2-Ethylhexyl Phosphate 2-Ethylhexyl (P-507) Market Size, Share, Growth, and Industry Analysis, By Types (Diester Content≥93%,Diester Content≥95% ), By Applications Covered (Rare Earth Element,Nonferrous Metals ), Regional Insights and Forecast to 2033

The 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market Size

Global 2-Ethylhexyl Phosphate 2-Ethylhexyl (P-507) Market size was USD 0.08 Billion in 2024 and is projected to touch USD 0.08 Billion in 2025 to USD 0.11 Billion by 2033, exhibiting a CAGR of 4.4 % during the forecast period.

The 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market serves as a cornerstone in solvent extraction technology, catering specifically to rare earth element separation and nonferrous metals purification. In 2024, the global 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market reached approximately USD 85 million, with Asia-Pacific contributing nearly 45 % of consumption. Dominant manufacturers—such as Lori Industry, Luoyang Sifon, Saumit Interglobe, Sanmenxia Zhongda, Guolan, Eagle Sky, and Zhongmiao—collectively held over two‑thirds of global output. This highly specialized 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market caters primarily to the recovery of dysprosium, terbium, cobalt, nickel and zinc via efficient hydrometallurgical routes.

Key Findings

• Market Size – Valued at USD 0.08 Billion in 2025, expected to reach USD 0.11 Billion by 2033, growing at a CAGR4.4%.
• Growth Drivers – ~78 % increased demand from EV and magnet sectors.
• Trends – ~25 % efficiency improvements via membrane-supported extraction.
• Key Players – Saumit Interglobe, Lori Industry, Luoyang Sifon, Sanmenxia Zhongda, Guolan New Materials
• Regional Insights – Asia‑Pacific ~78 %, North America ~10 %, Europe ~10 %, Middle East & Africa ~4 %
• Challenges – ~30 % susceptibility to third-phase formation in heavy rare earth flowsheets.
• Industry Impact – ~20 % reduction in solvent use due to green chemistry mandates.
• Recent Developments – ~25 % reduction in solvent consumption via new modular products.

The 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market serves as a cornerstone in solvent extraction technology, catering specifically to rare earth element separation and nonferrous metals purification. In 2024, the global 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market reached approximately USD 85 million, with Asia-Pacific contributing nearly 45 % of consumption. Dominant manufacturers—such as Lori Industry, Luoyang Sifon, Saumit Interglobe, Sanmenxia Zhongda, Guolan, Eagle Sky, and Zhongmiao—collectively held over two‑thirds of global output. This highly specialized 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market caters primarily to the recovery of dysprosium, terbium, cobalt, nickel and zinc via efficient hydrometallurgical routes.

2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market Trends

Global interest in the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market continues to sharpen, especially as rare earth element refining expands. In 2023, rare earth production globally hit roughly 300,000 tons, with China wielding a 70 % + dominance Demand for P‑507 is strongest in extracting heavy rare earths like dysprosium and terbium, essential for EV motors and wind-turbine magnets—each EV magnet consuming up to 600 g of rare earth oxides Battery recycling adds momentum: cobalt and nickel recovery rates exceed 95 % in industrial hydrometallurgy using P‑507 In Germany’s Ruhr region, plants report 98.2 % cobalt recovery from spent Li‑ion batteries The nonferrous metals segment—covering copper, zinc, cadmium, gold, silver—uses P‑507 extensively, underpinning its hydrometallurgical role Innovation in supported liquid extraction systems now favors P‑507 over P204 because of lower stripping acidity and superior selectivity for Nd(III)/La(III) separations This upward trend in the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market reflects consistent uptake in technology-forward metallurgical flowsheets and battery recycling mandates worldwide.

2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market Dynamics

OPPORTUNITY

Battery Recycling Mandates & Green Chemistry

Regulatory pressure around battery recycling (EU Battery Regulation: ≥ 90 % cobalt/nickel retrieval by 2030) and growing green chemistry mandates offer significant upside for the 2 Ethylhexyl Phosphate 2 Ethylhexyl (P 507) Market. Industrial co extraction flowsheets using P 507 are achieving 95 %+ recovery rates for both cobalt and nickel . The emergence of membrane-supported extractors and low-acidity stripping processes—especially for Nd/La—lowers operational costs while reducing environmental footprint . As mining and battery recycling facilities seek sustainable, high efficiency extractants, the 2 Ethylhexyl Phosphate 2 Ethylhexyl (P 507) Market stands to benefit from retrofits, new plant builds, and technology licensing

