiency

Developments in Permanent Steel Cathodes

Operations Control in XT Tankhouses

Statistical analysis of the effect of operating parameters on acid mist generation in copper electrowinning