Description
- Product Overview
Organolithium Residue is a by-product stream derived from organolithium synthesis and manufacturing processes, containing residual active lithium alkyl compounds, lithium salts, and hydrocarbon solvents. Its primary industrial use is as a secondary feedstock for lithium recovery, catalyst production, and specialized chemical synthesis where controlled reactivity is required. The key value proposition lies in enabling cost-effective lithium circularity and reducing raw material dependence for downstream battery, pharmaceutical, and polymer industries. In a market facing tightening lithium supply and ESG mandates, this material is strategically important as a sustainable, traceable source of lithium units that lowers input costs and supports decarbonization targets. - Key Specifications & Technical Characteristics
- Chemical Composition: Residual R-Li compounds (e.g., n-Butyllithium, sec-Butyllithium), LiCl, LiOH, Li₂CO₃, aliphatic hydrocarbons C6-C12
- Lithium Content: 3.5% – 7.2% total Li by weight, batch-specific assay provided
- Purity Level / Grade: Industrial residue grade; active Li-alkyl content 0.8% – 2.5% w/w; moisture sensitive
- Physical Characteristics:
- Form: Viscous slurry to semi-solid paste
- Color: Dark brown to black
- Density: 0.85 – 0.95 g/cm³ at 20°C
- Flash Point: < -10°C, pyrophoric when exposed to air/moisture
- Packaging Options: UN-certified 200L steel drums with nitrogen blanket, 1MT IBC totes with inert gas purge, ISO tank containers for bulk
- Shelf Life: 6 months under sealed, inert atmosphere at <25°C; reactivity declines with exposure
- Core Industrial Applications
- Primary Industries: Lithium battery recycling, specialty chemicals, pharmaceutical intermediates, synthetic rubber/elastomer production, catalyst manufacturing
- Specific Operational Use Cases:
- Feedstock for hydrometallurgical lithium extraction to produce battery-grade Li₂CO₃ or LiOH
- Initiator source in anionic polymerization for SSBR and specialty polymers
- Reducing agent in fine chemical and API synthesis requiring strong base/organometallic reactivity
- Performance vs Alternatives: Compared to virgin lithium metal or commercial organolithium reagents, Organolithium Residue delivers 30-45% lower unit cost per contained lithium while maintaining sufficient reactivity for non-pharma GMP processes. Its hydrocarbon matrix improves handling safety versus pure pyrophoric compounds when kept inerted.
- Efficiency / Cost Advantages: Enables buyers to capture value from otherwise disposed hazardous waste streams, reduces hazardous disposal fees, shortens supply chains for lithium, and lowers carbon footprint by displacing mined lithium carbonate.
- Competitive Advantages
- Quality Consistency: Every lot supplied with Certificate of Analysis covering total Li, active R-Li, moisture, and solvent profile; traceability to source process
- Supply Reliability: Contracted offtake from multiple large-scale organolithium producers ensures 500MT+/month availability with 12-month forward scheduling
- Logistics Capability: DG Class 4.2/4.3 certified handling; global shipping via Rotterdam, Houston, and Singapore hubs; dedicated hazmat freight forwarding partners
- Price Competitiveness: Indexed pricing at 55-70% of LME lithium carbonate equivalent, FOB basis, with volume-tier discounts
- Sustainability Benefits: Classified as circular material under EU Waste Framework Directive; contributes to Scope 3 emissions reduction and EPR compliance for battery makers
- Technical Support / Documentation: SDS, TDS, UN38.3 compliance data, reactivity mitigation protocols, and on-call process engineering support for integration
- Commercial & Supply Information
- Minimum Order Quantity (MOQ): BULK 20MT
- Loading Capacity: 16MT per 20ft ISO tank container, 80MT per standard vessel parcel






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