Document NN0JQDeZzoM6VQgLk3axVOYqb

Meeting Chemours is a different kind of chemistry company, driven by our purpose to create a better world through the power of our chemistry Founded 2015 Employees 6,600 (~5,000 in manufacturing) HQs Delaware Chemours in Europe Manufacturing, Technology and Offices Antwerp (Kallo), Belgium Mechelen, Belgium Brussels, Belgium Dordrecht, the Netherlands Villers-Saint-Paul (Oise), France Antwerp, Belgium Dordrecht Netherlands Meyrin, Switzerland Gijon, Spain Mechelen, Belgium Brussels, Belgium Neu Isenburg Germany Neu Isenburg, Germany +900 employees in Europe across all business units Gijon Spain Oise France Geneva Switzerland EMEA Sales 20% of total Chemours sales (2022) 3 Our activities TITANIUM TECHNOLOGIES ADVANCED PERFORMANCE MATERIALS ` THERMAL & SPECIALIZED SOLUTIONS Our Corporate Responsibility Commitment We invest in responsible chemistry that meets today's needs while providing a better future for all. Corporate Responsibility Commitment We announced 10 bold goals in 2018 to bring responsible chemistry to life by 2030. Bold Emission Goals We aim to achieve net-zero Greenhouse Gas Emissions (GHGs) by 2050, with an interim target of 60% absolute reduction of operations-related GHGs by 2030. Leading by Example Committed to 50% of our revenue coming from products that positively impact UN Sustainable Development Goals. Our progress Our Pillars Our 2030 CRC Goals 2022 Progress UN SDGs INNOVATION AND SUSTAINABLE SOLUTIONS ENVIRONMENTAL LEADERSHIP COMMUNITY IMPACT GREATEST PLACE TO WORK FOR ALL Sustainable Offerings I Ensure that 50% or more of our revenue comes from offerings that make a specific contribution to the UN SDOs 2 7 9 , 3, 6, , 8, , 11, 12,13 Sustainable Supply Chain I Establish a baseline for the sustainability performance of 80% of suppliers by spend and demonstrate 15% improvement Climate Reduce absolute GHG ernissions from operations by 80% Journey to net-zero operations by 2050 5, 8, , 10, 12, 13, 15 7, 8, 12, 13. Water I Reduce air and water processemissions of FOCs by 99% or more Waste I Reduce our landfill volume intensity by 70% Vibrant Communities I Invest $50 million in our corrrnunities to improve livesby increasing access to STEM skills, safety initiatives, and sustainable environment programs Empowered Employees Fill 50% of director level positions and above with women globally I Fill 35% of all positions globally with women Fill 30% of all U.S_ positions with ethnically diverse employees 6, 8, 12, 14 8,1Z 15 4, 6, 8, 11, 15 8, 4, 5, 8, 10, 18 Safety Excellence 8 I Improve employee, contractor, process, and distribution safety performance by at least 75% 0 BEHIND SCHEDULE IQ ON TRACK A/CHIEN/El:I 7 October 13, 2023 Chemours is more than halfway to achieving our 2030 absolute GHG emissions and air and water FOC process emissions goals. Chemours- Enabling innovations From advanced electronics and renewable energy to sustainable coatings and laminates, Chemours' chemistry enables innovation and technologies and shapes a better future for us all. Applications in Clean Energy Renewable Energy Production PTFE, FEP, ETFE, PFSA, FKM, PFPE Photovoltaic front sheets protection Photovoltaic back sheets insulation Junction boxes in photovoltaic vents Control centers for offshore wind parks Wind turbine paints and coatings Release film: support production of composite turbine blades esp. for offshore turbine PTFE bearings PHOTOVOLTACIS, WIND, HYDROPOWER OR BIOMASS ELECTROLYZER Stationary & Mobility Fuel Cells PFSA, FKM, PTFE ELECTRICAL GRID Ionomer exchange membranes for PEM fuel cells Gaskets and seals to prevent leaks and environmental releases to reduce carbon dioxide emissions into the atmosphere Binder materials in the electrodes Component of the gas diffusion layers (GDLs) DATA CENTERS, COMMERCIAL & INDUSTRIAL BUILDINGS, MICROGRIDS HYDROGEN STORAGE TANK FUEL CELL SYSTEM FUEL CELL ELECTRIC VEHICLES 9 External Energy Storage PFSA, FKM, PTFE Ionomer exchange membranes for flow batteries Gaskets and seals to prevent leaks and environmental releases to reduce carbon dioxide emissions into the atmosphere Binder materials in the electrodes HYDROGEN REFUELING STATION Hydrogen Production PFSA, FKM, PTFE Ionomer exchange membranes for PEM water electrolysers Tubing fluid transfer in alkaline water electrolysis hydrogen production systems Binder materials in the electrodes Gaskets and seals to prevent leaks and environmental releases to reduce carbon dioxide emissions into the atmosphere NafionTM is at the Heart of the Hydrogen Economy Electrolyzers make hydrogen using NafionTM membranes and dispersions Fuel Cells use hydrogen to make electricity using NafionTM membranes and dispersions https://www.energy.gov/eere/fuelcells/hydrogen-production-electrolysis 10 https://www.fchea.org/fuelcells Applications in Electrified Vehicles PFA, PTFE, FKM LITHIUM-ION BATTERY Electrode binders Separators Cell gasket Coating for active material manufacturing equipment PTFE, FEP, PFPE, FKM ELECTRICAL SYSTEMS, WIRES, CABLES, AND INVERTERS High voltage power cable Busbar insulation Oil sensor seal Electric pump O-ring Coolant valve lubrication Ethernet cable 11 External PFPE, FKM BATTERY CHARGING High voltage power cable Grease for charging port latches Grease for charging cable connector O-ring PTFE, FEP, FKM ELECTRIC MOTOR & E-AXLE