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Notice to ASX 30 November 2022 Investor Seminar presentation Attached is the presentation to be given at the investor seminar today in London at 8.00am (GMT) / 7.00pm (AEDT) by Rio Tinto Chief Executive Jakob Stausholm and other executives. The presentation slides and the live webcast can also be accessed at https://www.riotinto.com/en/invest/presentations/2022/investor-seminar-london EXHIBIT 99.7

Notice to ASX/LSE Page 2 of 2 Contacts Please direct all enquiries to media.enquiries@riotinto.com Media Relations, UK Matthew Klar M +44 7796 630 637 David Outhwaite M +44 7787 597 493 Media Relations, Americas Simon Letendre M +1 514 796 4973 Malika Cherry M +1 418 592 7293 Investor Relations, UK Menno Sanderse M +44 7825 195 178 David Ovington M +44 7920 010 978 Clare Peever M +44 7788 967 877 Media Relations, Australia Matt Chambers M +61 433 525 739 Jesse Riseborough M +61 436 653 412 Investor Relations, Australia Tom Gallop M +61 439 353 948 Amar Jambaa M +61 472 865 948 Rio Tinto plc 6 St James’s Square London SW1Y 4AD United Kingdom T +44 20 7781 2000 Registered in England No. 719885 Rio Tinto Limited Level 43, 120 Collins Street Melbourne 3000 Australia T +61 3 9283 3333 Registered in Australia ABN 96 004 458 404 This announcement is authorised for release to the market by Steve Allen, Rio Tinto’s Group Company Secretary. riotinto.com

30 November 2022 Investor Seminar

©2022, Rio Tinto, All Rights Reserved 2 Cautionary and supporting statements This presentation has been prepared by Rio Tinto plc and Rio Tinto Limited (together with their subsidiaries, “Rio Tinto”). By accessing/attending this presentation you acknowledge that you have read and understood the following statement. Forward-looking statements This presentation includes “forward-looking statements” within the meaning of the Private Securities Litigation Reform Act of 1995. All statements other than statements of historical facts included in this report, including, without limitation, those regarding Rio Tinto’s financial position, business strategy, plans and objectives of management for future operations (including development plans and objectives relating to Rio Tinto’s products, production forecasts and reserve and resource positions), are forward-looking statements. The words “intend”, “aim”, “project”, “anticipate”, “estimate”, “plan”, “believes”, “expects”, “may”, “should”, “will”, “target”, “set to” or similar expressions, commonly identify such forward-looking statements. Such forward-looking statements involve known and unknown risks, uncertainties and other factors which may cause the actual results, performance or achievements of Rio Tinto, or industry results, to be materially different from any future results, performance or achievements expressed or implied by such forward-looking statements, particularly in light of the current economic climate and the significant volatility, uncertainty and disruption arising in connection with the Ukraine conflict and the Covid-19 pandemic. Such forward-looking statements are based on numerous assumptions regarding Rio Tinto’s present and future business strategies and the environment in which Rio Tinto will operate in the future. Among the important factors that could cause Rio Tinto’s actual results, performance or achievements to differ materially from those in the forward-looking statements include, but are not limited to: an inability to live up to Rio Tinto’s values and any resultant damage to its reputation; the impacts of geopolitics on trade and investment; the impacts of climate change and the transition to a low-carbon future; an inability to successfully execute and/or realise value from acquisitions and divestments; the level of new ore resources, including the results of exploration programmes and/or acquisitions; disruption to strategic partnerships that play a material role in delivering growth, production, cash or market positioning; damage to Rio Tinto’s relationships with communities and governments; an inability to attract and retain requisite skilled people; declines in commodity prices and adverse exchange rate movements; an inability to raise sufficient funds for capital investment; inadequate estimates of ore resources and reserves; delays or overruns of large and complex projects; changes in tax regulation; safety incidents or major hazard events; cyber breaches; physical impacts from climate change; the impacts of water scarcity; natural disasters; an inability to successfully manage the closure, reclamation and rehabilitation of sites; the impacts of civil unrest; the impacts of the Ukraine conflict and the Covid-19 pandemic; breaches of Rio Tinto’s policies, standard and procedures, laws or regulations; trade tensions between the world’s major economies; increasing societal and investor expectations, in particular with regard to environmental, social and governance considerations; the impacts of technological advancements; and such other risks identified in Rio Tinto’s most recent Annual Report and accounts in Australia and the United Kingdom and the most recent Annual Report on Form 20-F filed with the United States Securities and Exchange Commission (the “SEC”) or Form 6-Ks furnished to, or filed with, the SEC. Forward-looking statements should, therefore, be construed in light of such risk factors and undue reliance should not be placed on forward-looking statements. These forward-looking statements speak only as of the date of this report. Rio Tinto expressly disclaims any obligation or undertaking (except as required by applicable law, the UK Listing Rules, the Disclosure Guidance and Transparency Rules of the Financial Conduct Authority and the Listing Rules of the Australian Securities Exchange) to release publicly any updates or revisions to any forward-looking statement contained herein to reflect any change in Rio Tinto’s expectations with regard thereto or any change in events, conditions or circumstances on which any such statement is based. Nothing in this presentation should be interpreted to mean that future earnings per share of Rio Tinto plc or Rio Tinto Limited will necessarily match or exceed its historical published earnings per share. Past performance cannot be relied on as a guide to future performance. Disclaimer Neither this presentation, nor the question and answer session, nor any part thereof, may be recorded, transcribed, distributed, published or reproduced in any form, except as permitted by Rio Tinto. By accessing/ attending this presentation, you agree with the foregoing and, upon request, you will promptly return any records or transcripts at the presentation without retaining any copies. This presentation contains a number of non-IFRS financial measures. Rio Tinto management considers these to be key financial performance indicators of the business and they are defined and/or reconciled in Rio Tinto’s annual results press release, Annual Report and accounts in Australia and the United Kingdom and/or the most recent Annual Report on Form 20-F filed with the SEC or Form 6-Ks furnished to, or filed with, the SEC. Reference to consensus figures are not based on Rio Tinto’s own opinions, estimates or forecasts and are compiled and published without comment from, or endorsement or verification by, Rio Tinto. The consensus figures do not necessarily reflect guidance provided from time to time by Rio Tinto where given in relation to equivalent metrics, which to the extent available can be found on the Rio Tinto website. By referencing consensus figures, Rio Tinto does not imply that it endorses, confirms or expresses a view on the consensus figures. The consensus figures are provided for informational purposes only and are not intended to, nor do they, constitute investment advice or any solicitation to buy, hold or sell securities or other financial instruments. No warranty or representation, either express or implied, is made by Rio Tinto or its affiliates, or their respective directors, officers and employees, in relation to the accuracy, completeness or achievability of the consensus figures and, to the fullest extent permitted by law, no responsibility or liability is accepted by any of those persons in respect of those matters. Rio Tinto assumes no obligation to update, revise or supplement the consensus figures to reflect circumstances existing after the date hereof.

©2022, Rio Tinto, All Rights Reserved 3 Cautionary and supporting statements (cont.) Rio Tinto’s Iron Ore Mineral Resource and Ore Reserve estimates on Slide 47 were reported in Rio Tinto’s 2021 Annual Report released to the ASX on 24 February 2022 and available at riotinto.com. • The 29Bt of Mineral Resources comprise: from IOC (categorised as “>65% Fe” due to the ability to upgrade the feed) 0.2 Bt @ 40.8% Fe of Measured Mineral Resources, 0.6 Bt @ 38.6% Fe of Indicated Mineral Resources, and 0.9 Bt @ 38.3% Fe of Inferred Mineral Resources (for which the Competent Persons were M McDonald (PEGNL), B Power (PEGNL), and R Way (PEGNL)); from Simandou (categorised as “>65% Fe”) 0.4 Bt @ 66.8% Fe of Measured Mineral Resources, 1.6 Bt @ 65.2% Fe of Indicated Mineral Resources, and 0.8 Bt @ 65.3% Fe of Inferred Mineral Resources (for which the Competent Person was K Tindale (AusIMM)); and from the Pilbara (with all Bolgeeda, Brockman Process Ore, Channel Iron Deposit and Detrital Mineral Resources categorised as “<61% Fe”, and all Brockman and Marra Mamba Mineral Resources categorised as “>61% Fe”) 1.9 Bt @ 59.4% Fe of Measured Mineral Resources, 4.7 Bt @ 60.2% Fe of Indicated Mineral Resources, and 18.3 Bt @ 59.7% Fe of Inferred Mineral Resources (for which the Competent Persons were N Brajkovich (AusIMM), P Savory (AusIMM) and C Kyngdon (AusIMM)). • The 3.2Bt of Ore Reserves comprise: from IOC (categorised as “>65% Fe” due to the ability to upgrade the feed) 0.3 Bt @ 65.0% Fe of Proved Ore Reserves and 0.2 Bt @ 65.0% Fe of Probable Ore Reserves (for which the Competent Persons were S Roche (AusIMM), R Williams (PEGNL), and P Ziemendorf (AusIMM)); and from the Pilbara (with all Pisolite Ore Reserves categorised as “<61% Fe”, and all Brockman and Marra Mamba Ore Reserves categorised as “>61% Fe”) 1.7 Bt @ 60.9% Fe of Proved Ore Reserves and 1.0 Bt @ 61.0% Fe of Probable Ore Reserves (for which the Competent Persons were L Vilela Couto (AusIMM), C Gagne (AusIMM), A Menaria (AusIMM) and R Sarin (AusIMM)). The Western Range Ore Reserve estimate on Slide 53 was reported in a release to the ASX dated 14 September 2022 titled “Western Range Mineral Resources and Ore Reserves” which is available at Resources & reserves (riotinto.com). The 165 Mt of Ore Reserves comprise 109 Mt @ 62.1% Fe of Proved Ore Reserves and 56 Mt @ 61.7% Fe of Probable Ore Reserves. The Competent Person responsible for reporting the Ore Reserves was R Bleakley (AusIMM). The Mineral Resource estimates for the Rhodes Ridge JV on Slide 54 were reported in Rio Tinto’s 2020 Annual Report released to the ASX on 22 February 2021 (and form part of the Pilbara Mineral Resource estimates reported in Rio Tinto’s 2021 Annual Report released to the ASX on 24 February 2022) which are available at riotinto.com. The 6.7 Bt of Mineral Resources (2020) comprise 0.8 Bt @ 62.4% Fe of Indicated Mineral Resources, and 5.9 Bt @ 61.5% Fe of Inferred Mineral Resources. The Competent Persons responsible for reporting these Mineral Resource estimates were P Savory (AusIMM), N Brajkovich (AusIMM) and C Kyngdon (AusIMM). The Mineral Resource estimate for Simandou on Slide 54 was reported in Rio Tinto’s 2021 Annual Report released to the ASX on 24 February 2022 and available at riotinto.com. The 2.9 Bt of Mineral Resources comprise 0.4 Bt @ 66.8% Fe of Measured Mineral Resources, 1.6 Bt @ 65.2% Fe of Indicated Mineral Resources, and 0.8 Bt @ 65.3% Fe of Inferred Mineral Resources. The Competent Person responsible for reporting this Mineral Resource estimate was K Tindale (AusIMM). Rio Tinto is not aware of any new information or data that materially affects any of the above Mineral Resource or Ore Reserve estimates and confirms that all material assumptions and technical parameters underpinning the estimates continue to apply and have not materially changed. The form and context in which each Competent Person’s findings are presented have not been materially modified. Mineral Resources are quoted on a 100 per cent basis, as dry in-situ tonnes. Mineral Resources are reported exclusive of Ore Reserves.

