PYROLYSIS OIL TESTING SERVICES

Chemical Composition Analysis

• Hydrocarbon Profiling: Using advanced High-Temperature Vacuum Ultraviolet (VUV) Gas Chromatography (ASTM D8519), we identify and quantify hydrocarbons, including saturates, olefins, and aromatics, providing precise molecular characterization for high-quality WPPO.
• Determination of Carbon, Hydrogen, Nitrogen, and Oxygen Analysis: Utilizing combustion analysis, we measure the weight percent of carbon, hydrogen, nitrogen, and oxygen in various pyrolysis oils, such as fast pyrolysis oil (FP), catalytic fast pyrolysis oil (CFP), and hydrotreatment products. This precise analysis provides valuable data on elemental composition, aiding in the refinement and optimization of WPPO for specific applications.

Impurity and Contaminant Analysis

• Trace Element Detection: We identify impurities such as halogens, metals, and sulfur, ensuring WPPO quality for processing and compliance with regulatory standards.
• Oxygenated Compounds and Organic Acids: AmSpec’s methods include detecting compounds like glycolic acids and phenols, crucial for understanding bio-content and contamination from PET and other sources.

Stability and Reactivity Testing

• Polymerization and Aging Studies: By monitoring the stability of WPPO under different conditions, we prevent polymerization during storage and handling, improving long-term usability and safety.
• Thermal Stability and Volatility: We assess WPPO’s thermal behavior to optimize processing parameters, ensuring suitability in high-temperature industrial applications like steam cracking.

Biogenic and Renewable Content Quantification

• Carbon-14 Analysis: We provide accurate assessments of renewable carbon content, essential for verifying sustainability claims in line with global standards.
• Total Acid Number (TAN): TAN measurements help determine the acidity of WPPO, providing insights into the oil’s suitability for various industrial uses and refining processes.