稀土的战略必要性：市场动态与地缘政治如何驱动多元化投资路径 2025

How market dynamics& geopolitics drivediverse investmentpathways C O N T E N T E X E C U T I V E S U M M A R Y3I N T R O D U C T I O N51 .T H E I N T R I N S I C VA L U E & P R O P E R T I E SO F R E Es62 .G L O B A L R E E R E S O U R C E S& P R O J E C T P I P E L I N E1 03 .B E N E F I C I AT I O N & S E PA R AT I O N P R O C E S S E S1 64 .G L O B A L P R O D U C T I O N O F R A R E E A R T H S :C O N C E N T R AT I O N , D I S PA R I T Y, M A R K E TVA L U E & S U P P LY/ D E M A N D B A L A N C E1 85 .R E E S U P P LY C H A I N , P R I C I N G & E F F E C T SO F C H I N E S E D O M I N A N C E2 26 .G L O B A L R E E O X I D E S U P P LY/ D E M A N DO U T L O O K2 47.A LT E R N AT I V E R E E S O U R C I N G& U S A G E O P T I M I Z AT I O N2 68 . I N V E S T M E N T PAT H W AY S I N R E Es2 8C O N C L U S I O N — N AV I G AT I N G T H EE V O LV I N G L A N D S C A P E O F R E E S3 2 AMER HAGE CHAHINEPartner, Energy, Utilities & Resources (ENUR)Dubai TRUNG GHIPartner, ENURSingapore KISEKI HIRAK AWAConsultant, GrowthDubai ILYA EPIKHINPrincipal, ENURDubai PETER K AZNACHEEVPrincipal, ENURDubai E X E C U T I V ES U M M A R Y This report delves into the critical role of rare earthelements (REEs) — the 17 indispensable mineralsunderpinning modern technology, from smartphonesand electric vehicles (EVs) to advanced medicalequipment and defense systems. While not geologicallyrare, their extraction and processing are complex,costly, and, crucially, highly concentrated. Our analysis underscores a profound market imbalance:China holds a leading position in the global REElandscape, controlling approximately 70% of miningand a staggering 80%-90% of separation and refiningcapacity, particularly for high-value heavy REEs (HREEs).This high degree of market concentration gives Chinasignificant geopolitical leverage and creates pricevolatility. While this has implications for the viabilityof non-Chinese producers, it also underscores theimportance of diversifying supply sources to enhanceglobal supply chain resilience. Another key challenge isthe “balance problem,” where the co-production of high-demand magnet elements (neodymium, praseodymium,dysprosium, and terbium, which account for ~90% ofmarket value) leads to an oversupply of less valuableelements like cerium and lanthanum and distortsproject economics. The growing demand for REEs iscompounding this issue, especially for magnet-criticalelements like neodymium-praseodymium (NdPr), whichis projected for robust growth (8.4% CAGR for NdPr by2035), driven by the burgeoning EV, wind turbine, androbotics sectors. This trajectory points toward potentialdeficits, particularly for dysprosium and terbium, unlessnew, diversified supply and processing capacities arerapidly developed. Strategic investment is paramount to respond to theconditions described above. This report identifies threekey pathways: 1.Diversifying primary resource extraction— prioritizing projects in geopolitically stable regions,with a particular focus on high-value ion adsorptionclay (IAC) deposits, which possess favorable HREEcontent with potentially faster developmenttimelines compared to traditional hard-rock mines. 2.Strengthening global midstream capacity—investing in new separation and refining facilitiesthroughout the world, which would enhance theresilience and diversity of these critical stages intheREE value chain. Companies, including Australia’sLynas Rare Earths and the US’s MP Materials, arenotable pioneers in this effort. 3.Advancing the circular economy and innovation—promoting REE recycling from end-of-life productsand industrial waste streams (e.g., phosphogypsum)and furthering R&D to identify usage reductionstrategies, such as grain boundary diffusion (GBD)in magnet manufacturing, to mitigate demandpressures. Navigating this evolving landscape requires concertedaction from governments, private investors, andindustry stakeholders. This includes fosteringnational champions, supporting technologicalinnovation, streamlining permitting processes, andencouraging international collaboration to buildresilient, geographically diverse, and responsible REEvalue chains. Ultimately, securing a stable supply ofthese critical rare earth materials is not merely aneconomic consideration; it is a strategic necessityfortechnological advancement and a sustainable21st-century future. I N T R O D U C T I O N You wake up to the gentle buzz of yoursmartphone. You flick on your LCD (liquid crystaldisplay) or OLED (organic light-emitting diode)TV to catch up on the latest news. A quick callfrom a colleague on another continent helpsyou align the upcoming meeting agenda. Youpop in your AirPods, hop into your EV, anddrive to the office. Later, you will swing by themedical center for a physical, which includesa computerized tomography (CT) scan withcontrast. This is your plan for today. But thereis a twist: none of these activities would bepossible without the magic of REEs, quietlypowering the devi