SPECTRO Analytical Instruments GmbH

Comparing ICP-OES Analyzers' Plasma Views: Axial, Radial, Dual, MultiView, and Dual Side-On

Comparing ICP-OES Analyzers' Plasma Views: Axial, Radial, Dual, MultiView, and Dual Side-On

This paper reviews the concepts surrounding the optical interfaces that are available for ICP-OES spectrometers and discusses the relative strengths

The XRF Principle

The XRF Principle

This white paper presents an easy-to-understand introduction into the physics and the technology of an XRF analyzer

X--ray Fluorescence Analysis of Polymers

X--ray Fluorescence Analysis of Polymers

This White Paper examines to what extent X-ray fluorescence analysis is an appropriate technique for the elemental analysis of polymers.

Effluent Phosphate Recovery & Recycling

Effluent Phosphate Recovery & Recycling

This report will outline the contours of the phosphorus problem, and some possible solutions.

Recent Advances in Elemental Analysis for the Lithium Ion Battery Supply Chain

Recent Advances in Elemental Analysis for the Lithium Ion Battery Supply Chain

Learn more about the importance of elemental analysis for the lithium-ion battery supply chain and corresponding analysis techniques.

Analysis of Lithium Ore

Analysis of Lithium Ore

Learn more about the power of ICP-OES for the analysis of lithium ore

Why Flame AAS Users Are Moving Up to ICP-OES

Why Flame AAS Users Are Moving Up to ICP-OES

This paper provides an in-depth comparison of these two long-established technologies used in a wide variety of elemental analysis applications

Analysis of Fine Chemicals

Analysis of Fine Chemicals

In fine chemical processing, producers require a flexible analytical solution with a broad array of capabilities to meet widely varying requirements.

Which ICP-OES Optical Technology Offers Superior Performance: Echelle or ORCA?

Which ICP-OES Optical Technology Offers Superior Performance: Echelle or ORCA?

This paper explains the fundamental differences between the two leading optical designs and discusses how each technology deals with technical challenges

Ten Reasons You Need a Next-Generation ICP-OES for Routine Analyses

Ten Reasons You Need a Next-Generation ICP-OES for Routine Analyses

This paper outlines ten benefits this kind of improved ICP-OES technology can deliver. Its advantages include smaller footprint; troublefree cooling;

New performance and scope for elemental analysis in academia

New performance and scope for elemental analysis in academia

Instead of the compromised, overspecialized ICP-OES and ED-XRF instruments that many university labs have applied in the past, a new class of instrumen

Surprising New Capabilities of ED-XRF Technology

Surprising New Capabilities of ED-XRF Technology

This paper charts the evolution of advanced ED-XRF against the relative stagnation of once-dominant WD-XRF spectrometer technology.

Efficient Analysis of 27 Elements in Petrochemical Products with an ED-XRF spectrometer

Efficient Analysis of 27 Elements in Petrochemical Products with an ED-XRF spectrometer

Learn how you can perform different petrochemical analyses quickly, accurately and cost-effectively with just one calibration

Metals and Trace Elements in Aqueous Solutions

Metals and Trace Elements in Aqueous Solutions

This report describes the analysis of aqueous solutions by ICP-OES with Dual Side-On Inter-face plasma observation.

How new spectrometer technologies substantially cut operating costs

How new spectrometer technologies substantially cut operating costs

This report explores how engineering innovations can significantly reduce costs — enabling substantial savings while improving performance.

Five reasons for upgrading to a next-generation ED-XRF analyzer

Five reasons for upgrading to a next-generation ED-XRF analyzer

ED-XRF instruments have made amazing strides in recent years. Quantum leaps in several technologies are making users rethink what’s possible

Why ICP-OES User Are Moving up to the Latest Technology

Why ICP-OES User Are Moving up to the Latest Technology

Several features of most conventional ICP-OES spectrometers can cause considerable trouble and expense. The difficulties can often be traced to inhere

Advanced elemental analysis of soil

Advanced elemental analysis of soil

This report describes the principle methodology for the analysis of soil by ICP-OES with Dual Side-On Interface plasma observation

How to Analyze Oils Using ICP-OES with Radial Plasma Observation

How to Analyze Oils Using ICP-OES with Radial Plasma Observation

Simple, fast, accurate and precise oil and fuel analysis using ICP-OES with radial plasma observation

How to Analyze Sulfur and Trace Element Content in FAME

How to Analyze Sulfur and Trace Element Content in FAME

Fatty acid methyl ester (FAME) in automotive fuels, mostly derived from vegetable oil, is currently blended with regular diesel fuel in predetermined ranges

Fast Analysis of Waste Water While Eliminating Typical Matrix Interferences Using ICP-OES

Fast Analysis of Waste Water While Eliminating Typical Matrix Interferences Using ICP-OES

This report details instrument parameters, line selection and demonstrates the SPECTROBLUE TI’s analytical capabilities