Agenda GMT AEDT Topic Presenter 08:00 – 08:10 19:00 – 19:10 Culture share Angela Bigg, President, Diavik Diamond Mine 08:10 – 08.20 19:10 – 19:20 Progressing with purpose Jakob Stausholm, Chief Executive 08:20 – 08.35 19:20 – 19:35 Panel 1: Our culture journey Moderated by James Martin Isabelle Deschamps, Chief Legal Officer Bold Baatar, Chief Executive, Copper Kellie Parker, Chief Executive, Australia 08:35 – 08:45 19:35 – 19:45 Market fundamentals Vivek Tulpule, Head of Economics & Markets 08:45 – 09:00 19:45 – 20:00 Technology solutions Nigel Steward, Chief Scientist 09:00 – 09:15 20:00 – 20:15 Decarbonisation - our pathway Mark Davies, Chief Technical Officer Alf Barrios, Chief Commercial Officer 09:15 – 09:30 20:15 – 20:30 Iron Ore Simon Trott, Chief Executive, Iron Ore 09:30 – 09:50 20:30 – 20:50 Q&A session 1 All 09:50 – 10:10 20:50 – 21:10 BREAK 10:10 – 10:25 21:10 – 21:25 Panel 2: Best operator Moderated by Isabelle Deschamps Arnaud Soirat, Chief Operating Officer Simon Trott, Chief Executive, Iron Ore Kellie Parker, Chief Executive, Australia 10:25 – 10:40 21:25 – 21:40 Aluminium Ivan Vella, Chief Executive, Aluminium 10:40 – 10:55 21:40 – 21:55 Panel 3: Excel in Development Moderated by Kellie Parker Mark Davies, Chief Technical Officer Bold Baatar, Chief Executive, Copper Simon Trott, Chief Executive, Iron Ore 10:55 – 11:10 21:55 – 22:10 Capital allocation and financials Peter Cunningham, Chief Financial Officer 11:10 – 11:30 22:10 – 22:30 Q&A session 2 All ©2022, Rio Tinto, All Rights Reserved 4

Diavik Diamond Mine, Yellowknife Culture share Angela Bigg, President, Diavik Diamond Mine 5

Rio Tinto Iron and Titanium Quebec Operations – Sorel Tracey Jakob Stausholm Progressing with purpose 12

Partnering for shared success Progressing projects to open up growth A new approach to cultural heritage Deepening impact of the Safe Production System 13

Best Operator Impeccable ESG credentials Excel in development Social licence 14

Decarbonising steel making BioIron™ uses raw, sustainable biomass and microwave energy instead of coal ELYSIS™ joint venture Developing breakthrough aluminium smelting technology that produces no direct GHG emissions Extracting critical minerals from waste and by-products Tellurium and scandium Pilbara renewables 34MW solar plant at Gudai-Darri iron ore mine, Western Australia Co-management of Country Yinhawangka Aboriginal Corporation co-designed management plan Modernising and rebuilding relationships New agreements with Yindjibarndi Aboriginal Corporation and Puuti Kunti Kurrama and Pinikura Aboriginal Corporation Decarbonising our RTFT operations C$737 million partnership with the Government of Canada Relationship reset A new agreement with the Government of Mongolia for Oyu Tolgoi Rincon Lithium Project acquisition A long-life, scalable resource Developing nature-based solutions Connection to >4 million hectares of land Safe Production System Deploying the Safe Production System site-by-site to continuously improve Increasing Indigenous leadership 7x number of Australian Indigenous leaders since 2020 15

Finding better ways to provide the materials the world needs 16

Panel session 1 Our culture journey Isabelle Deschamps, Bold Baatar, Kellie Parker Moderated by James Martin 17

72 71 71 73 Avg. prior 2 years Oct'21 Apr'22 Sept'22 Engagement scores improving 1 1Percentage score for employee survey question regarding employee happiness in the workplace©2022, Rio Tinto, All Rights Reserved 19

Tokyo, Japan Vivek Tulpule Market fundamentals 20

0 20 40 60 80 100 120 140 160 Energy Transition demand Traditional demand 202 2021 2035 2035 Global trends driving commodity demand 1 Growth and carbon projections from Rio Tinto Group scenarios (11% per annum decline in CO2 emissions based on 2021-49 period in net zero by 2050 pathway). Trade interventions from Global trade alert database 2 Copper equivalent demand uses average annual prices from 2017-21 with finished steel demand in iron ore equivalent units. Energy Transition demand calculated on a gross basis 3 Recycling share of total demand is currently higher due to the existing traditional use of nickel in industry and then declines as battery demand grows faster than recycling Current to 2035 (<2°C scenario) 28% to 35% 31% to 35% 36% to 50% 25% to 15% Total commodity demand by 2035 Recycling share of total demand Lithium, nickel and cobalt Steel (Fe units) Aluminium Copper 2 <2°C scenario Copper equivalent basis ©2022, Rio Tinto, All Rights Reserved 21 Key drivers of global economy1 Carbon Growth Geopolitics 1.8-3.2% pa over 2021-50 Trade interventions up ~9x from 2009 0.8-11% pa decline to 2050 Copper Aluminium Steel Fe units equivalent Lithium, nickel and cobalt3

Energy trilemma to energy tripod Climate Change / Sustainability Energy Affordability Mutually Supportive Objectives Low-cost renewables (needed to reach climate goals) will increase energy security reducing scope for price disruption over time US Inflation Reduction Act provides ~$200 billion incentives and support by 2030 to firm these linkages Europe’s REPowerEU Plan will allow members to access around €300 billion in loans and grants to accelerate renewable investment and increase energy efficiency and security1 Energy Security A shift in the energy market paradigm is taking place… 1 €225 billion of the remaining Recovery and Resilience Facility (RRF) loans plus new grants resulting in a total amount close to €300 billion, European Commission. ©2022, Rio Tinto, All Rights Reserved 22

Pilbara Blend fines and Yandicoogina fines Robe Valley fines 1.6 1.8 2 2.2 2.4 2.6 0% 2% 4% 6% 8% 10% Steel decarbonisation will affect the value of iron ores Industry decarbonisation efforts are focusing on direct reduction and liquid iron solutions: ─ Direct reduction does not remove impurities, and significantly benefits high grade iron ore value ─ Liquid iron solutions will start with incremental blast furnace abatement followed by more transformative solutions ─ During the transition to green steel, ores with low iron making CO2 emissions are well positioned Iron ore products – Steelmaking CO2 emissions (BF/BOF)1 1 Represents steelmaking emissions per tonne of liquid steel for each iron ore feedstock under today’s BF/BOF technology (China average archetype), Product volumes (represented by the bubble size) and silica + alumina content represent 2021 levels, except Simandou (blocks 3 and 4) which starts production at a later date. 2 The part of the Simandou resource that is very high grade resource has silica + alumina of ~1.6% and CO2 emissions 1.1t CO2/t steel under gas DRI/EAF. Does not include Scope 1 and 2 iron ore emissions (scope 3 downstream only). Source: Rio Tinto Rio Tinto Competitors ©2022, Rio Tinto, All Rights Reserved 23 Higher value from DRI/EAF H ig he r v al ue fr om li qu id ir on m ak in g in g re en tr an si tio n Iron ore silica + alumina % Simandou IOC low silica pellets IOC concentrate Pilbara Blend lump CO2 intensity (tCO2/t steel) ~40% is very high-grade (1.1t CO2/t steel)2 Robe Valley lump

