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Salvaging valuable metals from sludge

CSIRO engineers are developing a technique based on mineral extraction techniques to provide more sustainable, efficient and innovative recovery of metals at recycling plants.

Mr Roy Lovel: investigating biomass for minerals processing

Mr Roy Lovel integrates technical knowledge and problem solving skills to address issues of national and global significance, including developing a method for reducing the phosphorous levels in Australian iron ores and the development of alternative renewable carbon sources for metal production.

Dr Robbie McDonald: specialising in metals extraction

Dr Robbie McDonald specialises in the areas of metals extraction (leaching), also offering expertise in quantitative mineralogical characterisation and predictive modelling of hydrometallurgical performance.

Identifying and recovering heat energy

Capturing emissions from waste-heat hot spots could potentially lead to electricity generation, according to a recent review conducted by the Energy Transformed Flagship. 

RAM™ electrodes - making more from less

CSIRO has developed a method for manufacturing arrays of microelectrodes for electrochemical applications.

Raking in the benefits

Scientists look at how factors such as the size, shape and spacing of rake blades can be modified to improve the performance of gravity thickeners.

X-ray spectroscopy and quantum mechanical modelling

Quantum mechanical modelling can be used to complement experimental measurements such as soft x-ray spectroscopy and atomic force microscopy to develop a better understanding of materials at the atomic level.

Quanta field-emission environmental scanning electron microscope

The FEI Quanta field-emission gun environmental scanning electron microscope (FEG-ESEM) can be used for high-resolution imaging and quantitative chemical analysis.

Process engineering

We apply our expertise in process development, integration, evaluation and scale-up to design new, and improve existing, equipment and processes.

Award for business excellence for Mr John Shaw and his team

This video details the commercialisation of CSIRO-developed QEM*SEM™, world’s best practice in mineral processing, which won Mr John Shaw and his team the 2006 CSIRO Medal for Business Excellence. (1:55)

Investigative work at the nano-scale: removing phosphorus from iron ore

Electron microscopy may help solve the iron ore industry's phosphorus problem. If successful, the work could be worth billions of dollars to the Australian industry.

Titanium: a new production process

CSIRO has developed a new production process for titanium metal powder, shown in this video. (0:46) 

Meeting of models helps reduce toxic waste

Combining a flowsheet model with a thermodynamics computer package has allowed researchers to identify a method for reducing cyanide discharge during gold processing, with the added benefits of reducing reagent consumption and water usage.

Detective work solves zinc smelter's puzzling problem

A multi-strand approach helped researchers resolve an issue of a deteriorating refractory brick lining on a roaster dome at a zinc smelter.

Minimising the effect of minor elements

A new beneficiation flowsheet has the potential to extract value from mining-waste streams and reduce the level of minor elements being dispersed into the environment.

Mining tools & technologies overview

New technology is making the mining and minerals industries safer, more efficient and more sustainable. CSIRO researchers have developed a suite of products to make mining, mineral processing and metal production safer and more efficient.

Mining and minerals

We are helping Australia’s exploration, mining and minerals processing industries to remain sustainable and competitive in a global environment. CSIRO is working with Australia’s mining and minerals industry to boost productivity and conserve the environment.

Minimising waste overview

CSIRO has developed numerous processes and technologies that assist industrial and commercial sectors to reduce waste and emissions.

Social values and sustainable development in the minerals industry

The Social Values & Sustainable Development group is investigating the ethical and social implications of emerging technologies and identifying sustainable development opportunities within the minerals industry.

Minerals industry moving towards reducing greenhouse gas emissions

CSIRO researchers have identified major opportunities to reduce energy usage and greenhouse gas emissions in the minerals sector.

Turning up the heat on energy savings

A recently developed on-line analysis technique will help those in the minerals processing industry identify environmentally sustainable production methods while generating positive economic outcomes. 

Mr Mike Millen: developing online solutions for the minerals industry

Mr Millen has more than 25 years experience working on the development of online analysis instrumentation for use in the minerals processing, coal and energy industries.

Microcharacterisation

CSIRO's microcharacterisation team are supported by state-of-the-art laboratories featuring unique ultra-high resolution electron microscopy and microanalysis capabilities.

Mapping the mineralogy of meteorites

QEMSCAN technology is helping our researchers better understand the mineralogical structure of meteorite samples.

Treating waste from metallurgical operations

CSIRO is examining the chemical, physical and mineralogical nature of a range of diverse metallurgical waste material to develop waste treatment technologies for operators.

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