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.
High-Spec Instrumentation by Analytik Jena provides you a deeper understanding of chemical composition and properties for advanced materials in both QC/QA and research. Our easy to handle, high sensitivity instrumentation not only simplifies your daily routines it is designed to improve your products specifications.
When it comes to ensuring product quality and optimizing processes, identifying elementary impurities is absolutely essential for quality control laboratories in refineries and in the production of secondary fuels. We can provide you with a variety of detection solutions developed for industrial routine applications with very high sample volumes as well as for experimental laboratories with frequently alternating areas of focus in their chemical analysis. Analytik Jena’s diverse range of solutions keeps you...
Discover Analytik Jena’s molecular biology and chemical analysis solutions for the pharmaceutical and life science industries. All of the solutions can be automated to a high degree thanks to our extensive liquid handling portfolio. Whether nucleic acid extraction, protein analysis with ICP-MS or various PCR and qPCR/Real-time PCR solutions, early research, or the evaluation in clinical studies, our technologies and methods will increase efficiency of your entire workflow.
The environmental field requires robust, high-sensitivity analysis capable of complying with regulations in order to always meet the stringent target values that have been established to assure the safety of the water supply and protect the environment. Moreover, in laboratories where more than 100 samples are processed per day, increasing the throughput and saving energy are issues of concern.
The petroleum refining industry converts crude oil into more than 2500 refined products, the primaries are LPG, gasoline, naphtha, kerosene, diesel, heavy fuel oil, lubricating oils, wax and asphalt. The petroleum refineries produce also the major hydrocarbon sources used as feedstocks for petrochemical industry, mainly olefins and aromatics, that converted to produce monomers and polymers, molecules which are building-blocks for many everyday chemical products. The refining and petrochemical employs a wide...
The refining and petrochemical employs a wide variety of physical/chemical processes like separation,conversion, treatment, reaction, purification along with a series of auxiliary processes to make them occur or make the byproducts properly treated.
Continuous monitoring of HF concentration in aluminum smelters is a key issue for optimization of aluminum production. Continuous gas analyzers support the steel industry by helping facilities optimize processes and reduce expenses.
Siemens has a wide portfolio of products for process instrumentation, weighing and process analytics. Our solutions make it possible to economically address the growing energy demand as well as expanding environmental and safety regulations.
Our portfolio of products for process instrumentation and analytics ensures the highest precision and reliability in all measurement applications in the pharmaceutical industry, with hygienic designs and the appropriate process connections.
Today, steel production is becoming more and more technology intensive. Advanced control systems are under continuous development and large potentials to exploit their benefits therefore exist. The control systems optimize process operations leading to reduced processing time, reduced maintenance costs, increased energy efficiency, improved product quality and consistency as well as better emission control.
Few industries face requirements as extreme as the chemical industry. Operating in harsh environments calls for robust and high-quality equipment that enables efficient and fail-safe operation. With Siemens’ comprehensive instrumentation portfolio you can achieve just that.
Natural gas is a hydrocarbon gas mixture consisting primarily of methane(CH4) , but commonly includes varying amounts of other higher alkanes and usually small amounts of impurities like water vapor (H2O), hydrogen sulfide(H2S), carbon dioxide(CO2), and nitrogen (N2 ) and others. Natural gas must be processed from the impurities before can be used as a fuel. Five stages are often required to convert raw natural gas into fuel gas pipelined to the end user markets: extraction and gathering, gas purification,...