Biomass Fuels

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Biofuels are fuels produced from biological resources (biomass) such as plants and algae, animal manure, and organic waste. Although they emit CO₂ when burned, the feedstocks absorb CO₂ during growth, giving biofuels a more carbon-neutral profile than fossil fuels. Unlike conventional fossil fuels, biofuels can be made from a wide range of feedstocks and production methods, making accurate identification of their composition and impurities essential for both research and development and quality control.

Biomass Fuels

Quality Control
Bioethanol

[ASTM D5501] Ethanol Purity Testing and Methanol Quantification by GC

[ASTM D7319] Analysis of Chloride and Sulfate Ions in Fuel Ethanol Using IC

Analysis of Ethanol in E10 Gasoline Using the Polyarc Microreactor for GC

Monitoring the Fermentation Progress Using the Bioethanol Analyzer

Determination of Organic Impurities in Bioethanol Fuel Using GC

Determination of Elemental Impurities in Bioethanol Using ICP-MS

Biodiesel & SAF (Sustainable Aviation Fuel)

[ASTM D2887 Procedure B] Simulated Distillation GC Analysis

[EN14078] Quantitative Analysis of FAME in Diesel Fuel by FTIR

[EN14108, EN14109] Analysis of Metals (Na, K) in Biodiesel Fuel

Analysis of Formic Acid, Acetic Acid and Propionic Acid in Biodiesel Fuel

[ASTM D4951] Phosphorus content analysis by ICP-AES

Analysis of Glycerin Using GC

[IP585] FAME Analysis Using GC

[ASTM D8267] Determination of Aliphatic and Aromatic Contents in Aviation Kerosene by GC-VUV

Analysis of SAF Using Comprehensive Two Dimensional Gas Chromatography (GC× GC)

[ASTM D8110] Determination of Elemental Impurities in Petroleum Distillates Using ICP-MS

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Research and Development
Evaluation of catalytic reactions (feedstocks, intermediates, and by-products)

Analysis of Combustion Ash from Biomass Power Generation by EDXRF

Monitoring of Organic Acids in Biomass Fermentation Process and Yeast Cultivation Process

Simultaneous Analysis of Organic Acids and Furan Compounds in Biomass

GC-MS Analysis of Catalytic Degradation Products of Lignin Model Compounds in Biomass Research

GC–MS Analysis of Glucose Degradation Products from Solid-Acid-Catalyzed Reactions

Other catalyst-related analyses

Gas analysis

High-Speed Gas Analysis Using the FluxEdge GC System

Comprehensive Gas Analysis Using an Auto Gas Injector with GC-MS

High-Sensitivity CO and CO₂ Analysis Using Jetanizer–FID

Comprehensive Gas Analysis Using an Auto Gas Injector with GC-TCD/BID

Final product analysis

Analysis of SAF Using Comprehensive Two Dimensional Gas Chromatography (GC× GC)

Quantitative Analysis of Fatty Acid Methyl Esters (FAMEs) Using Smart EI/CI Ion Source

Simplifying Multicomponent Quantitative Analysis of Organic Compounds with the Polyarc Microreactor for GC

Algal biomass

GC-MS-Based Evaluation of Fatty Acid Composition in Microalgae

Simple Quantification of Microalgae Concentration by UV

Measurement of TOC and TN in Algae Culture Solution of Marine Water

Non-Destructive Semi-Quantification of Microalgal Storage Lipids (Alkenones) using FTIR and a TOC Analyzer

Evaluation of Carbon Content and Moisture Ratio in Microalgal Biomass by Direct Pellet Measurement with TOC and TA

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raBit activities
raBit activities (Next-Gen. Bioethanol)

Determination of Organic Impurities in Bioethanol Fuel Using GC

Determination of Elemental Impurities in Bioethanol Using ICP-MS

Monitoring of Organic Acids in Biomass Fermentation Process and Yeast Cultivation Process

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