DRIVERS

Expanding EV and Renewable Infrastructure

the 2 Ethylhexyl Phosphate 2 Ethylhexyl (P 507) Market. Heavy rare earth extraction—specifically dysprosium/terbium—requires high-efficiency solvent systems. With global EV production ramping toward 40 million units annually by 2030, the need for robust rare-earth separation is intensifying Meanwhile, battery recycling regulations in jurisdictions like the EU require ≥ 90 %–95 % recovery of cobalt and nickel, with plant-level tests already showing 98.2 % efficiencies using P 507 systems . Without question, the 2 Ethylhexyl Phosphate 2 Ethylhexyl (P 507) Market is riding this wave, unlocking new downstream applications in sustainable mobility

The 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market dynamics revolve around upstream raw‑material costs, downstream regulation, supply chain concentration, and innovation pressure. Feedstock volatility—stemming from 2‑ethylhexanol and phosphorus oxychloride—impacts P‑507 production costs and availability The geopolitically concentrated rare earth supply, notably China’s >70 % share, means shifts in that market cascade into P‑507 demand cycles . On the downstream side, EU and US regulations mandating ≥90 % nickel/cobalt battery recycling by 2030 elevate demand for efficient extractants like P‑507 Technological shifts also shape dynamics: supported liquid extraction, membrane-enhanced flowsheets, and third-phase minimization aim to stabilize phase behavior and reduce extractant loss Manufacturer integration—seen in key firms like Lori Industry and Saumit Interglobe—adds competitive pressure but ensures consistent supply to diverse mining and recycling clients.

RESTRAINTS

"Feedstock Cost Volatility"

The 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market faces significant constraints from volatile raw‑material pricing. Essential inputs—2‑ethylhexanol, phosphorus oxychloride—saw price swings of ±25 % in the past two years due to supply chain disruptions. These fluctuations compress margins for producers like Saumit Interglobe and Zhongmiao Petrochemical Additionally, P‑507 is sensitive to phase-formation issues—third‑phase emulsification can reduce yield by 3–5 % in industrial flowsheets . Combined with regulatory scrutiny on solvent disposal and chemical safety, these issues restrain aggressive price hikes and slow aggressive capacity expansion in the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market.

CHALLENGE

"Process Complexity & Selectivity Issues"

The 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market continues to navigate complex extraction chemistry. For rare earth separations, achieving high selectivity between Nd(III) and La(III) demands strict control of acidity, phase ratios, and temperature—deviations of ±2 % pH can drop selectivity by 7 % Third‑phase risk remains high in systems processing heavy rare earths; industrial trials note 3–5 % extractant loss per cycle . Moreover, emerging alternatives like PC88A and new organophosphorus reagents could reduce P‑507’s market share if commercialized widely These complexities pose integration challenges for metallurgical operations and limit rapid adoption in less specialized plants.

Segmentation analysis

Segmentation analysis in the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market is defined by purity type and application area. Type segmentation—Diester Content ≥ 93 % and ≥ 95 %—addresses different purity demands. The higher‑purity grade (≥ 95 %) commands a 10–15 % price premium in rare earth extraction circuits, justified by its lower impurity profile and reduced sludge formation. Application segmentation targets Rare Earth Element and Nonferrous Metals flowsheets. In rare earth operations, P‑507 achieves 98 %+ recovery of Nd/La; in nonferrous circuits—copper, zinc, cobalt-nickel—P‑507 delivers consistent purification with metal separation efficiency > 90 %. Geographic segmentation further reveals Asia‑Pacific uses nearly half of global output (driven by China and India), while North America and Europe rely on premium‑grade P‑507 for high‑end recycling and mining projects.

