Web Seminar Recordings: Chemical Analysis & Life Science
From Feed Stock Material to Final Product – Combustion Elemental Analysis in Oil and Gas Industry and Petrochemical Applications
To ensure product quality, to allow for process optimization, and preventing risks from the initial stage of processing, the determination of nitrogen, sulfur and chlorine impurities is crucial for control labs in refineries and production of alternative fuels, or the petrochemical industry. Learn more about our strategies for international standards and norms, including ASTM D5762, ASTM D5453, ISO 20846, and more.
Elemental Analysis in Organic Matrices – Advantages of a High-resolution ICP-OES in the Analysis of Petrochemicals
The quantification of trace elements in organic matrices requires a sensitive and selective analytical method. Learn about the advantages of the PlasmaQuant PQ 9100 ICP-OES in the analysis of petrochemicals.
From Feedstock Materials till Final Products – Chlorine Analysis in Industrial Quality Control
The determination of chlorine is an important, but often challenging task in the industrial quality control. Besides approaches like XRF, combustion IC, photometry or gravimetry, the combustion elemental analysis coupled with coulometric detection has proven to be most suitable to manage all challenges. This web seminar will depict the solutions strategies for sample treatment, sample supply, and matrix separation on selected application cases from oil and gas, refineries, derived fuels production, petrochemical and chemical industry as well as recycling.
Biosurveillance in Wastewater
The Analytik Jena Workflow for SARS-CoV-2 detection in wastewater is a powerful process for wastewater-based epidemiology (WBE). It uses high performance nucleic acid extraction and purification technologies and gold standard molecular detection techniques. This web seminar presents the key features of the process and depicts possible applications in the life science sector.
Challenges in the food industry – Solutions for molecular biological analysis in the dairy industry
Food authenticity and safety are ever-current topics whose significance has increased with global trading routs and complex sourcing strategies. To both guarantee the food supply chain and to protect consumer interest’s, food testing and quality control are essential requirements. In this web seminar we will focus on molecular biological methods as key element of the food testing process. Applications in the field of dairy products will be in focus and based on detailed sample applications it will be shown that instruments by Analytik Jena reliably cover the complete workflow from sample to result.
Palm Oil – an edible oil case study
This web seminar will discuss a series of quality and food safety parameters, as well as process efficiency indicators for edible oils, using palm oil as an example. The speakers will outline the value chain of palm oil and indicate where the analysis of element contents and the probing oil degradation at molecular level are meaningful and routinely performed. The session will cover three techniques, namely combustion elemental analysis, atomic spectroscopy by means of ICP-OES, and UV/Vis spectrophotometry (molecular spectroscopy).
Comprehensive Elemental Analysis of Biofuels and their Precursors by ICP-OES and Combustion Elemental Analysis
Like fossil fuel refining, the biofuels refining process requires comprehensive chemical analysis to ensure the quality of raw materials as well as finished products. This includes monitoring various metals and non-metals that might have a negative impact on the process performance and the quality of finished products or generate harmful emissions and by products during the refining process.
Elemental Analysis in a Regulated Environment
To ensure the quality of water, regulations and standards are constantly revised and limit values are adjusted. Laboratories must react to the changing requirements, select appropriate techniques, and validate analytical methods. This Analytik Jena web seminar provides assistance and solutions for elemental analysis in wastewater to minimize potential errors and maximize data quality.
ICP-MS Challenges and Solutions for Environmental & Food Applications
The session will focus on the multi-element analysis in water, soils, sludges, sediments, and food. Learn how the PlasmaQuant MS with its patented ion optics and industry-leading sensitivity will help you to achieve the most reliable measurement results.
Intelligent Strategy for Quick 3-MCPD Risk Prediction
Along the process of milling and refining vegetable oils, early stage determination of chlorinated compounds like 3-MCPD esters plays an important role for food safety concerns. In the toolbox of analytical techniques, combustion elemental analysis is becoming increasingly popular to efficiently monitor chlorine contents as a risk potential parameter of edible oils at any stage of the value chain.
Workflow automation – find a solution
Optimize your workflow. Learn about critical aspects of workflow automation via examples of successfully executed projects.
Optimized workflow – flexible & reliable quantification of Hepatitis C and B viruses
From sample to result - from minimal sample volume to high throughput. This web seminar demonstrates an optimized workflow for the detection of Hepatitis.
From Mining to High-Purity Metals – Elemental Analysis Solutions
This seminar discusses the demands of different metal processing stages, from ores to high-purity metals, and presents ideal atomic spectrometry solutions such as AAS and ICP-OES for a robust, timely and reliable analysis of a wide range of elemental parameters in mining and metal samples.
