ASOSolv™

Oil matrices are incompatible with aqueous standards without specialized preparation, requiring additional maintenance and cleaning time when switching between oil and water-based samples - adding cost and downtime to demanding workflows.

Oil-based standards can be difficult to source consistently. Organometallic standards have a 1 year expiration date, compared to 5 years expiration for Inorganic Ventures aqueous CRMs.

Oil analysis can cause significant carbon buildup on the ICP torch injector, requiring frequent cleaning stoppages, increasing service costs, and in some cases necessitating a dedicated second instrument for high-throughput

Measuring sulfur in oil matrices often requires a dedicated sulfur analyzer costing $5,000-$35,000, plus additional bench space, maintenance, and trained personnel. Aqueous standards with sulfur stability eliminate this overhead entirely.

Food safety regulations demand trace toxic metal detection in edible oils. Conventional solvents with limited elemental coverage and generally higher TMI limits of detection, make reliably supporting these applications difficult.

Traditional organic solvents used in oil analysis present handling, disposal, and safety concerns. Laboratories increasingly need greener, less-toxic alternatives that meet modern safety and sustainability expectations.

ASOSolv™'s clean-burning formula produces no carbon deposits on the ICP-OES torch injector - even after extended multi-hour runs - reducing cleaning frequency and eliminating costly maintenance stoppages.

Every batch is characterized for 66 elements using Standard Additions Trace Metallic Impurities analysis on a Spectra Arcos Ill in DSOI mode. Full TMI data and lower detection limits are reported on every Certificate of Analysis.

Switch between oil and water-based analyses in the same workflow without changing your solvent. ASOSolv™ accommodates both, eliminating disjointed multi-product setups.