©2022, Rio Tinto, All Rights Reserved Hydro-based aluminium even more attractive 720 ~550 1 Using a total carbon intensity (direct and indirect) based on an average marginal coal-fired aluminium smelter in China and a $43 per tonne carbon penalty consistent with IEA’s ‘Stated Policies’ scenario by 2040, World Energy Outlook 2022 2 Operating cost curve consistent with a ~$43 carbon penalty in China Chinese aluminium smelter cost sensitivities (Real US$/t 2021) Less ~65% carbon abatement Additional unabated carbon cost1 Additional grid charges from energy transition Increase in operating cost 50%0% 100% Operating cost curve2 ChinaRT Canada Over half of current Chinese smelting produces >14t CO2 per tonne aluminium vs. global average of 12t CO2 per tonne of aluminium Decarbonising electricity grid can abate about 65% of Chinese CO2 from the current captive power model Switching to grid-based power will incur network costs that initially rise with increased intermittent generation 24

Nigel Steward Technology solutions Hydropower, the Saguenay 25

A strong global R&D footprint… ©2022, Rio Tinto, All Rights Reserved 26 US Borax Kennecott Copper Laboratory ELYSIS Industrial Research and Development Center Aluminium Technology Solutions (ATS ARDC) Rio Tinto Iron & Titanium Technology Centre Richards Bay Minerals Bundoora Technical Development Centre Aluminium Technology Solutions (ATS France) RTIO Dampier labs Queensland Research and Development Centre

Health & Safety 9 projects ESG 19 projects Growth 32 projects Carbon 21 projects Productivity 54 projects Disciplined technology roadmap Reducing frontline exposure to hazards Managing health and wellbeing of our people Reducing water consumption Improving water treatment Dry tailings Dry processing Closure Discovering new orebodies Reducing capital intensity Creating new revenue streams Green steel and low carbon products Storage options Green processing Green energy Green fleet Maximise value from each ore body Equipment utilisation Automation Energy efficiency Excel in Development Best OperatorImpeccable ESG credentials Social Licence ©2022, Rio Tinto, All Rights Reserved 28

Next ~10 yrs 2030-2035 2035-2045 2045+ Transition and the global energy mix Thermal and mechanical energy storage for renewables firming FusionWind and solar Breakthrough batteries and small modular reactors ©2022, Rio Tinto, All Rights Reserved 29

Mechanical Firming and storage options 0.000 0.020 0.040 0.060 0.080 0.100 0.120 0.140 0.160 0.180 0.200 Asset Electricity O&M Total 0.000 0.020 0.040 0.060 0.080 0.100 0.120 0.140 0.160 0.180 0.200 Asset Electricity O&M Total 0.000 0.020 0.040 0.060 0.080 0.100 0.120 0.140 0.160 0.180 0.200 Asset Electricity O&M Total Electro-mechanical storage has the scale required by our operations, but capex and low Round Trip Efficiency (RTE) makes these solutions very expensive Electricity to heat solutions provide a scalable option at a low capex and very high RTE Lithium-Ion Batteries are not practically scalable above 8hrs of stored energy, hence they will not be suitable for 24/7 firming solutions required by our operations In the short term, firming of renewable electricity will have to come from conventional power sources like Hydro, Gas Turbine and Nuclear which are more cost effective, or we can revert to flexible demand management from our assets, e.g. a FlexPower Aluminium smelter An ideal solution for our alumina refineries, and other hydrometallurgical plants Le ve lis ed co st of e ne rg y su pp ly ($ /k W h) Electrochemical Thermal ©2022, Rio Tinto, All Rights Reserved 30

Hydrogen requires abundant low-cost green energy and lower capital costs Rio Tinto investment in Electric Hydrogen start-up to lower cost of hydrogen Potential hydrogen uses: - Reductant for zero-carbon steel making - Ilmenite reduction at RTFT and RBM - Fuel for calcining in our alumina refineries Currently uneconomic, as well as energy and capital intensive Competitive green hydrogen will need very low-cost green electricity at scale and lower capital costs Hydrogen leakage: ~1% per day of hydrogen is lost when stored in liquid form – global warming potential 5-16x that of CO2 driving the production of hydrogen close to its point of use 67% lower $978 $300 $199 $199 $477 $132 $579 $221 0 500 1000 1500 2000 2500 NEL - AE - base case EH2 C ap ita l i nt en si ty ($ /k W ) Technology bundle+installation Substation/Switchyard ($) Indirect Contingency (35%) Source: Ocko and Hamburg, “Climate consequences of hydrogen emissions” Atmos.Chem.Phys., 22, 9349-9368, 2022©2022, Rio Tinto, All Rights Reserved 31 Vendor 1 – base case Electric hydrogen

Fleet electrification will require time and technology breakthroughs 2022-2035 Biodiesel and biofuels 2028-2045 Electrification Current state Diesel fuel Battery Electric Battery pathways At scale Trial stage 2024 Early deployment 2026 Drill Charge Dozer Loader Truck Diesel Cable power ©2022, Rio Tinto, All Rights Reserved 32

Breakthrough technologies create new revenue streams Low carbon aluminium Apple has used the world’s first aluminium from zero carbon smelting at an industrial scale ELYSIS cell AP4X amperage increase implementation at the Alma smelter resulted in a 2.7% increase in production of low carbon aluminium Critical minerals from waste Scandium production at Rio Tinto Fer et Titane (RTFT) from spent acid stream Tellurium production at Kennecott delivering a new domestic supply to the US Solar industry Spodumene concentrate produced at RTFT Copper from waste NutonTM and related sulphide leaching technology targeting legacy copper waste and traditional orebodies with detrital challenges Commercialising through strategic partnerships in the Americas Storing carbon as rock Rio Tinto-led team exploring carbon storage potential at the Tamarack nickel joint venture in central Minnesota Green aluminium Processing waste Carbon mineralisation NutonTM technology pilot plant, Bundoora, Australia Tamarack, MinnesotaRio Tinto Fer et Titane ©2022, Rio Tinto, All Rights Reserved 33

Green steel pathways: range of potential technology options available 2020 2040 2060 Estimated time to Commercial Scale BF-BOF Optimisation Nat Gas DRI/HBI Shaft H2 DRI/HBI Fluidised Bed H2 DRI + Melter H2 DRI/HBI Shaft Biomass (BioIronTM) Electrolysis Today 1-20 years 10-20 years 5-10 years 5-20 years 10-20 years 20-40 years BF + CCUS Scrap-EAF 10-20 years Today CO2e (/tLS) (using renewable power) Ore Suitability 0 1.20.4 0.8 1.6 2.0 2.4 56 6258 60 64 66 68 70 Chemical Current Optimised Likely requires ultra-premium quality Not applicable – uses recycled steel ©2022, Rio Tinto, All Rights Reserved 34

Achieved Improving Developing Excelling Our technology journey - Creation of Chief Scientist’s Office – driving R&D integration and delivery across the company - One of the largest and most balanced technology and R&D portfolios in the mining industry - Leading on automation and remote operations - First producer of zero carbon aluminium from ELYSISTM and first scandium producer in North America - Growing capabilities in battery materials - Biodiesel and biofuels for our mobile fleet - Introduction of smaller and more efficient equipment at mine sites – e.g. automated road-sized trucks - Partnering to support the production of zero carbon steel - Providing firmed zero carbon energy to support 24/7 operational needs - Innovation leader in providing materials produced with a zero carbon and superior ESG footprint to drive the energy transition - Being fastest to translate new ideas into sustained business value - Ramp-up of solar and wind deployment to meet an increasing proportion of our electricity needs - Battery electric haul trucks - Accelerating ELYSISTM, NutonTM, and production of Lithium and critical materials - Storing CO2 in rock through carbon mineralisation ©2022, Rio Tinto, All Rights Reserved 35

Kennecott, US Mark Davies and Alf Barrios Decarbonisation – our pathway 36

Processing accounts for the majority of our carbon footprint Our scope 1 and 2 emissions Aluminium Other Bauxite & Alumina Minerals Iron Ore Copper 2021 equity basis 31.1 Mt CO2e 13% 3% DieselElectricity (purchased and generated)1 Process heat Anodes and reductants Other2 45% 21% 18% 8.8 Mt CO2e 4.3 Mt CO2e 2.1 Mt CO2e 5.1 Mt CO2e 1 Electricity emissions based on current Scope 2 carbon accounting approach as outlined in the published Scope 1, 2 and 3 Emissions Calculation Methodology 2021 2 Other includes land management and process emissions ~80% processing ~20% mining ©2022, Rio Tinto, All Rights Reserved 37

2030 2050 Electrified fleetsBiodiesel Nature-based Solutions (NbS) Process heat 2025 2035 2040 2045 Renewables Six large abatement programmes… …with Nature-based Solutions part of the plan ©2022, Rio Tinto, All Rights Reserved 38 Executing our ambitious plan towards net zero by 2050 Pacific Operations repower Minerals processing Diesel Renewables Aluminium anodes (ELYSISTM) Alumina process heat 8.4 4.2 5.8 4.6 4.2 2.6 2021 CO2e emissions equity share1 1 Six global programs cover 94% of group emissions, with residual emissions contained in processing facilities and land management 2 ELYSIS expected to be deployed for growth rather than abatement between 2026 and 2033 Not covered 1.3 ELYSIS2

8.4 4.2 4.2 4.6 2.6 5.8 5.8 2.6 0.5 3.8 0.7 0.0 1.0 39©2022, Rio Tinto, All Rights Reserved Pursuing an abatement pathway to reach our 2030 target 2021 emissions 2030 potential abatement Mt CO2e emissions by major abatement programmes – equity share 2018 CO2e emissions baseline 32.5 Emissions reductions to 2021 (1.4) 2021 CO2e emissions 31.1 Growth 1.0 Abatement programmes (13.4) Other3 required (includes NbS) (2.4) 2030 CO2e emissions (50% reduction from baseline) 16.3 1 Aluminium anodes pre-2030 is contributing to growth of Net Zero Aluminium rather than abating existing production tonnes and is therefore showing no abatement to 2030 2 Nature-based Solutions projects are expected to result in CO2 removals and avoided emissions 3 Other will flex over time based on abatement project delivery, growth, closures and asset changes New projects will need to be carbon neutral or have emissions mitigated elsewhere in the portfolioRenewables Minerals processing Alumina process heat Diesel Nature based Solutions2 Aluminium anodes1 Pacific Operations repower