By Type

• Diester Content ≥ 93 %: The Diester Content ≥ 93 % grade of the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market serves general nonferrous metal extraction where marginal impurity tolerance is acceptable. This grade is widely used in copper and zinc recovery, claiming over 60 % share of P‑507 usage in standard hydrometallurgical plants. Typical metal separation efficiency stands at 88–92 %, with phase separation times averaging 60–75 seconds Costing 8–12 % less than the ≥ 95 % grade, it suits high‑volume, lower‑value metal recovery where third‑phase risk is manageable. Regional plants in Latin America and Southeast Asia favor this grade due to its affordability and robustness in open‑cycle solvent extraction setups.
• Diester Content ≥ 95 %: The high-purity Diester Content ≥ 95 % grade dominates rare earth element extraction and battery‑recycling circuits within the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market. This grade supports fractionated separation of Nd/Dy/Tb with greater than 98 % efficiency and reduces third‑phase emulsification by 30 % compared to the 93 % grade. Premium plants—such as in China’s Inner Mongolia and Germany’s Ruhr—report productivity gains of 5–7 % and lower solvent losses through its usage. Retail pricing is about 15 % higher than lower‑grade, but the payback comes via reduced downstream purification steps, lower waste disposal costs, and enhanced metal value recovery.

By Application

• Rare Earth Element: In the rare earth element segment of the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market, P‑507 is the extractant of choice due to its selectivity for heavy lanthanides. Industrial flowsheets using P‑507 achieve 98 %+ extraction of Nd(III) and La(III) at low stripping acidity. Global rare earth mining output reached 300,000 t in 2023, and P‑507 enables recovery of Dy and Tb for EV and wind turbine manufacturing Supported-liquid membrane systems incorporating P‑507 reduce solvent consumption by 25 % and process footprint by 15 %. Major producers in Inner Mongolia and Sichuan region employ ≥ 95 % content P‑507 to maximize recovery and minimize third-phase risk.
• Nonferrous Metals: Within the nonferrous metals application segment, the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market underpins metal purification efforts for copper, zinc, cobalt-nickel, cadmium, and precious metals. Plants using P‑507 report separation efficiencies of 90–95 % for copper and 92–96 % for cobalt-nickel. A plant in Australia processed over 50,000 t of cobalt-nickel ore in 2024 using P‑507 with less than 2 % impurity carry-over . Synergistic use of kerosene-based diluents reduces viscosity by 20 %, improving phase splitting times under 90 s . Nonferrous operations favor the ≥ 93 % grade due to cost-efficiency, especially in high-throughput, lower‑margin circuits.

2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market Regional Outlook

The regional landscape of the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market shows strong concentration in Asia-Pacific, with emerging but modest growth in North America, Europe, and Middle East & Africa. Asia-Pacific captures roughly 78 % of global usage, propelled by its dominance—92 % share—in rare earth processing and 85 % in magnet production North America and Europe have secondary positions; North America hosts strategic recycling and mining projects, while Europe taps Germany’s high-purity facilities. The Middle East & Africa segment remains nascent, supporting mineral extraction efforts but with lower chemical integration. Overall, regional dynamics reflect Asia-Pacific’s overwhelming share, with other regions serving specialized or strategic niche roles.

North America

In North America, the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market remains niche yet strategically significant. The region supports battery recycling and critical mineral processing projects in Canada and the U.S., accounting for approximately 8 % to 10 % of global output. Strategic stockpiles and defense-related metals processing boost demand for high-purity grades. Major hydrometallurgical plants in Nevada report extraction efficiencies of over 90 % for nickel and cobalt using P‑507. Despite representing only about 10 % of global consumption, investments in sustainable recycling infrastructure and strategic emergency reserves continue to underpin steady industrial demand.

Europe

Europe contributes around 10 % to global 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) consumption, with Germany leading niche applications in rare earth and photovoltaic research . European producers adhere to high-purity demands—often ≥ 95 % grades—driven by stringent chemical traceability and environmental regulations. Though smaller in volume compared to Asia-Pacific, Europe’s plants deliver high-margin production geared to electronics, optics, and automotive supplier chains. Its share remains steady at around 10 %, primarily centered in Germany and France, with broader usage across recycling and metal refining projects in the UK, Italy, and Eastern Europe.

Asia-Pacific

Asia-Pacific is the powerhouse of the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market, commanding roughly 78 % of global usage This dominance stems from extensive rare earth mining, magnet manufacturing, and nonferrous extraction capacity in China, India, Japan, and Southeast Asia. The region’s share in rare earth processing stands at 92 %, while magnet production holds 85 %

China’s Inner Mongolia region alone generates over 50 % of global P‑507 demand, primarily for Nd/Dy/Tb separation. India and Japan contribute with metal recycling facilities and EV supply chain expansion, further affirming Asia-Pacific’s regional supremacy.

