Environmental Solutions
Environmental Solutions
Whether soil or water samples, we can offer you analysis solutions that are not only at the forefront of technology, but also simplify your everyday laboratory operations. Obtain better results with less effort and discover solutions that allow you to detect toxic elements and sum parameters such as TOC, TNb and AOX.
Applications & Techniques
Applications
TOC/TNb Determination in Pulp and Paper Process Effluents
TOC-/TNb-Bestimmung in Prozessabwässern der Papier- und Zellstoffindustrie
TOC/TNb Determination in Refinery Effluents
TOC/TNb Determination in Municipal Sewage Plants (EN)
TOC Determination in Raw and Drinking Water
Determination of Soil Microbial Biomass by TOC/TNb Measurement
Determination of TOC in Agricultural Soil, Dried Manure and Sediments
Determination of TOC in Solid Waste
TOC/TNb-Bestimmung in kommunalen Kläranlagen
TOC/TNb-Bestimmung in Raffinerieabwässern
TOC-Wiederfindung in partikelhaltigen Proben mit dem Cellulose-Test nach DIN EN 1484
TOC Recovery in Particle-Containing Samples with the Cellulose Test According to DIN EN 1484
Applications
Determination of Adsorbable Organic Halogens in Highly Saline Water Samples after Solid Phase Extraction (SPE-AOX)
Linearity test according to DIN EN ISO 9562 (column method)
Linearitätstest für die AOX-Bestimmung nach DIN EN ISO 9562 (Säulenmethode)
Bestimmung von adsorbierbaren organisch gebundenen Halogenen in stark salzhaltigen Wasserproben nach Festphasenextraktion (SPE-AOX)
Bestimmung des AOX in Abwasserproben mittels Säulenmethode gemäß DIN EN ISO 9562
Determination of AOX in Wastewater Samples by Column Method According to DIN EN ISO 9562
Bestimmung des Parameters AOX in Klärschlamm mittels Schüttelmethode gemäß EN 16166
Determination of AOX in Sewage Sludge Samples by Batch Method According to EN 16166
Applications
Speed Up Your Work – High-throughput Analysis of Drinking Water with ICP-MS (English)
Determination of Trace Elements in Seawater using ICP-MS
Determination of Hg in Environmental Waters Using the PlasmaQuant MS Elite (English)
Monitoring Drinking Water Quality with the PlasmaQuant MS (English)
Hochdurchsatz-Analyse von Trinkwasser mit ICP-MS (German)
Analysis of Marine Sediments and Sewage Sludge by PlasmaQuant MS (English)
Bestimmung von Quecksilber im Ultraspurenbereich mit ICP-MS (German)
Analyse von Meeressedimenten und Klärschlamm mit dem PlasmaQuant MS (German)
Direct analysis of samples with high matrix (25 % NaCl) using the PlasmaQuant MS (English)
Applications
Direct Analysis of Saline Matrices by HR ICP-OES
AppNote-Direct-Analysis-of-Saline-Matrices-HR-ICP-OES-en
Monitoring Drinking Water Quality With HR ICP-OES
Direkte Analyse von Salzmatrices mittels HR ICP-OES
AppNote ICP-OES Aalysis of Fresh and Produced Waters in Hydraulic Fracturing Fluids
Applications
Determination of EOF in surface water with molecular absorption spectrometry (EN)
Fast-sequential Analysis of Toxic Elements in Wastewater and Sewage Sludge by HR-CS AAS
Schnell-sequentielle Analyse giftiger Elemente in Abwasser und Klärschlamm mit der HR-CS AAS
Fluorine in Wastewater using contrAA 800 G
AppNote-Fluorine_in_Wastewater_using_contrAA_800_G
Applications
Determination of Concentration by Means of a Calibration Curve – Exemplified by Surfactant Measurements According to PD CLC/TS 50677:2019
Bestimmung der Konzentration mithilfe einer Kalibrierkurve – am Beispiel von Tensid- Messungen nach PD CLC/TS 50677:2019
Spektrophotometrische Bestimmung von Standardparametern in Abwasser nach Normverfahren
Spectrophotometric Determination of Standard Parameters in Wastewater According to Standard Methods
eBooks
Environmental Analysis Resource Guide
Learn more about our new technology that determines TOC and TNb in samples quickly, cost-effectively, and reliably. Whether soil or water samples, Analytik Jena can offer you analysis solutions that are not only at the forefront of technology, but also simplify your everyday laboratory operations. Obtain better results with less effort and discover solutions that allow you to detect toxic elements and sum parameters such as TOC, TNb and AOX.
Water and Wastewater Analysis
Our mission is to support customers worldwide with Analytik Jena equipment and solutions to improve their services and products and thus sustainably increase environmental quality and the quality of life. Today, environmental analysis faces major challenges: Ever-increasing numbers of samples must often be processed with dwindling financial and human resources. We are addressing these demands with the application examples and solutions demonstrated in this e-book.
Mass Spectrometry Resource Guide
The best in ICP-MS. The PlasmaQuant MS series of ICP-MS solutions provides researchers and laboratories with high sensitivity, maximum sample throughput, and the lowest costs per samples. These instruments are customizable and can be optimized for different applications. This eBook will demonstrate the performance of these instruments in a range of applications.
Poster Session
Fluorine Analysis with solid AA® CS – A New Solution to an Old Challenge
Currently there are no direct spectroscopic methods (e.g. AAS, ICP-OES/-MS) available for total Fluorine analysis. While traditional detection of F- by ISE or IC cause species-selective, severe matrix effects often have a high risk of error and a complex sample preparation time which tends to also be prone to errors. Take a look at our poster to see a simple, fast and direct method for total Fluorine analysis using solid AA® CS.
Web Seminars
Environmental analysis & monitoring
Discover how you can simplify TOC/TNb environmental analysis by applying modern TOC/TNb analytical solutions. Other than TOC and TNb solutions learn about a variety of other practical solutions for different environmental analysis tasks.
Overcoming Challenges of Analyzing High-Matrix Samples with ICP-OES
Trace element analysis of mid-to high-matrix samples is a major concern for many laboratories. Mining samples, high-purity metals, chemicals and petrochemicals or highly contaminated soils and industrial wastewater often require a complex analysis process. In this web seminar, our product expert for ICP-OES presents methods and ways to perform the analysis of high-matrix samples in challenging applications by utilizing a high-resolution ICP-OES.
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