©2022, Rio Tinto, All Rights Reserved 40 Path to 2030: select renewable and process heat projects already underway 234MW solar and 200MWh storage delivered 2023-2026 Progressing expandable sites for 1GW and beyond 130MW solar PPA signed 200MW wind PPA in progress Pursuing regional partnerships to reach 100% renewables Request for proposals for 4GW of green energy 13% reduction in Group CO2 emissions by 2030 BlueSmelting Increases critical minerals Partnership with Government of Canada Electrification of gas and coal boilers and ↑40% steam efficiency through digestion projects Partnership with ARENA and Sumitomo to trial Hydrogen Calcination 1GW ↓1.0 Mt CO2 by 20302 <$50/t Carbon price 0.6GW by 2030 100% basis ↓1.4 Mt CO2 potential @ 100% renewable 2.5% of South African national renewables 4GW New Australian generation ↓4.0 Mt CO2 equity share >2% Australian 2030 CO2 goal C$ 737m investment ↓670 kt CO2 potential3 Up to 70% emissions3 $1.2m Hydrogen feasibility ↓3.8 Mt CO2 potential Process heat Market-basedSelf-delivered ↓82% emissions Renewables Boyne Smelter 13% of group emissions RTFT 3% of group emissions QLD alumina assets 14% of group emissions RBM 5% of group emissions Pilbara 3% of group emissions1 1 Percentages shown denote programme coverage of 2021 group emissions (equity basis) 2 Based on gas and diesel displacement to 2030 3 BlueSmelting project when fully implemented based on 2021 RTFT emissions

Increased role of Nature-based Solutions to support our ambitious targets A B Developing Nature-based Solutions - High-quality projects on or near our assets - Connection to >4 million hectares of land - Eight large-scale projects progressed to feasibility studies - Potential ~500k hectares of land under conservation, restoration and sustainable management - Community and biodiversity benefits A Market Activity - Securing high-quality carbon credits - Identifying options to move into co-financing and co-development for the long-term B 2023 202620252024 2027 2028 2029 2030 ~1.0 mt Average: $30/t O U R A SS ET S Projects range in price (~$20-$50/t)1 Two-pronged approach to secure high-quality credits Assessments show scale and favourable economics 1 Range reflects project types (conservation, land management, reforestation) and landscapes (forest, mangroves, pastoral), with allocation for biodiversity and socio-economic benefits Development run-rate first four projects (preliminary) Mt CO2e Estimated development cost $/t CO2e ©2022, Rio Tinto, All Rights Reserved 41

We are scaling up Nature-based Solutions close to our assets Generating carbon credits and positive outcomes for people and nature For example – a 500 hectare community-driven project: - 640,000 seedlings from local village nurseries - 2,300 community members involved - Tree species with strong carbon capture yields (~8 - 12t/ha) - ~90% of investment going directly to community members for services Additionality Permanence Human Rights & Social Safeguards Ecological safeguards Real Carbon Reductions Madagascar©2022, Rio Tinto, All Rights Reserved 42

Supply chain emissions: scope 3 Marine and Logistics Minerals Aluminium Iron Ore Copper Partnering to decarbonise Supporting customers on their decarbonisation journey Accelerating the transition to end-state fuels 2021 equity basis 554 Mt CO2e Procurement Downstream customers 22 9 523 ©2022, Rio Tinto, All Rights Reserved 43

©2022, Rio Tinto, All Rights Reserved 44 Supporting our customers in their decarbonisation journeys - Prioritising growth in materials needed for the transition - Comprehensive green offer, with technical support - Deeper partnerships with end-customers (OEMs) Multi-commodity, low-carbon and critical minerals - Responding to customer traceability, transparency needs - Over 110 customers signed up for START platform - QR codes piloted on Corona beverage cans to enable more informed choices for consumers Providing traceability to the end consumer

45 Optimising current technology Upgrading our Pilbara ores Ironmaking with Pilbara ores Pathway 1 Ironmaking with Pilbara ores Pathway 2 Entry to high-grade green iron market Bringing high- grade ore to the market Multiple collaborations with customers Finding optimal stage(s) along the steelmaking value chain to remove impurities Developing an alternative steelmaking route to H2 DRI Developing H2 DRI with melter for Pilbara ores Entering H2 HBI market and demonstrate new tech using RT ores e.g. Simandou 1 Blast Furnace Optimisation 2 Pilbara Beneficiation 3 BioIronTM 4 H2 DRI + Melter 5 High-Grade DRI 6 Iron Ore Portfolio Key Partnerships ©2022, Rio Tinto, All Rights Reserved Supporting our customers - steel decarbonisation

Pilbara, Western Australia Iron ore Simon Trott

A global portfolio with products for today and tomorrow Global Mineral Resources & Ore Reserves1 Billions of dry tonnes, published gradesPilbara Infrastructure Joint Venture Partnerships Scale & Resilience Strategic differentiators Resources for a compelling product suite Pilbara Pilbara Blend Green steel application pathways Iron Ore Company of Canada 20Mt Simandou Pilbara ~338Mt Portside ~20Mt YTD Operating In development Product Grade Spread Unrivalled global resource portfolio Iron Ore Company of Canada High-grade, low-impurity products with Direct Reduction Iron market presence Simandou Blast furnace feed or Direct Reduction Iron products Demonstrated capacity China Portside Global blending capability providing greater customer access 1 See supporting references for categorisation of Rio Tinto’s Mineral Resources and Ore Reserves on slide 3 12 13 5 1 2 0.5 Low <61% Fe Mid 61-65% Fe inclusive High >65% Fe Resources exclusive of Reserves Reserves ©2022, Rio Tinto, All Rights Reserved 47

©2022, Rio Tinto, All Rights Reserved 48 Delivering in 2022 Best operator Impeccable ESG credentials Excel in development Social license 2022 Outcomes Looking forward Record material movement. Strong H2 production Strong performance at IOC Safe Production System delivering 120Mt of Pilbara mines commissioning Unlocked Western Range Project and Rhodes Ridge JV Simandou JV incorporation We approach 2023 with momentum 34MW Gudai-Darri solar farm commissioned Initial funding for 100MW Pilbara coastal solar farm as part of Phase 1 BioIron™ successful pilot Positioning for a future defined by access to country Three fold increase1 in spend with indigenous businesses Agreements with Yinhawangka and Yindjibarndi PKKP remedy and co-management agreements Everyday Respect report released with actions in place Village upgrades and enhanced amenities Improved diversity and 7% uplift for Respect on employee survey Building a values based performance culture Mine developments provide replacement or growth options Rhodes JV underpins our competitive position for decades 1 Three fold increase in Pilbara Iron Ore indigenous spend since 2018 People at our Heart Progress towards a lower cost renewables powered business Developing green steel pathways at the next level of scale

©2022, Rio Tinto, All Rights Reserved 49 Momentum building quarter on quarter M in es Ramp-up new mines Drive productivity with SPS Asset reliability and pit health Mitigate system interface losses Track health and cycle time High density ore upgrade Blending (Pilbara and China) to optimise product mix Replace stockyard equipment Next tranche of mine developments Low-cost volume creep 2023 focus areas Next 5 years R ai l & P or t Mine production ranges by quarter1 (2019 to 2022, Mt/a) 1 Minimum and maximum range is based on annualised quarterly figures for the period 2019-2022 260 280 300 320 340 360 Q1 Q2 Q3 Q4 2022 2022 2022 2022 Projected

2022 2 full deployments at Tom Price & Brockman 4 Performance uplift across early SPS deployments 14% HG production daily rate Tom Price Brockman 4 Deliver up to 5Mt production uplift in 2023 19% AHS equipment utilisation 33% Weekly total material movement 9% Monthly Production from baseline 6% at deployed sites Employee satisfaction 2021 Pilots at West Angelas, Yandicoogina 2023 Further deployments across mines, rail, ports & ops centre Up to 46% improvement at deployed sites All Injury Frequency Rate ©2022, Rio Tinto, All Rights Reserved 50

©2022, Rio Tinto, All Rights Reserved Work Index Costs reflect investment in improving asset health and mining sector input prices Unit cost history (US$/t FOB) 10 14 18 22 26 30 2017 2018 2019 2020 2021 2022 Pilbara Iron Ore Peers1 12% Exchange Rate 2 x Diesel 5 – 10% Materials & Labour Sector input prices Economic 2022 Forecast vs 2021 U nc on tro lla bl e C on tro lla bl e 1 Unit cost for peers are based off publicly available sales, revenue and EBITDA data, with adjustments made for comparison to RTIO's reporting method and products 2 Cost inflation sourced from Australian Bureau of Statistics, Producer Price Indexes >7%2 Inflation 12% Mine Work Index +340Mt 2022 H2 production rate Productivity 4% Total Maintenance hours 7% Plant unscheduled loss 4% Truck effective utilisation 51

