Resource Library

Print

Petroleum

Xray Optics

Petroleum Resources

Sulfur

10 Things to Love About the New XOS Autosamplers [Whitepaper]
Advanced Bio Marine Fuel Testing – No More Oxygen Worries [Application Note]
Precision Comparison Between UVF and MWDXRF for Biodiesel Samples [Whitepaper]
Why Can’t ASTM D2622 Be Used for Sulfur Content in B100? [Whitepaper]
ASTM D2622: Referee Sulfur Method for US Gasoline & Diesel [Flyer]
Optimize Workflow with the Sindie Series [Whitepaper]
Sindie Online Enables Cost Savings in Biorefinery by Optimising Production [Whitepaper]
Fast & Precise Elemental Screening in Petroleum Coke and Coal [Whitepaper]
Best Practices for Improved Sulfur Repeatability [Whitepaper]
How much time can you save by switching to Sindie 2622 Gen 3? [Application Brief]
Digging Deeper on D2622: Method Comparison Addendum [Whitepaper Brief]
Chasing the Bias – Gasoline Matrix Matching to Improve ASTM D2622 Sulfur Measurement Accuracy [Whitepaper]
Sulfur in Ethanol for Tier 3 Compliance [Application Note]
Ultra Low Sulfur Analysis in Petroleum Process Streams Using MWDXRF [Application Note]
Precision Comparison Between ASTM Test Methods D7039, D2622, and D5453 [Whitepaper]
Sulfur in Jet Fuel by ASTM D4294 [Application Note]
Automatic Matrix Correction for C/H Ratio in Sulfur Analysis Using ASTM D4294 and ISO 8754 [Whitepaper]
A New Solution to Eliminate Centrifuge for Sulfur in Crude Oil Analysis [Whitepaper]
Total Sulfur in Hydrocarbons by ASTM D4294 [Application Note]
Ultra Low Sulfur Analysis in Liquid Petroleum Products [Application Note]
Transmix Reduction with Rapid Sulfur Monitoring [Application Note]
Get Fast D4294 Sulfur Results Without Centrifuging [Application Note]

Chlorine

Challenge Accepted: Solving the XRF Matrix Mismatch Issue [Whitepaper]
Clora 2XP: Accurate Chlorine Measurement for Advanced Plastic Recycling [Whitepaper]
Simple, Fast, and Accurate Chlorine Analysis in VGO and VLSFO [Whitepaper]
Detailed How to Measure Chlorides in Crude Oil by ASTM D4929C and Water Extraction [Whitepaper]
A Reliable Solution to Measure Chlorine in Catalyst by UOP 979 [Whitepaper]
How to Fix a Friendship Gone Sour: Russia, Organic Chlorides, and Improved Method Precision [Whitepaper]
Oil and Chlorides: How to Fix a Friendship Gone Sour [Application Brief]
ASTM D4929C Gaining Traction [Application Brief]
Save Money by Optimizing Your Catalyst Efficiency [Application Brief]
Comparison of Cl Levels in Aromatics Using MWDXRF and Microcoulometry [Whitepaper]
Optimize Catalyst Efficiency by Monitoring Cl with Petra MAX [Whitepaper]
Real-Time Total Chlorine Monitoring to Ensure Optimal Desalter Performance [Whitepaper]
Determine Organic and Inorganic Chlorides in Crude Oil [Whitepaper]
4 Ways to Monitor Total Chlorine [Whitepaper]
Online Chlorine Analysis in Crude Oil and Petroleum Process Streams [Whitepaper]
ASTM Approves Addition of Procedure C to D4929 [Issue Brief]
Monitoring Chlorine to Prevent Refinery Corrosion [Application Note]
Sub-ppm Chlorine Monitoring of Hydrocarbons [Application Note]
Chlorine and the Desalting Process [Application Brief]

Silicon

Understanding the Effects of Silicon Contamination [Whitepaper]

Multi Element

At a Glance: ASTM Crude Oil Proficiency Testing Program - ICP (D5708B) vs. XRF (D8252) for Ni and V [Flyer]
At a Glance: Advantages of Analyzing Fire-Resistant Hydraulic Fluids with XRF [Flyer]
At a Glance: Prevent Disruptions to Your Pyrolysis Processing [Flyer]
ASTM Crude Oil Proficiency Testing Program: ICP vs. XRF for Ni and V [Whitepaper]
Precision Comparison Case Study — Petra MAX (HDXRF®) vs ICP (IP 501 & IP 621) [Whitepaper]
Rapid and Accurate Analysis of Sulphur and Chlorine in Biofuels by X-ray Fluorescence [Whitepaper]
ASTM D8252 – Nickel & Vanadium in Crude Using XRF [Application Brief]
Are You Ready for the New ASTM D8252 Nickel & Vanadium Method Using X-ray Fluorescence? [Whitepaper]
Get Fast Results for S and Cl in Biofuels in Compliance with ISO 20884 [Whitepaper]
Simple Lubricant Additive Package Quality Control Using HDXRF [Whitepaper]
Ensure Accurate Results for Sulfur and Chlorine Analysis in Biodiesels [Whitepaper]
HDXRF vs ICP for Ni and V in Crude Oil [Whitepaper]
S, Ni, V, and Fe Analysis of Crude Oil Using HDXRF [Application Note]
Certifying Sulfur in Automotive Fuels & Monitoring Chlorine for Corrosion Mitigation [Application Note]
Precision Comparison Between HDXRF and ICP for Ni, Fe, and V [Application Note]
The Next-Generation of Elemental Analysis [Whitepaper]

X-Ray Optics

Five Things to Consider When Coupling a Polycapillary X-ray Optic With an X-ray Source [Article]
Revolutionizing Research: How Optics Enhance Experiments in Your Physics Lab [Article]
Maximizing Polycapillary Optic Performance: Choosing the Perfect X-ray Source [Article]
Your Lab's Golden Key: Work Smarter, Not Harder with fleX-Beam [Article]
Polycapillary Optics for Synchrotron Applications [Poster]
Control Plating Thickness with Polycapillary Optics [Article]
The Power of Polycapillary Optics & Their Critical Role in Seeking Life on Mars [Application Note]
The Evolution of Polycapillary Optics [Application Note]
Enhancing Micro XRF Analysis with Polycapillary Optics [Application Note]

Product Literature