Bearing seal and O-ring Rotor shaft seal Temperature sensor cable Resolver cable Water jacket seal F-gas applications Ensuring food safety throughout the cold chain, as well as reduced food waste Residential Commercial Industrial Transportation Farm to Pork Chillers Heat Pumps Mobile Split VRF Closed cell spray Pour In place HP Panels Molded-IS SUB-APPLICATIONS APPLICATIONS APPLICATIONS Refrigeration A/C Blowing Agents Solvents PropelLants Carbon Other neutrality Critical cleaning Carrier fluid Aerosols, MDI Fire protection immersion Cooling High Temp Heat Pums 0RC Smart and Sustainable Mobility Opteon": Lowering the GWP of automobile refrigeration Digital Transformation Protecting data systems 1 Renovation Wave Building energy efficiency and strengthening building climate proofing 12 External Chemours- Applications in semiconductor manufacturing PFA, PTFE, FKM, FFKM, AF, PFPE, HFCs, HFOs SEMICON TOOLS Valves, Fittings, Tubings Pumps, Filters Lubricants Valve seats Valve sealing Vacuum pump oil Etchant gas Pellicle mask Flow measurement Thermal management Heat transfer fluids FEP, ETFE, HFCs, HFOs INFRASTRUCTURE Duct coating Air conditioning Humidity control Fire protrection PFA, FKM WAFER TRANSPORT Wafer carrier FOUP sealing PFA, PTFE, FEP, PVDF, FKM, FFKM, HFOs CHEMICAL DISTRIBUTION SYSTEM Valves Fittings Heat exchanger/insulation Flow measurement Tubing chemicals primary Tubing chemicals secondar containment Water system tubing Pumps 14 External Filters Seals Electronic cleaners PTFE, PFA CHEMICAL PACKAGING Container lining Drums Tanks lining Applications in Chemical Production Manufacturing and processing PTFE, FEP, PFA, ETFE, FKM, PFPE, PFSA, FFKM Valves Ion Exchange membranes Vessels Instrumentation lining Reactor vessel and agitator lining Filters Lined pipes and fittings Refrigeration machines coolant Heat tracing Bolts/washers Seals Data Wiring Gaskets Distillation column packaging Pumps Lubricants HFCs, HFOs 1/2 Technical equipment Propellants in degreasers, leak detectors, sealants, paints, drain openers HFCs, HFOs, PTFE, FEP, PFA Transport and distribution Container lining Packaging AC cooling Very low temperature refrigeration PFAS restriction proposal "Universal Ban" Annex XVII restriction to apply to all PFAS (fulfilling OECD definition), 18 months of `transition period' after Entry into Force Derogations pesticidal active substances biocidal active substance human and veterinary medicinal products Time-limited derogations = "delayed ban" applied either 6.5 or 13.5 years later from EiF tentative derogations proposed in square brackets [...] where data is not enough Dominating "antiPFAS" narrative is based on old technologies based PFOS, PFOA - banned since more than 10 years in Europe! Some Substances in scope of PFAS Proposal Fluoropolymers (PTFE, PFA, etc) F-Gases (e.g 1234yf and 1336mzz isomers) Fluoropolymers are a specialty plastic Durable by design Fluoropolymers have thermal, chemical, photochemical, hydrolytic, oxidative, and biological stability and they have negligible residual monomer and oligomer content and low to no leachables. Fluoropolymers do not pose a significant risk to human health or the environment when used for their intended purposes. F-Gases are specialty performance refrigerants and fluids. F-Gases (1234yf) are circular by design Three main properties: cooling, heating and insulation (blowing agents). Ultra-low global warming potential (GWP) and no Ozone depleting potential (ODP) 23 October 13, 2023 CHEMOURS: Chemours Today Fluoropolymers and F-Gases are used across sectors and are key to EU Initiatives and Policies All sectors are connected, one sector cannot exist without the other Both FPs & F-Gases are key driver of the "Green Deal" (Upstream and Downstream) Both FPs & F-Gases are substances of necessity rather than choice Constructi on Product Regulation Green Deal Industrial Emissions Directive Strategy for sustainable and smart mobility EU Industrial Strategy Climate Law Energy efficiency directive Shaping Europe's digital Future F-Gas Regulation Way forward - fluoropolymers Fluoropolymers should get "no time- limited derogation" for manufacturing and use in applications in transportation, medical, electronics, semicon, hydrogen, communication, chemical and other industrial applications Condition: responsible manufacturing through abatement & mandatory end-of- life management (ALL manufacturers & downstream users) Fluoropolymers and polymeric PFPEs: meet OECD criteria of low concern (PLCs), do not degrade and do not bio-accumulate (high molecular weight) The largest share of fluoropolymers waste shall be thermally treated and mineralised - standards for waste management facilities shall be harmonised State-of-the-art abatement technologies can reduce emissions of fluorinated organic compounds to a couple of kgs per year. Way forward - F gasses Low Global Warming Potential FGasses (HFOs) should be derogated for key sectors applications (Heatpumps, Automotive, Blowing agents for insulation) Condition: Mandatory recovery of F-gasses during life, periodic leak-checks, mandatory recovery end of life. Enable recovery of F-gasses in the End of Life Vehicle Directive (mandatory recycling) and Harmonise leak checks for new vehicles during yearly maintenance control Impose and enforce regular leak checks for heat pumps maintenance