$0 $20 $40 $60 $80 $100 $120 $140 $160 ©2022, Rio Tinto, All Rights Reserved 52 We are delivering an improved mine portfolio that maximises Pilbara Blend Western Range (Greater Paraburdoo) Brockman 4 Sustaining2 Greater Nammuldi Sustaining Gudai-Darri Robe Valley WTS (Greater Tom Price) Deposit C/D (West Angelas) Completed projects Projects in development Projects in study stage Hope Downs 1 Sustaining1 Pilbara Blend SP10 Robe Valley + Yandi 69 26 5 2019 65 26 9 2022 Medium Term Target 68-74 20 6-12 Shipments by Product (%) Mine Capital Intensity (US$ / tpa) 1Hope Downs 1 sustaining includes Bedded Hilltop and Hope Downs 2 2Brockman 4 sustaining includes Brockman Syncline 1 West Angelas Sustaining

Western Range represents our first co-designed mine with Traditional Owners Strong ties with China’s leading steel maker Agreed new Western Range JV with China Baowu Steel Group (Baowu, 46%) Strengthen Pilbara Blend 25Mt/a of Pilbara Blend process capacity through the Paraburdoo mining hub with first ore in 2025 Tier 1 asset High grade 165Mt @ 62.0% Fe1, leveraging existing infrastructure with low cost mining Cultural heritage protected Significant sites identified by the Yinhawangka Traditional Owners are protected Impact minimised Rigorous and ongoing consultation informed mine designs and infrastructure layout Return to Country commitments Integrated closure planning and progressive rehabilitation to limit the development footprint Plant infrastructure 1 See supporting references at Slide 3 Kilometers 0 0.5 1 1.5 2 2.5 North ©2022, Rio Tinto, All Rights Reserve 53

Rhodes Ridge will underpin our competitive position for decades to come Perfect for Pilbara Blend Pilbara Blend Rhodes Ridge (Brockman) Rhodes Ridge (Marra Mamba) Gudai- Darri Rhodes Ridge (Low Phos Brockman) Im pu rit ie s Iron Grade Rhodes Ridge (Australia) Carajas3 (Brazil) Simandou Blocks 3 & 42 (Guinea) Large, high grade and compact 1,800 km2 30km x 60km 1,250 km2 25km x 50km 3,750 km2 75km x 50km Iron Ore Resources and Reserves1 (Billions of tonnes) 6.7Bt @ 61.6% Fe 2.8Bt @ 65.5% Fe 2.9Bt Resource at 62.8% Fe 6.1Bt Reserve at 65.8% Fe Area (km2) 9.0 2.8 6.7 Including: 5.7Bt @ 62.3% Fe 0.5Bt @ 64.0% Fe 1 See supporting references at Slide 3 2 Rio Tinto owns 45.05% of Simandou Blocks 3 and 4, which contains a Mineral Resource of 2.8Bt at 65.5% Fe. Simandou Blocks 1 & 2 are owned by Winning Consortium Simandou (WCS). UBS ‘Global Research and Evidence Lab’ dated 25 May 2022 estimated Mineral Resource of ~2.7Bt and Ore Reserve of ~1.8Bt at 65.5% Fe 3 Based on publicly reported data. Vale’s Carajas Resource (Northern System) is sourced from the Form 20-F as filed with the Securities and Exchange Commission on April 14, 2022. Vale reports Mineral Resources exclusive of Ore Reserves and therefore exclusive Mineral Resources have been shown with Ore Reserves for visual comparison purposes Resources exclusive of Reserves Reserves 2.9 6.1 Resources Resources + Blocks 1&22 ©2022, Rio Tinto, All Rights Reserved 54

©2022, Rio Tinto, All Rights Reserved 55 System outlook and guidance 2023 Guidance1 Shipments: 320 – 335Mt (100% basis) Unit costs: $21.0 - $22.5/t (0.70 A$:US$) Sustaining capital: ~$1.8 billion Decarbonisation investment: $0.3 billion Mid Term Guidance1 Shipments: 345 - 360Mt (100% basis) 1 Subject to market and other conditions 2023 Mid Term 320Mt 335Mt 345Mt 360Mt

Our journey Achieved Improving Developing Excelling Commissioned: Robe Valley & Gudai-Darri Partnerships: PKKP remedy and co- management agreements Modernised the Rhodes Ridge JV with Wright Prospecting Co-designed mine plan with Yinhawangka for Western Range JV with Baowu to develop Western Range Agreements with Yindjibarndi Aboriginal Corporations Operational Performance: Strong system performance H2 Early benefits of SPS Ramp up projects Social licence: Engagement with communities Everyday Respect progress Decarbonsation: Initial funding for 100MW Pilbara Coastal Solar Operational Performance: Wider and deeper SPS rollout Next tranche of replacement mines Decarbonsation: Progress toward 1GW Most valued Iron Ore business: Best operator Values based performance culture Diverse product portfolio, positioned for green steel Deep and enduring partnerships ©2022, Rio Tinto, All Rights Reserved 56

Panel session 2 Best Operator Arnaud Soirat, Simon Trott, Kellie Parker Moderated by Isabelle Deschamps Weipa operations, Queensland

Safe Production System (SPS) Best operator Building a lasting competitive advantage with our people. We want to empower them to safely run assets that are in control, capable and performing better than any of our competitors. Care Courage Curiosity Strong, stable assets Front line customer- focused support Effective, simple processes Great people 59©2022, Rio Tinto, All Rights Reserved

©2022, Rio Tinto, All Rights Reserved 60 Site-by-site progression: 30 deployments in 16 sites (end of November) Grand Baie Brockman 4 Yandi West Angelas RailTom Price Amrun Kennecott Kitimat Bell Bay Hope Downs Arvida Iron Ore Company Canada Yarwun Marandoo Laterriere Iron Ore sites deployed Aluminium sites deployed Copper/ Minerals sites deployed Planning Launched Maturing EmbeddedMajor process deployment

©2022, Rio Tinto, All Rights Reserved 61 2022 performance uplift at deployment sites Safety 8% ↑ People 3% ↑ Year on year improvement in AIFR People Survey scores higher than the rest of their site Equipment utilisation 5% ↑ Variability ↓ 7% Improved online time when compared to the same period last year Process variability reduction

©2022, Rio Tinto, All Rights Reserved 62 Improvements across safety, people and productivity Safety Practices and training have improved safety* performance *AIFR measured at the asset People Our measure of engagement over bi- annual surveys show significant improvements in empowerment across lighthouse sites AIFR 29% improvement YTD compared to 2021 AIFR 44% improvement YTD compared to 2021 Employee Satisfaction Productivity SPS supports operating time by addressing asset stability and availability Operating Time (quarterly without shipping constraint) Amrun fixed plantIOC concentratorSPS impact Kennecott concentrator AIFR 42% improvement YTD compared to 2021 Deployment Start +13%* / +18%** Employee Engagement 2021 2022 Deployment Start 2021 2022 Operating Rate (monthly) +2%* / +2%** Standard Deviation (quarterly controllable) Deployment Start 2021 2022 -4%*/ +70%** 6% improvement compared to the rest of the site. Strongest in empowerment and inclusion 5% improvement compared to the rest of the site across collaboration, empowerment and resources 64% improvement compared to the rest of the site in employee participation in the people survey Employee Satisfaction * Absolute change – from deployment start date (data excludes shipping constraints) ** Improvement change – from deployment start date (data excludes shutdowns & shipping constraints)

2022 Full deployment at Tom Price and Brockman 4 ©2022, Rio Tinto, All Rights Reserved 63 Performance uplift across early SPS deployments in Iron Ore 14% HG production daily rate Tom Price Brockman 4 Deliver up to 5Mt production uplift in 2023 19% AHS equipment utilisation 33% Weekly Total Material Movement 9% Monthly production 6%1 at deployed sites Employee satisfaction 2021 Pilots at West Angelas, Yandicoogina 2023 Further deployments across Mines, Rail, Ports & Ops Centre Up to 46%1 improvement at deployed sites All Injury Frequency Rate 1 All metrics relate to Pilbara Iron Ore

©2022, Rio Tinto, All Rights Reserved 64 Global priorities in 2023 Priorities in 2023: - Rolling out at new sites and going deeper at existing sites where we have already deployed to increase sustainable impact - Focus on improving asset health and performance to stabilise production variability Deployment sites New sites Total Sites* 2021 2022 2023 Iron Ore 2 5 2-6 9-13 Aluminium 1 6 1 8 Copper 1 0 0 1 Minerals 1 0 1 2 Total 5 11 4-8 20-24 * 43 eligible sites across Rio Tinto - Identify key Kaizens (problem solving opportunities) to address high-priority improvements, with replication across Rio Tinto - Upskill our people through training programmes

Ivan Vella Aluminium Kemano tunnel, British Columbia

368 168 240 147 87 15 1-Series Al 5-Series Al-Mg 3-Series Al-Mn Positioned to meet customers' needs in energy transition Aluminium has a key role to play in delivering a net zero world Aluminium consumption from green applications Mt 20222019 4.7 2020 2023F2021 2.7 3.2 7.0 8.4 EVs Renewables Sources: Rio Tinto, CRU Energy transition-led demand drives overall growth – 9% of total aluminium demand but over 60% of growth in 2023 Leveraging Rio Tinto's leading Scandium production to develop high strength and high-performance aluminium alloys Source: scale-project.eu Aluminium yield strength Mega Pascals, for selected aluminium alloy series +150% +93% +1,500% Strength increase With Scandium Without Scandium Leading technical support & Alloy development Proximity to customers Traceable Zero emission Responsible Circular Energy transition demand Material innovation – Scandium Commercial value proposition ©2022, Rio Tinto, All Rights Reserved 66

