Analytik Jena

From waste to value, modern analytical technologies for precise characterization of waste create value from recycling and protect the environment when disposing of waste.

https://www.spectroscopyonline.com/spec_w/waste

Due to the steady rise in global population, the amount of waste produced worldwide is also increasing. In 2016, more than 2 billion tons of waste were produced worldwide. The forecast expects around 2.5 billion tons of waste to be produced in 2030. In addition to waste prevention, the topics of waste recycling and disposal are currently of high relevance. In order to recycle or properly dispose of it, analyzing waste is crucial. The analysis of these samples naturally presents numerous challenges; a variety of techniques can be used to measure trace and minor elements in waste. Depending on the number of elements that need to be determined, the required detection limits, and the number of samples that need to be run, the most suitable business requirement technique can be chosen. In this webinar, analytical techniques and their performance will be discussed using practical examples from various types of waste.

Understand different methods for waste analysis

Choose the right technique for specific applications

Understand analytical performance criteria for successful waste analysis

Director, Product Management and
Application
Analytik Jena

Mr. Buettel started his career with Analytik Jena in 2006 as an application specialist for atomic spectroscopy at its headquarters in Jena, Germany. Since then, he has taken various roles in the spectroscopy department and in product management. In 2017, he moved to the United States to support the growth of the North American organization with his expertise. As the product manager in North America, he also manages the Analytik Jena U.S. Application Lab in Houston, Texas.

Webcasts

Webinar Date/Time: Tue, Mar 14, 2023 11:00 AM EDT


From Waste to Value - Elemental Analysis in Waste

Articles

Fast multi-element method for varying element concentration in complex sample matrices.

Determination of the Metal Content in Mining Samples

With TOC analyzers, like the multi-N/C duo systems TOC in waste samples can be determined fast, automated, cost-effective, and reliably by the TOC direct method.

Determination of TOC in Solid Waste 

In municipal and industrial treatment plants, many different wastewater samples from various inlets, outlets, and pumping stations must be analyzed regularly.

Analysis of Toxic Elements in Wastewater and Sewage Sludge by HR-CS AAS

HR ICP-OES with high-resolution optical system, superior sensitivity, matrix tolerance to achieve lowest LOD for trace element analysis in complex water-alcohol-oil samples



Trace Metals Analysis in Water-Methanol-Oil Mixtures by HR ICP-OES v3

The PlasmaQuant ICP-MS allows for a robust, sensitive, and accurate multi-element analysis of relevant workplace hazardous substances in digested filter dusts. 


Measuring Toxic Elements in Workplace Filter Dusts According to EN 14385 Using ICP-MS

The fast, safe, reliable matrix independent analysis of LPG samples of a wide concentration range and pressure spectra using the EA 5100 elemental analyzer is described.


Determination of Total Volatile Sulfur in Gaseous Hydrocarbons and Liquefied Petroleum Gases 

Using iCRC technology for interference removal, we demonstrate the measurement of 82 drinking water samples per hour with 21 elements (+4 internal standards).

Speed Up Your Work – High-throughput Analysis of Drinking Water with ICP-MS v3

Combining catalyst-free high-temperature combustion and highly sensitive HiPerSens® detection, compEAct N detects nitrogen at concentrations from 15 µg/l to 10,000 mg/l.


Determination of Trace Nitrogen Contents in Different Types of Fuels and Fuel Blends According to ASTM D4629 resp. DIN 51444 v4

Since antigens tested for quantity of attenuated or devitalized viruses or bacteria often consist of proteins, analytical quantification of total protein is a method of choice.