Aldehyde Hydrogenation Selectivity in OXO Alcohol Surfactant Synthesis is an important chemical process intermediate widely recognized in the manufacture of surfactant-grade alcohols. Identified by its CAS registration, this compound possesses a defined molecular formula and weight, ensuring reliable reproducibility across commercial syntheses. For high-precision reference, the IUPAC name and InChIKey uniquely identify this substance within chemical inventories and databases. Within the broader context of the chemical industry, it is classified as a process intermediate and reagent, commonly leveraged in the stepwise production of OXO alcohols.
The physical and chemical properties of this compound are essential for its handling and integration into manufacturing workflows. These properties, such as melting and boiling points, density, flash point, and vapor pressure, are vital considerations in process design and safety assessments. Accurate specification of these attributes enables chemists and engineers to optimize hydrogenation conditions while maintaining control over selectivity and yield.
Regulatory compliance for Aldehyde Hydrogenation Selectivity in OXO Alcohol Surfactant Synthesis spans several global frameworks. The substance holds a defined REACH registration status, specifying tonnage bands and applicable article numbers, which affirms its acceptance for manufacture and use within the European Union. For the United States market, its TSCA status, including section references, ensures legal listing and permissible application in commercial operations. ICH guidance, defined by comprehensive code and revision references, outlines impurity thresholds and residual solvent limitations for those employing the chemical in the context of active pharmaceutical ingredient production. GHS hazard classification is supported by stated hazard phrases and an explicit signal word, offering transparent information for health and environmental risk assessments. Where available, OSHA PEL and NIOSH REL values provide workplace exposure benchmarks, and inclusion in specific pharmacopeial references signals suitability for regulated pharmaceutical processes.
Being known as a process intermediate and reagent, Aldehyde Hydrogenation Selectivity in OXO Alcohol Surfactant Synthesis finds primary application in the preparation of OXO alcohols, key precursors in the synthesis of nonionic surfactants. This compound's regulatory and physicochemical profile enables its use in process routes for surfactants that ultimately find utility in formulations for detergents and personal care products. As an intermediate, it does not contribute to therapeutic action but is critical in the conversion pathways that lead to approved drug substances or excipients.
For logistics and ongoing supply chain integration, this compound is typically offered in standard packaging configurations, which may include 25-kilogram drums, 200-kilogram drums, and intermediate bulk containers depending on customer requirements. Storage recommendations draw from GHS stability and incompatibility data, advocating a cool, well-ventilated, and moisture-free environment while avoiding sources of ignition. The established shelf life for this class of intermediates generally extends to at least one year under optimal storage conditions, ensuring consistent performance and compliance for industrial users.
For further technical details and regulatory substantiation, primary data sources include PubChem, NIST Chemistry WebBook, the European Chemicals Agency (ECHA), and the United States EPA TSCA Inventory, offering comprehensive reference points for chemists and regulatory affairs professionals.
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