Privileged low-carbon hydro resources in North America Global aluminum production by energy source Mt 1,500 1,000 500 70,00040,00010,000 20,000 50,0000 60,00030,000 2,500 2,000 t 2023 global aluminium smelters energy cost curve $/t Without $75/t CO2e With $75/t CO2e 1 Scope 1 and 2 emissions for aluminium smelting only 2 RT grid hydro including JVs in Canada & New Zealand, plus Bell Bay and ISAL Sources: Rio Tinto, CRU 1.7 1.63.9 Grid Hydro2 Coal 3.2 1.0 2.14.3Grid Mixed 6.0 0.1 Self gen Hydro 6.1Gas 0.631.1 1.0 5.4 Other China Russia Rio Tinto Average carbon intensity1 (t CO2/t Al) 2 2 9 8 16 World average carbon intensity1 (t CO2/t Al) 12 RTA average carbon intensity1 (t CO2/t Al) 5 ©2022, Rio Tinto, All Rights Reserved 67

Current market conditions are short term and cyclical GFC -1000 -500 0 500 1000 1500 5 10 15 20 Inventories as weeks of consumption 2 4 6 12 8 10 14 16 18 20202014 % 2015 2016 2017 2018 2019 2021 2022 Historical averageCarbon materials Caustic soda Sources: Rio Tinto Market Analysis, CRU, LME, Rio Tinto Market Analysis, CRU. Grey dots denote Global Financial Crisis Smelter operating margin and global inventories as weeks of consumption 75th percentile smelter margin, 2022 $/t, 2000-2022 monthly data Raw materials are high this cycle in relation to LME Carbon materials and caustic soda costs as percentage of aluminium and alumina prices respectively at typical usage rates ©2022, Rio Tinto, All Rights Reserved 68 Oct-22

Sustainable competitive advantage through the cycle Short-term and cyclical market conditions Best Operator Recovery plans | SPS & Productivity | People & Leadership 1 Grow North America low-carbon aluminium 4 Optimise integrated alumina supply chain 2 Repower Pacific Aluminium smelters 3 Maintain options for third-party bauxite sales Four Lenses To think strategically and tactically about our aluminium business ©2022, Rio Tinto, All Rights Reserved 69

Best Operator focus to protect margins and unlock growth Implementation of best practice rituals focused on operations and asset management Reduction of aborted casting events Optimisation of casting furnace filling time reducing delays in casting process Rolling out end-to-end implementation across Quebec Grande Baie, Saguenay Lac Saint Jean Production Kt, Rio Tinto equity share 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 50 0 250 100 300 150 450 350 200 400 500 550 Alma Stable performance and continuous production creep Safe Production System ©2022, Rio Tinto, All Rights Reserved 70

©2022, Rio Tinto, All Rights Reserved 71 Returning Boyne and Kitimat to Best Operator 0 50 100 150 200 250 300 350 400 450 500 2024F2022F 2023F 400 0 200 300 50 100 150 250 350 450 500 2024F2022F 2023F Production Kt, Rio Tinto equity share Production Kt, Rio Tinto equity share Complete pots restart in 2023 Stabilise and return to best performance in 2024 Complete workforce transformation Complete line 3 recovery Restore overall asset health Re-establish technical capability +9% +7% +148% +23% Boyne smelter Kitimat

Strengthening our green aluminum leadership AP60 Lowest carbon intensity technology available at scale Supports transition from Arvida smelter closure VAP and recycling Arvida and Laterriere recycling projects Alma billet centre ELYSIS™ Assessing pathways to accelerate deployment Shift from carbon to oxygen emissions Green energy Repowering coal-based assets in partnership with governments and communities, starting with Boyne smelter Leveraging hydropower resource in Canada Innovation and Partnerships ©2022, Rio Tinto, All Rights Reserved 72

©2022, Rio Tinto, All Rights Reserved 73 Playing a bigger role in North America's energy transition Largest mining and metal producer in North America Copper equivalent basis, 2021 actual production* 1.5M0.0M 0.5M 1.0M US Steel Freeport Barrick Rio Tinto Nutrien Agnico Eagle Newcrest Newmont Alcoa The Mosaic Company Grupo Mexico Teck Century Aluminum Glencore Vale Cleveland-Cliffs Kinross ArcelorMittal Sibanye-Stillwater K+S Group Champion Iron Aluminium Other Minerals & Metals Rio Tinto has the foundation to grow in North America Well-positioned industrial sites forming an integrated value chain Unparalleled hydropower and port infrastructures Deep customer relationships across aluminium, copper, high grade iron ore, titanium, battery materials and critical minerals Strong government partnerships Deep technological and R&D capability (Sorel, Saguenay, Salt Lake City) * 2021 production in the USA and Canada, aggregated by producing company in copper equivalent terms using long-run consensus prices, for the following minerals and metals: alumina, aluminium, cobalt, copper, gold, iron ore, lead, molybdenum, nickel, palladium, platinum, potash, silver and zinc. Sources: Rio Tinto Market Analysis

Achieved Improving Developing Excelling Our aluminium journey Commissioned: Laterrière recycling furnace Under-construction: ELYSIS 450kA cells Committed investments: Arvida recycling centre Alma billet expansion New low-carbon partnerships: Ford and Volvo MoU AB InBev – Corona / ELYSIS Industry leadership: Industry leader in providing the green aluminium our customers need, with favourable position in the North American market Operational performance: Kitimat and Boyne recoveries Alumina refineries stabilisation SPS deployment Social licence: Partnerships with governments and First Nations Development: Capital intensity Low-carbon growth: AP60 expansion Unlocking green energy ELYSIS deployment model Decarbonisation: Boyne repowering Alumina new technology pilots ©2022, Rio Tinto, All Rights Reserved 74

Oyu Tolgoi underground, Mongolia Panel session 3 Excel in Development Mark Davies, Bold Baatar, Simon Trott Moderated by Kellie Parker

Strengthening our partnership in an attractive investment destination 76 • Mongolia remains highly prospective for resources, with a young, resilient and skilled population • January agreement delivered opportunity to reset relationship and commitment to continued dialogue and partnership • Reforming, Pro-FDI Government focused on long-term development principles, including New Economic Revival Policy • Both sides committed to avoiding future misalignment and delivering OT ramp up • 20,000 employees, 97% Mongolian workforce – average age of 28 and over 500 national suppliers • Made in Mongolia campaign of local suppliers; and continued growth of MBSSC delivering innovative group-wide shared services • Investment in long term Mongolian development – investing $50m on South Gobi Town Development Strengthening policy environment, growing FDI Talented local workforce Political stability and government Reform Agenda

©2022, Rio Tinto, All Rights Reserved 77 Supplying US-made copper and critical minerals An exciting future for Rio Tinto and American Copper Arizona and New Mexico exploration RT Cu Operation Focused on domestic US production - Rio Tinto operates one of only two operating smelters in the US – Kennecott, a key asset in the drive for the increasing US domestic supply of copper and critical minerals (including Tellurium) - Our Nuton technology, the product of 30 years of in house R&D, provides the potential to produce refined copper from legacy, existing and new mines using nature-based leaching technology with low water, carbon and energy intensity - Resolution, one of the largest undeveloped copper deposits globally will provide 25% of America’s copper once built. Permitting progress continues to be made and remains a priority focus for 2023 Utah and Nevada exploration Montana exploration Rio Tinto Kennecott Exploration Project Market leading low carbon, low water leaching technology Advantaged exploration portfolio leveraging +100 years of fieldwork World-class producing assets with significant growth pipeline

Peter Cunningham Capital allocation and financials Brisbane Integrated Operations Centre

©2022, Rio Tinto, All Rights Reserved 79 Disciplined allocation of capital remains at our core Further cash returns to shareholders Compelling growth Debt management Essential capex Integrity, Replacement, Decarbonisation1 Ordinary dividends2 Iterative cycle of3

Disciplined investing for growth and decarbonisation 5.4 6.2 ~7.0 2.4 2.4 2.7 3.3 3.1 2018A 2019A 2020A 2021A 2022F 2023F 2024F 2025F Sustaining Decarbonise our assets Pilbara replacement Other replacement Growth H1 actuals ~9.0-10.0 7.4 ~9.0-10.0 5.5 ~8.0-9.0 * Estimated investment as of 30 June 2022 (Rio Tinto share of capital investment) Lowered original 2022 guidance due to stronger US dollar and rephasing of decarbonisation and development projects Ambition to grow and decarbonise reflected in 2024-25 capex of ~$9-10 billion including up to $3 billion in growth investment, depending on opportunities Direct decarbonisation investment of ~$7.5 billion* to 2030, predominantly in second half of decade. Long term contracts and opex in addition Average annual sustaining capital of ~$3.5 billion Replacement capital remains $2-3 billion per year Capital expenditure profile (Rio Tinto share) $billion Depreciation ©2022, Rio Tinto, All Rights Reserved 80

Ambition to invest up to $3 billion in growth per year Rio Tinto share of growth capital Represents the Group’s economic investment in key growth projects through 2023-2025 Introduced to better represent our share of investment for capital projects which are jointly funded with other shareholders (e.g. Simandou) – better reflecting our approach to capital allocation Studies progressing towards approval in period Kennecott underground Rincon and other lithium Resolution Copper Committed capex Advanced projects Oyu Tolgoi Simandou ~15% ~40% ~45% AP60 expansion ©2022, Rio Tinto, All Rights Reserved 81

Building a portfolio of options 2021A 2022F 2023F Exploration (brownfield and greenfield) Evaluation 0.7 0.9 1.0 Expenditure rising in line with development of project portfolio Includes $250 million per year of central greenfield exploration Fully expensed via the P&L Progressing studies on Rincon, Resolution, Kennecott underground, Pilbara replacement and Rhodes Ridge in 2023 Spend in addition to E&E in 2023 includes $400 million in R&D and $170 million in decarbonisation studies expenditure Exploration & Evaluation (E&E) spend $billion ©2022, Rio Tinto, All Rights Reserved 82

