Rio Tinto Iron and Titanium Quebec Operations

Innovation at RTIT Quebec Operations

Throughout its history, RTIT Quebec Operations has always improved its processes. After first pioneering a new technique for processing ilmenite, we took on the challenge of diversifying our product line as RTIT targeted the metal powder and steel markets.

Several technological breakthroughs then sharpened the competitive edge of our products. In the 1990s and early 2000s, we focused on developing, marketing, and fine-tuning the UGS process, which produces slag with a very high titanium dioxide content. By developing UGS™, an enriched titanium slag sold to pigment producers that use the chloride process, and RTCS (Rio Tinto chloride slag), a slag made from Madagascar mineral sand, RTIT Quebec Operations secured a strong position in a flourishing market. Over the last decade, we’ve continued to diversify our products with the introduction of RTCS-A™ titanium slag, the development of new steel powders for additive manufacturing (3D printing), and the production of scandium oxide from a tailings stream.

In 2022, RTIT Quebec Operations became the first North American producer of scandium, a critical mineral used in solid oxide fuel cells and aluminium alloys. Rio Tinto now plans to quadruple its production capacity from the current nameplate capacity of three tonnes to up to 12 tonnes of scandium oxide per year.

Decarbonisation of our operations

RTIT Quebec Operations is looking for better ways to decarbonise its operations, with the aim of achieving a 50% reduction in greenhouse gas emissions by 2030 and reaching net zero by 2050.

In partnership with the Government of Canada, Rio Tinto has pledged to invest up to C$733 million by 2030 to decarbonise its operations in Sorel-Tracy, Quebec, and position Rio Tinto Iron and Titanium Quebec Operations as a centre of excellence for critical minerals processing.

Scientists at the Critical Minerals and Technology Centre in Sorel-Tracy have pioneered BlueSmelting™, an innovative technology that involves the pre-reduction of ilmenite ore before it is processed in the reduction furnaces. By integrating BlueSmelting™ into our process, we could reduce the amount of energy required to transform the ore by using green hydrogen, among other sources, as a reducing agent.

Critical Minerals and Technology Centre

RTIT Quebec Operations was founded on research and development (R&D), and R&D continue to drive our growth strategy today. The addition of a Technology Centre in 1967 underlined the strategic role that R&D plays at RTIT. The Centre’s mission is to improve our processes, thereby expanding our markets and enhancing the value of our products. Having a team of specialists in a wide range of science and technology fields who provide cutting-edge services and support to RTIT Quebec Operations, Richards Bay Minerals (RBM), QIT Madagascar Minerals (QMM), and RTIT customers is our biggest strength.< /p>

Today, RTIT Quebec Operations is among the 100 most active companies in research and development in Canada.

Research has an impact on all areas of activity at RTIT, from mining to finished products. The research process is one of constant synergy between research staff and production operations personnel, with all research conducted on site. The Critical Minerals and Technology Centre boasts state-of-the-art equipment and highly specialised instruments, including reactors and other equipment to simulate our processes at the laboratory and pilot levels, as well as inductively coupled plasma spectrometers, X-ray spectrometers, atomic absorption units, gas and image analysers, scanning electron microscopes, and a 3D printer for metals.

Research and development

RTIT Quebec Operations were founded on research and development and they continue to drive our growth strategy. The founding of our Critical Minerals and Technology Centre in 1967 underlined the strategic role that research and development plays and their mission is to develop and improve processes and build the value of our products to expand our markets. Our team of specialists in a wide range of fields of science and technology is a key strength for our business. Today, RTIT Quebec Operations are among the 100 most active Canadian companies in research and development.

Research has an impact on all areas of activity at our RTIT Quebec Operations, from mining to the finished products. Strong links between research staff and operations personnel guarantee the continual improvement of our processes. Whether at the laboratory, the pilot plant or the production facilities, all research is conducted on site. The Critical Minerals and Technology Centre features state-of-the-art equipment and highly specialised instruments, such as inductively coupled plasma spectrometers, X-ray spectrometers, atomic absorption units, image analysers and scanning electron microscopes.

Environment

Water is crucial to our operations, and most of it is pumped from the St. Lawrence River. We use water for a variety of purposes, including various processes and cooling operations in our facilities. RTIT recycles and reuses part of that water internally to reduce water consumption at the source. All the water we use, as well as most rainwater, is treated at our water treatment plant before being discharged back into the river.

As our facilities are located in urban environments, minimising the impact of our operations on the air quality of nearby communities is a priority. This includes monitoring emissions at the source and using a range of equipment to assess air quality at our facilities and in the community.

We care about our communities and look for ways to minimise our footprint and show our commitment to the environment. For example, we installed acoustic walls and silencers to mitigate potential noise pollution that could affect residents in the nearby towns of Saint-Joseph-de-Sorel and Saint-Ignace-de-Loyola. We carry out annual assessments of noise levels from various sources and take corrective action where necessary. Noise levels in the communities are also continuously monitored by two noise‑measuring stations.