Simplify routine liquid handling tasks with the Application Studio software
Get to know our Application Studio software and simplify the handling of your routine liquid handling methods for a more efficient workflow.
Food authenticity – the exact analysis is crucial
Food authenticity is a topic of increasing importance. Learn about the different types of analyses and discover the high potential of molecular biological approaches.
MALDI-TOF-MS sample preparation – A comprehensive view of automated liquid handling concepts
Accelerate your research with Analytik Jena's MALDI-TOF MS automation solutions. Thanks to the modular design of the individual components you can freely configure the degree of automation. How do I automate my MALDI-TOF application? What are the challenges in choosing appropriate technologies and accessories? This web seminar will present the solutions.
Keeping Edible Oil Safe
How elemental analysis contributes to food safety and quality. In this web seminar Analytik Jena experts present some new technological advancements and customer-oriented solutions in the field of elemental analysis that will support you in mastering application challenges of edible oils.
Talk to FeliX – create your own method
Learn to create your own application on your CyBio FeliX with a few simple steps.
A role for Biofoundries in rapid development and validation of automated SARS-CoV-2 clinical diagnostics
The SARS-CoV-2 pandemic has shown how a rapid rise in demand for patient and community sample testing can quickly overwhelm testing capability globally. In this web seminar, Prof. Freemont will present a reagent-agnostic automated SARS-CoV-2 testing platform using the CyBio FeliX platform and qTOWER³ that can be quickly deployed and scaled.
#HowToFeliX – easily automate your qPCR
Discover the most versatile CyBio FeliX liquid handling platform and how it can be configured to fit all kinds of applications - from nucleic acid extraction to PCR workflows. In addition, practical case studies will illustrate the incredible flexibility of the device.
PCR & qPCR – an overview of the principles and applications
Polymerase chain reaction (PCR) is the gold standard in molecular biology. This web seminar demonstrates the historical development up to the latest trends of classical PCR and real time PCR. You will learn about different applications, limitations and when to use which technology.
Talk to FeliX – overview CyBio Composer software
Learn how our devices communicate with our control software CyBio Composer.
Nucleic acid extraction – efficient methods for low, medium and high sample volumes
Extraction of nucleic acids: Manual or automated? For low sample volume or high throughput? Find out the differences in extraction platforms, get an idea when to use which platform and have a look at diverse example applications.
#HowToFeliX – improve your extraction workflow
Get to know the optimized solution for fully automated nucleic acid extraction for high sample throughput on our CyBio FeliX. How do I automate extraction kits? What are the challenges in choosing appropriate technologies and accessories? Find out in this web seminar.
Extraction Technologies – Get an impression
The world of extraction - learn about different extraction technologies from history to now. What are the latest developments? Get an impression how to extract nucleic acids from difficult starting materials.
Become an expert in qPCR – possible challenges
In this web seminar, a real-time PCR expert of Analytik Jena will provide a guideline for reasoned assay design and a troubleshooting guide for the most common challenges that can occur during the workflow and offer advice on how to overcome them.
From sample to result – be prepared for all eventualities
Planning an experiment in molecular biology is the first step to get usable results. This web seminar helps you to define the individual work steps and to choose the optimal method for your sample volume.
Find the right way to prep
Sample preparation in molecular biology. Find out which different methods are known and get more detailed explanations in the area of homogenization.
Analysis of 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.
Analysis & monitoring of oil, gas and petrochemical products
To ensure product quality and process optimization, the determination of elemental impurities is crucial for control labs in refineries and in the production of alternative fuels. Analytik Jena's versatile solutions help you comply with international regulations and improve analysis of petroleum products, natural gas and alternative fuels.
Creating Value in Downstream
In this web seminar our product specialists present solution strategies for complex application challenges in the downstream oil and gas industry. A special focus is on ICP-OES techniques for the analysis of elemental impurities in fuels like diesel, gasoline or naphta as well as the routine determination of carbon, nitrogen, sulfur and chlorine in these fuels via elemental analysis.
Analysis of beverages
In this web seminar Analytik Jena is highlighting analytical methods for the reliable and efficient determination of various elements, elemental species, TOC (Total organic Carbon), CO2 from wine, beer, water and juice samples.
Environmental analysis & monitoring
Discover how you can simplify TOC/TNb environmental analysis by applying modern TOC/TNb analytical solutions. Besides TOC and TNb solutions Analytik Jena is highlighting a variety of other practical solutions for different environmental analysis tasks.
Analysis of dairy products
In this web seminar Analytik Jena presents a variety of solutions for the chemical and biological analysis of milk and other dairy products. All technologies and methods are suitable for routine analysis in an industrial context as well as for special analysis tasks.
Upcoming Web Seminars
The newsletter of Analytik Jena frequently keeps you posted about:
- Trends and developments
Sign up here