Energy transition drives additional long-term value * Copper equivalent demand uses average annual prices from 2017-21 with finished steel demand in iron ore equivalent units (up to $3bn / annum) Total commodity demand by 2035* Key drivers of future scenarios Growth options Growth options resilient to future scenarios, whilst maximising exposure to upside from the energy transition <2°C scenario Copper equivalent basis Steel (Fe units) Copper Aluminium Lithium, nickel & cobalt Energy Transition demand Traditional demand 2021 2035 2021 2035 Carbon Growth Geopolitics Cu - Oyu Tolgoi - Kennecott - Resolution - Winu - NutonTM Fe - Simandou - Rhodes Ridge Al - ELYSIS™ - AP60 Li - Rincon - Other Lithium ©2022, Rio Tinto, All Rights Reserved 83

Robust and broad-based approach to decarbonisation 1. Commercial solutions - Repowering Pacific smelters - Grid connected renewables (RBM, Kennecott) 2. Capital solutions: with a carbon price of -$50/t to +$50/t - Pilbara renewables: 1GW Phase 1 (234MW + storage) - Alumina process heat (QAL double digestion) 3. Capital solutions: with a carbon price of >$50/t to <$100/t - Alumina process heat (Full electric conversion2) - Minerals processing (Electric boilers) 4. Capital solutions: Pilbara renewables 1GW Phase 2 system build out (with a carbon price <$50/t) - Renewables expansion & investment in transmission infrastructure to support fleet electrification / full decarbonisation 5. Solutions under review - Diesel (fuel alternatives) - Alumina process heat - Minerals processing 6. Nature-based Solutions4 - High-quality projects on or near our assets Decarbonisation components 5-10% 2030 CO2e emission abatement %1 $7.5bn Capex % ~5-10% 5-10% ~15% ~20% ~5% 15-20% TBD3 30-40% ~15% 1 Reduction from closure of operations and replacement with lower carbon emission is expected to contribute up to10% of abatement reduction to 2030, new projects will need to be carbon neutral or emissions mitigated elsewhere in the portfolio. 2 The electrification of the boilers will require new commercial renewable energy contracts as well as capital. 3 Additional capital spend required to meet abatement target is under continual review, current analysis indicates total spend unlikely to exceed $7.5 billion. Uncertainty remains to the timing of availability of scale technology solutions for HME and logistics, and limited savings have been built into the plan for diesel solutions before 2030. 4 Nature-based Solutions projects are expected to result in CO2 removals and avoided emissions. Our approach to decarbonisation evaluation ~40% 0% 1 Value under the Group scenarios 2 Materiality of CO2 emissions abated vs targets 3 Maturity based on technology and delivery risk 4 Competitiveness Internal and external benchmarking 5 Pathway To net zero emissions ©2022, Rio Tinto, All Rights Reserved 84

– Energy efficient digestion process – Capex $0.3 billion – ~$80 million pa opex cost saving by reducing bauxite, raw material and energy costs – Abatement reduction of ~350kt CO2e emissions – 2023 pilot plant; replication opportunity at Yarwun Value accretive decarbonisation at a modest carbon price * All QAL double digestion metrics on 100% basis. Value accretive at zero carbon price Renewables Pilbara: Phase 1 – solar plus on-grid battery storage Alumina process heat QAL double digestion* Value accretive at ~$40/t carbon price – 200MW solar plus 200MWh of on-grid battery storage solutions delivered 2023-26 – Capex $0.6 billion – Builds on 34MW already installed at Gudai-Darri. Long lead investment approved for 100MW - Pilbara Coastal Solar – 6PJ of annual gas displacement by end 2026, delivering gas savings of ~$55 million pa at current prices – Abatement reduction of ~300kt pa CO2e emissions, upside based on tracking rather than fixed assembly for some assets ©2022, Rio Tinto, All Rights Reserved 85

©2022, Rio Tinto, All Rights Reserved 86 Attractive EBITDA margin and ROCE throughout the cycle * 2022 based on consensus -60% -40% -20% 0% 20% 40% 60% -60% -40% -20% 0% 20% 40% 60% 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022* EB IT D A m ar gi n / R O C E Yo Y ch an ge Net operating costs YoY change Revenue YoY change EBITDA margin ROCE

Disciplined approach is unchanged, we intend to maintain it throughout the cycle Balance sheet strength is an asset. Offers resilience and creates optionality Commitment to minimum A Investment Grade rating through cycle Moody’s: A2 (stable), S&P: A (stable) Our financial strength allows us to simultaneously: Reinvest for growth (up to $9-10 billion per year in total capex depending on opportunities) Accelerate our own decarbonisation ($7.5 billion to 2030, long term contracts + other indirect investment) Continue to pay attractive dividends in line with our policy (consistent six-year track record) ©2022, Rio Tinto, All Rights Reserved 87 Balance sheet is strong $billion 2022 2021 H1 FY Net cash generated from operating activities1 22.2 25.3 Capital expenditure1 7.2 7.4 Dividends paid1 16.5 15.4 Net cash (debt) 0.3 1.6 Cash and liquid resources 13.7 15.2 Revolving credit facility (5 year maturity) 7.5 7.5 Net (cash) debt/Underlying EBITDA1 -0.01x -0.04x Gearing -1% -3% Weighted average debt maturity 10 yrs 11 yrs 1 Rolling 12 months

Consistent six-year track record of shareholder returns Our second highest interim dividend ever in 2022 ($4.3 billion) 60% average pay-out on ordinary dividend over the past six years 74% average pay-out in total over the past six years Attractive dividends remain paramount 0 20 40 60 80 100 2016 - 20212020 20212016 2017 2018 2019 Ordinary dividend Additional return Shareholder returns1 of 40-60% of underlying earnings on average through the cycle Pay-out ratio (%) 1 Excluding divestment proceeds returned to shareholders©2022, Rio Tinto, All Rights Reserved 88

Attractive shareholder returns, underpinned by a strong balance sheet Achieved Improving Developing Excelling ©2022, Rio Tinto, All Rights Reserved 89 We will maintain our capital discipline - Attractive return on capital - Resilient cash flows through the cycle - Capital discipline - Replicate best demonstrated operating performance - Generate returns on R&D and Exploration & Evaluation spending - Generate options for growth in materials enabling the global energy transition - Decarbonise our assets - Exceed best demonstrated operating performance - Delivering value-adding growth - Help our customers decarbonise their operations - Best in class operating performance - De-risked our cashflows by accelerating our own low-carbon transition - Broad suite of growth options - Portfolio leveraged toward the energy transition

©2022, Rio Tinto, All Rights Reserved Product group level guidance 2023 Production Guidance Iron ore shipments 320 – 335Mt1 (100% basis) Copper Mined Copper Refined Copper 550 – 600kt 180 – 210kt Aluminium Bauxite Alumina Aluminium 54 – 57Mt 7.7 – 8.0Mt 3.1 – 3.3Mt Minerals TiO2 IOC pellets and concentrate2 B2O3 Diamonds 1.1 – 1.4Mt 10.5 – 11.5Mt ~0.5Mt 3.0 – 3.8m carats 1 Pilbara shipments guidance remains subject to risks around commissioning and ramp-up of new mines and management of cultural heritage 2 Iron Ore Company of Canada 3 FY23 guidance is based on A$:US$ exchange rate of 0.70 and excludes COVID-19 response costs 2023 Unit cost guidance3 Pilbara Iron ore ($/tonne) $21.0 – $22.5 Copper C1 (US cents/lb) 160 – 180 92

©2022, Rio Tinto, All Rights Reserved 93 Decarbonisation abatement programmes Programme Description & Key Sites Funding mechanism Example project - Economics Pacific Operations Repower Renewables: smelters Boyne | Tomago - Long-term market contracts - Government partnerships - Commercial solutions achieved through government partnerships and long-term contracts - Assets will need to remain competitive Renewables Solar & wind renewables Pilbara | Weipa QMM | Kennecott | RBM - Capital - Build own operate - Long-term market contracts - Phase 1 – 200MW solar + 200MWh of on-grid battery storage is value accretive at a carbon price of <$40/t driven by $55 million reduction in gas displacement costs at current prices Diesel HME & Diesel switching Ph I: Bio-fuels Ph II: Fleet electrification Pilbara | IOC Capital: - Land acquisitions (non-edible feedstock) - HME - Bio-fuels: comparable cost to diesel* & de-risking of technical risk in fleet electrification - Diesel cost savings post fleet electrification Alumina process heat Electrification of boilers Process & energy efficiency H2 calcination – replacement Vaudreuil | QAL | Yarwun - R&D - Capital - QAL double digestion is value accretive at zero carbon price driven by reducing bauxite, raw material and energy costs - A subset of projects are value accretive at a carbon price of $50/t to 100/t Mineral processing New technologies Electrification of boilers IOC | RTIT | Borates - R&D - Capital - Government / industry partnerships - IOC steam plant fuel reduction - 40MW electric boiler conversion is value accretive at a zero carbon price - Technology and economics remain progressing on a number projects - The electrification of the boilers will require new commercial renewable energy contracts as well as capital Aluminium anodes ELYSISTM technology All smelters - R&D - Capital - Commercial scale technology from 2024 - Value generation through scale-up later Nature-based Solutions High quality offsets 8 large scale sites - Capital land acquisitions - Operating costs - Development costs of high-quality projects on or near our assets are currently estimated at $20-50/t CO2e, the range reflects varying project types and landscapes * At our Boron site due to Californian subsidies.

