Optimizing Biofuel Production with Advanced Gas Analysis

Biofuel source analysis is a critical step in advancing sustainable, renewable energy alternatives. This process requires a comprehensive evaluation of feedstocks — from traditional agricultural crops like corn and sugarcane to waste-derived resources such as used cooking oil, animal fats, and municipal solid waste. Each source presents unique opportunities and challenges, making it essential to assess energy potential, environmental footprint, production efficiency, and overall economic viability.

From ethanol and biodiesel to biogas and beyond, biofuels vary widely in origin, composition, and performance. Achieving consistent quality, safety, and environmental compliance depends on accurate and continuous monitoring throughout production. That’s where Process Insights makes the difference.

Our proven portfolio of analytical solutions — including our TIGER OPTICS™, EXTREL™, and COSA XENTAUR™ brands — delivers the precision and reliability needed to navigate the complexities of biofuel production. Designed for rugged, real-world operating environments, our analyzers provide actionable insights in real time, helping you optimize processes, maximize yield, and ensure compliance.

We offer best-in-class gas analysis solutions for monitoring:

Moisture (H₂O) – prevent corrosion, improve combustion, and safeguard product stability
Methane (CH₄) – critical for biogas optimization and leak detection
Carbon dioxide (CO₂) – track fermentation processes and emissions compliance
Oxygen (O₂) – control oxidation and ensure process safety
Volatile organic compounds (VOCs) – monitor air quality and protect workers/environment

Whether you’re refining biodiesel, generating biogas, validating feedstock quality, or ensuring regulatory compliance, our technologies help protect your process, your investment, and your commitment to sustainability.

At Process Insights, we don’t just provide instruments — we provide confidence. With decades of expertise in gas analysis, we understand the unique challenges of biofuel production and the importance of protecting precious, limited resources. Together, we can help accelerate the transition to a cleaner, more sustainable energy future.

Rapid response for optimized combustion efficiency and accurate H2 blending to reduce carbon emissions
Multiple solutions for compliance with regulations such as 40 CFR Part 60, and HRVOC rules
H2 S, Total Sulfur, Net Heating Value (NHV), O2 and COe, Wobbe, Specific Gravity, CARI, and full speciated composition