Middle East & Africa

The Middle East & Africa region holds a smaller but growing stake—around 4 % of global 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) demand. Mineral-rich countries like South Africa and Morocco leverage P‑507 in extraction plants for copper, cobalt, and nickel. Emerging recycling plants—especially in UAE and Saudi Arabia—are beginning assessment trials for cobalt-nickel recovery using P‑507. Though volumes remain modest, early-stage investments and pilot projects suggest potential for expansion as regional mining and recycling sectors develop.

List of Key 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Companies

Investment Analysis and Opportunities

Investment in the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market is increasingly driven by sustainable resource recovery and geopolitical mineral security. Asia-Pacific’s dominant 78 % share highlights strong investor interest; greenfield and retrofit projects in China and India continue to utilize high-grade P‑507 systems. North American investments focus on battery recycling, tapping into government incentives for critical mineral independence. Canada’s hydrometallurgical plant expansions, processing over 20,000 t of battery waste annually, exemplify this trend. European funding mechanisms support chemical traceability facilities, like those in Germany, which specialize in pharmaceutical-grade rare earth extraction. Southeast Asia and Middle East pilot plants also attract financing for emerging cobalt-nickel recovery initiatives using P‑507. Infrastructure modernization—such as supported liquid membranes—reduces solvent losses by ~25 %, encouraging ROI-positive upgrades. Private equity and venture capital are targeting chemical recycling technologies, while public funding continues to underwrite strategic mineral projects. Overall, investments are channeling into technology-forward extraction, recycling mandates, and capacity expansions—especially in Asia-Pacific, North America, and Europe.

New Product Development

Manufacturers in the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market are innovating with precision-engineered, eco-conscious extractants. Recent developments include a ≥ 98 % pure, low-acidity variant tailored for Nd/La separation with 30 % lower organic phase use. Another formulation incorporates biodegradable diluents to reduce disposal costs by 20 %. Supported-liquid membrane modules embedding P‑507 are now being commercialized, delivering 25 % reduction in solvent consumption and a 15 % smaller process footprint. India-based Saumit Interglobe launched a high-throughput P‑507 grade optimized for cobalt-nickel battery recycling with 2 % lower third-phase formation. Lori Industry introduced a fire-resistant P‑507 variant for plant safety compliance. Heterogeneous catalysts integrated with P‑507 facilitate direct metal extraction with 92 % efficiency, improving from prior 85 % benchmarks. These product innovations reflect a strategic shift toward sustainable, cost-effective, and high-selectivity chemistries across metallurgical and recycling workflows.

Five Recent Developments

• Saumit Interglobe launched low-temperature P‑507 grade, reducing third-phase risk by 3 % in December 2023.
• Lori Industry introduced membrane-packed P‑507 modules delivering 25 % solvent savings in mid-2024.
• Luoyang Sifon expanded capacity in Inner Mongolia by 15 % to support EV magnet supply in late 2023.
• Guolan New Materials commercialized biodegradable P‑507 blends in early 2024, cutting disposal costs by 20 %.
• Zhongmiao Petrochemical partnered with a German firm in 2024 to develop fire-resistant P‑507 for industrial safety.

REPORT COVERAGE of 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market

The report on the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market provides a comprehensive assessment of the global market landscape, offering insights into the current status, historical trends, and future outlook through 2033. It examines key metrics such as market segmentation by type and application, with detailed analysis of Diester Content ≥ 93% and Diester Content ≥ 95%, as well as the critical end-use segments including rare earth element processing and nonferrous metals extraction. The study outlines the market share of leading players, including Saumit Interglobe, Lori Industry, Luoyang Sifon Electronic Materials, Sanmenxia Zhongda Chemical, and others, emphasizing their production capabilities and innovation pipelines.

The report thoroughly covers regional performance across Asia-Pacific, North America, Europe, and Middle East & Africa, with Asia-Pacific leading at approximately 78% of global share due to its dominance in rare earth element refining. The analysis includes in-depth exploration of market drivers such as EV growth, recycling mandates, and strategic mineral supply chains, as well as restraints including raw material volatility and third-phase formation risks.

Additionally, the report includes focused sections on investment trends, product innovations, recent manufacturer developments (2023–2024), and technology shifts such as supported-liquid membrane extraction. This extensive coverage ensures stakeholders are equipped with actionable intelligence to navigate growth opportunities and strategic decisions in the 2‑Ethylhexyl Phosphate 2‑Ethylhexyl (P‑507) Market.