45 energy industry professionals recruited to focus solely on delivering new renewable supply to Rio Tinto’s operations Globally resourced team ensures industry best practice is delivered across all our sites No one size fits all approach – optimise for security, LCOE, capex, ROCE, NPV Partnerships and PPAs common in our major grids (e.g. Pacific Australia), direct investment preferred for our integrated production systems (e.g. Pilbara, Saguenay) ©2022, Rio Tinto, All Rights Reserved 94 Rio Tinto Energy Development is dedicated to developing and partnering for renewables Advantaged regions for renewables Rio Tinto renewable projects Grid partnered renewable projects Existing renewable energy supply GW GW GW 7.5GW 7GW 1GW New Development IOC & Saguenay Kennecott & Resolution Kitimat Rincon RBM Oyu Tolgoi Pacific Aluminium Australian Bauxite Pilbara Isal Sohar Boron Note: Majority existing renewables are hydro powered, new development is wind and solar with lower capacity factors

95 Industry cost headwinds are being offset by elements within our control Increases in work effort is reducing as new mine capacity is introduced Material movement (Bt) 1.0 1.2 1.3 1.3 2018 2021 2022F 2024F x Effective flat haul (km) 11 14 15 15 2018 2021 2022F 2024F Work index (Bt.km) = 12 17 19 20 2018 2021 2022F 2024F Productivity initiatives are delivering consistent improvements Truck Effective Utilisation Train Temporary Speed Restriction 100 105 109 118 2018 2021 2022F 2023F Fixed Plant Unscheduled Loss 100 91 85 85 2018 2021 2022F 2023F 100 56 55 47 2018 2021 2022F 2023F Index 2018 = 100 Index 2018 = 100 Index 2018 = 100 ©2022, Rio Tinto, All Rights Reserved

Uplift in decarbonisation investment 96 Sustaining investments are improving asset health 1.2 1.7 1.8 0.3 Average 2018 - 2021 2022 2023 Sustaining capital by year (US$bn) Historical Actuals Forecast– Sustaining Capital Forecast– Decarbonisation Increased installed asset base, including Gudai-Darri Improved asset health lifts production Facilities upgrades with improved safety and cost performance Increased drilling (capitalised) to support future developments Investment in our assets continues (US$bn) ©2022, Rio Tinto, All Rights Reserved

©2022, Rio Tinto, All Rights Reserved 97 We are decarbonising through partnerships and innovation in Canada Innovating to find new ways to deliver the emerging materials the world needs First producer of high-quality scandium oxide in North America Sorel-Tracey, Canada Rio Tinto Iron and Titanium Quebec Operations Chief Executive Jakob Stausholm, Prime Minister of Canada Trudeau, Sophie Bergeron (MD RTIT & Diamonds) and Minister Champagne at the Blue Smelting construction site Partnering with the Government of Canada to decarbonise RTFT and boost critical minerals processing C$737 million investment over eight years

©2022, Rio Tinto, All Rights Reserved 98 Iron Ore / Steel Includes Pilbara iron ore and IOC operations Upstream Total material moved Mining Shipping Ore-based steel Scrap-based steel 10,000Mt 8t / t steel 2,400Mt @63% Fe 277Mt @61% Fe 55Mt CO2e Seaborne iron ore 5.4Mt CO2e 1,250Mt 700Mt 6.5Mt CO2e 70Mt CO2e 0.03t CO2e/t ore 3.6Mt CO2e 0.01t CO2e/t ore 0.03t CO2e/t ore 0.02t CO2e/t ore 2,700Mt CO2e 0.5t CO2e/t steel 350Mt CO2e 0.5t CO2e/t steel Global production & emissions 2021 Rio Tinto production & emissions (equity basis) Total Total tonnes finished steel (including secondary) 1,780Mt Total tonnes of emissions1 3,120Mt CO2e CO2 / tonne steel1 1.8 CO2e/t steel PR O D U C T EM IS SI O N S Upstream emissions from production of diesel, natural gas & explosives 70% - Diesel 30% - Power ~80% power-related emissions ~20% coal or natural gas injection depending on source / location Emissions by process step: 7% - Coke oven 20% - Sinter plant 64% - Blast furnace 9% - Steel converter (Mostly metallurgical coal with a small fraction of natural gas DRI) 1 Note that these totals do include upstream and shipping so will not reconcile to our 2021 Climate Report

Total tonnes of product (including secondary) 30Mt Total emissions Total tonnes of emissions1 107Mt CO2e CO2 / tonne copper1 1.6 CO2e/t Cu Copper Global production & emissions 2021 Rio Tinto production & emissions Upstream Total material moved Mining Shipping Primary refined copper Secondary copper 12,000Mt 600t / t Cu 4,300Mt @0.6% Cu 100Mt @0.6% Cu 5Mt CO2e <0.1Mt CO2e 20.5Mt 0.2Mt 9.5Mt 1.5MtCO2e 70Mt CO2e 2.7t CO2e/t Cu 2.0Mt CO2e 3.3t CO2e/t Cu 0.3t CO2e/t Cu <0.01t CO2e/t Cu 32Mt CO2e 1.6t CO2e/t Cu 0.2Mt CO2e 1.1t CO2e/t Cu 4.7Mt CO2e 0.5t CO2e/t Cu Upstream emissions from production of fuel and explosives ~70% - Diesel ~30% - Power Power (emissions depend on source / location) Power (emissions depend on source / location) 1 Note that these totals do include upstream and shipping so will not reconcile to our 2021 Climate Report 99©2022, Rio Tinto, All Rights Reserved PR O D U C T EM IS SI O N S

©2022, Rio Tinto, All Rights Reserved Total Total tonnes of product (including secondary) 92Mt Total tonnes of emissions1 958Mt CO2e CO2 / tonne Al1 10.4 CO2e/t Al Aluminium Global production & emissions 2021 Rio Tinto production & emissions Upstream Total material moved Mining Shipping Alumina Primary Aluminium Secondary Aluminium 1,000Mt 16t / t Al 360Mt @47% Al2O3 54Mt @49% Al2O3 15Mt CO2e 1.9Mt CO2e 130Mt 7.9Mt 67Mt 3.2Mt 26Mt 6.8MtCO2 4.7Mt CO2e 0.02t CO2e/t ore 0.8Mt CO2e 0.01t CO2e/t ore 0.2t CO2e/t ore 0.04t CO2e/t ore 160Mt CO2e 1.2t CO2e/t Al2O3 5.7Mt CO2e 0.7t CO2e/t Al2O3 780Mt CO2e 11.6t CO2e/t Al 15.4Mt CO2e 4.9t CO2e/t Al 13Mt CO2e 0.5t CO2e/t Al Upstream emissions from production of fuel, caustic, lime, anodes, cathodes & explosives ~70% - Diesel ~30% - Power Power (emissions depend on source / location) Anodes: ~2 tCO2 / tAl Power: ~0 to 15 tCO2 / tAl (emissions depend on source / location of power: Hydro ~0, gas ~6, coal ~14 tCO2 / tAl) Process heat: Natural gas Coal 1 Note that these totals do include upstream and shipping so will not reconcile to our 2021 Climate Report 100 PR O D U C T EM IS SI O N S

©2022, Rio Tinto, All Rights Reserved 101 Common acronyms AHS Automous Haulage System EC European Commission Mtpa Million tonnes per annum RTIO Rio Tinto Iron Ore Calculated abatement carbon price The levelised marginal cost of abatement at a zero carbon price Calculation: Discounted sum of all abatement costs over time at a zero carbon price / Discounted sum of all abated emissions over time Discounted at the hurdle rate RT uses for all investment decisions AIFR All Injury Frequency Rate EMEA Europe, Middle East and Africa MACC Marginal Abatement Cost Curve RTX Rio Tinto Exploration Al Aluminium ESG Environmental, Social, and Governance MW Megawatt SPS Safe Production System AL2O3 Aluminium oxide EU European Union MWh Megawatt hour S&P Standard & Poor’s ARDC Arvida Research and Development Centre Fe Iron NbS Nature-based Solutions T Tonne ASX Australian Stock Exchange FOB Free On Board NPV Net present value t/ha Tonnes per hectare ATS Aluminium Technology Solutions FS Feasibility Study O&M Operation & Maintenance tLS Tonnes of liquid steel B2O3 Boric oxide GHG Greenhouse gas OT Oyu Tolgoi tCO2 e Tonne of carbon dioxide equivalent Bn Billion GFC Global Financial Crisis Pa Per annum TiO2 Titanium dioxide BF Blast furnace Gt Giga tonnes PJ Petajoule tpa Tonnes per annum BOF Blast Oxygen Furnace GW Gigawatt PPA Power Purchasing Agreement TWh Terawatt hour BSL Boyne Smelter Limited H2 Hydrogen QAL Queensland Alumina Limited UB Ulaanbaatar CAGR Compound annual growth rate HBI Hot briquetted iron QMM QIT Madagascar Minerals USD United States dollar CCGT Combined Cycle Gas Turbine HG High grade ore R&D Research and development VAP Value-added product CCUS Carbon capture, utilisation and storage HME Heavy Mining Equipmet RBM Richards Bay Minerals WA Western Australia CCS Carbon Capture and Storage IEA International Energy Agency RE Renewable Energy WTS Western Turner Syncline CO2 Carbon dioxide IOC Iron Ore Company of Canada RRF Recovery and Resilience Facility YoY Year on Year CO2e Carbon dioxide equivalent IRR Internal rate of return ROCE Return on capital employed YTD Year to date Cu Copper JV Joint Venture RM Richards Bay Minerals DRI Direct Reduction Iron LCE Lithium Carbonate Equivalent RT Rio Tinto EAF Electric Arc Furnace LCOE Levelised Cost of Energy RTE Round trip efficiency EBITDA Earnings Before Interest, Taxes, Depreciation and Amortisation Mt Million tonnes RTFT Rio Tinto Fer et Titane Definitions