Agilent Biomass Solutions SUSTAIN YOUR PRODUCT

Agilent Biomass Solutions Promote clean, sustainable fuel for our planet – and energy independence for its people Global warming, trade deficits, environmental concerns, political instability, and other issues are driving dramatic changes in the energy and chemical industries. The world is looking for reliable, clean, and sustainable energy sources – and is turning to biomass as an answer. Powering the future by taking a lesson from the past Although numerous technologies are under development for converting biomass to fuels and chemicals, they all follow the same basic procedure. BIOMASS FEEDSTOCK...

Meeting rigorous analytical requirements For biomass fuels to be acceptable as replacements for petroleum, they must conform to industry requirements throughout the manufacturing chain. Testing protocols typically fall into four areas: 1. Raw material quality: Carbohydrate, protein, and fat assays directly impact the market price of biomass feedstock. 2. Process control: Measuring the conversion to fuel during plant production is critical for optimizing economics. On the following pages, you’ll find the Agilent technologies that can help usher in – and sustain – an era of clean, renewable, energy...

Agilent Biomass Solutions Agilent 1260 Infinity LC system Infinitely better feedstock quality and process control Agilent’s 1260 Infinity LC system raises the standard of HPLC with new levels of productivity, data quality, and robustness. • 600 bar standard pump pressure, 80 Hz standard detector speed and up to 10 times higher UV detection sensitivity prepare you for today’s challenges – and tomorrow’s Sample: Column: Sample size: Mobile phase: Flow rate: Injection volume: Temperature: Detector: • 100% compatible with your HPLC and RRLC methods – ensuring no-risk instrument replacement • Enhanced...

Agilent Biofuel GC Analyzers Be confident that your final product conforms to industry quality standards Finished biofuel must undergo extensive analysis before it can be sold. Agilent’s factory-tested and pre-configured biodiesel analyzers conform to ASTM and CEN standard methods, helping you comply with stringent regulations for FAMEs analysis, glycerin and glyceride determination, and trace methanol measurement. • Each analyzer arrives ready to run your application with proven analysis methods and checkout samples that can reduce method development costs by up to 90%. • All columns and supplies...

Agilent Biomass Solutions A new method for quantifying biodiesel in diesel fuel using Agilent’s 5500t FTIR Agilent FTIR systems Pushing the limits of monitoring for biodiesel and ethanol methods We combined the transmission sample interface specified in EN 14078 with the algorithm and standards specified in ASTM D7371 to develop a method that accurately predicts the percentage of biodiesel in diesel fuel from 0.025% to 20%. The method accuracy was tested and found to be superior to other methods, especially for low levels of biodiesel, as you can see below. The 4500 / 5500 and Cary 630 series...

Analyze a broader range of samples while benefiting from the lowest cost of ownership The Agilent MP-AES is a suitable cost effective and efficient alternative to flame AA for elemental analysis of biofuels. Simple “dilute and shoot” methods using this instrument are applicable for both biodiesel and ethanol analyses. • ase of use – application-specific software applets plus plug-andE play hardware ensure any user can set up quickly without method development or alignment, and with minimal training. • Robustness and reliability – ideal for chemicals, petrochemicals, and manufacturing industries,...

Agilent Biomass Solutions Streamlined technology that simplifies your measurement of trace elements Agilent’s 7900 ICP-MS delivers accurate elemental concentrations from ppt to % levels with minimal sample preparation. Interferences from complex, carbon-based samples are removed reliably by the revolutionary 4th generation collision/reaction cell – the ORS4. From feedstock process monitoring to quality control, ICP-MS is an excellent tool for the elemental analysis of biofuels. Specifically, it can help you meet requirements for: • Detecting contaminants, such as sulfur, catalyst residues (usually...

Agilent Columns and Supplies The right columns and supplies help you produce the right numbers under demanding deadlines Agilent-engineered columns and supplies keep your methods safe, your workflow running smoothly, and contamination to a minimum. They are registered to ISO 9001 standards to ensure maximum instrument performance and reproducible results. Agilent LC columns Agilent LC columns are optimized for high throughput analysis (Fast LC), and feature the sensitivity, accuracy, and reliability that demanding applications require. Agilent ZORBAX and Poroshell columns give you: Poroshell...

Agilent Columns and Supplies Agilent J&W GC columns These columns give you excellent performance for benign and difficult samples. With the best inertness, lowest bleed levels, and the tightest column-to-column reproducibility, they outperform any other column on the market. But the good news is… Agilent has developed two new column technologies specifically designed to reduce GC system downtime and maintenance, while expanding your lab’s analytical capabilities. Reduce maintenance costs and extend your capabilities with Agilent J&W PLOT PT GC columns New integrated particle-trapping technology...

Agilent liners, vials, septa, ferrules, and other supplies All Agilent supplies are engineered or selected by our experienced instrument design teams, manufactured to our demanding specifications, and tested under the strictest conditions. MS-certified split and splitless liners Vespel/graphite ferrules Manufactured to the ideal hardness for GC/MS applications to prevent contamination caused by flaking Tested with FID and MSD to ensure inertness, purity, and consistency; deactivated using a proprietary Agilent liquid deactivation process Renewable Gas Purification System Prevents bleed and sustains...