46 Environmental Laboratory Smartphone app for pH, conductivity, and oxygen measurement
Endress+Hauser presents the Memobase Pro app, an ideal companion to the popular Liquiline Mobile CML18 handheld meter. Combining high-quality measurement technology with cutting-edge app capabilities, it delivers an unparalleled digital experience for measuring, calibrating, and documenting.
Launched about three years ago, the Liquiline Mobile CML18 handheld meter gained widespread acclaim for its practicality and versatility in measuring pH, conductivity, oxygen, and ORP. With its compact design, it fi ts into any shirt pocket, catering to both laboratory and production processes.
The revolutionary Memobase Pro app enables users to connect and operate two Liquiline Mobile CML18 devices simultaneously through a secure Bluetooth connection. Leveraging the smartphone display for handheld meter operation enhances user-friendliness and intuitiveness. Memobase Pro features dashboards and visualisations, allowing seamless switching between trend curves and tabular displays for measurements and associated samples. With the app functioning even when the smartphone is in the pocket, users can concentrate fully on their work during measurement and calibration. Additionally, the app can be operated directly from the handheld meter, facilitating the saving and documentation of measured values.
Memobase Pro introduces a unique feature for users analysing samples in the laboratory or on-site. It enables the generation of a unique ID for each sample, allowing users to add GPS coordinates, photos, and comments. This feature ensures swift retrieval of all sampling locations and associated measured data.
The Liquiline Mobile CML18, utilising Memosens technology, boasts the most widely used sensor technology globally for liquid analysis. Equipped with an integrated microprocessor, sensors with Memosens technology convert all signals into a robust digital format, ensuring immunity to moisture and environmental infl uences. Consistency between laboratory and process measurement data is maintained by connecting the same sensor types to the handheld meter, preventing deviations due to different measurement technologies.
For dependable measured values, regular sensor calibrations, especially for pH sensors, are crucial. The Memobase Pro app guides users through the calibration process and seamlessly documents all calibrations, including reference solutions used. An elegant solution for importing reference solution data involves a QR code on bottles that users can scan with their smartphone camera, enabling swift data importation.
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XPREP C-IC
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TE Instruments introduces the Combustion Xprep-IC, the leading and fi rst independent sample preparation system for PFAS screening in the market. This groundbreaking solution elevates innovation in analytical chemistry by seamlessly integrating with any renowned Ion Chromatograph, marking a new era in PFAS bulk component analysis. The Xprep C-IC simplifi es complex sample preparation processes through the power of combustion, fraction collection, and sample transfer, all while remaining compliant with several EPA, ASTM, and EN-DIN standards.
The innovative design and functionalities of the Xprep C-IC redefi ne automated combustion IC analysis. This unique system offers full control over sample combustion, collects the oxidized gas stream, and automatically transfers a fraction of the absorbance solution to any renowned IC system. It is the ideal solution to meet the increasing demand for analyzing corrosive halogens (Fluorine, Chlorine, Bromine, Iodine) and sulfur compounds (e.g., Sulfate, Sulfi te, Thiosulfate) in various matrices. Monitoring these analytes is crucial due to their corrosive nature, potential to poison catalysts, damage to industrial equipment, and environmental harm.
The Xprep C-IC is a fully automated, extremely compact sample preparation system that covers oxidative pyrohydrolytic combustion, fraction collection, and sample injection into the IC. It can introduce samples via optimized direct injection (liquids module) and conventional boat-inlet (boat module) into a horizontal furnace. This automated sample-prep solution reduces the complexity of sample transfer and signifi cantly improves user convenience, making it a pioneering tool in the fi eld of PFAS screening and analysis.
XPERT TOC/TNb Want to evaluate and measure the effi ciency of your wastewater treatment plant or setup? The measurement of Total Organic Carbon (TOC) shows in general a good correlative behavior compared to old-fashioned COD measurements and is perfect to use as an alternative. TOC measurements are fast and reliable and most important: It doesn’t consume polluting chemicals to prepare the samples. With our Xpert TOC analyzer, even Total bound Nitrogen TNb
is possible. The combined values for TNb and TOC lead to a perfect evaluation of your
wastewater treatment. XPLORER AOX/TOX
Most of the organic halogens found in nature are toxic, carcinogenic, persistent, and bio- accumulative. Over time, these might pose a threat to the environment and mankind. As a consequence, regulatory authorities around the globe have issued mandates defi ning the maximum permissible limits of these compounds in soil and water. Analyzing their specifi c composition in order to identify whether they stay within the permissible limits is both diffi cult and time-consuming. The Xplorer AOX/TOX is designed to analyze a wide range of liquid and solid matrices rapidly and precisely. It is ideal for laboratories performing Organic Halogen analysis.
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A clean and secure environment is paramount for a thriving and enhanced quality of life. TE Instruments plays a pivotal role in achieving this by offering cutting-edge combustion analyzers tailored to meet the needs of diverse industrial enterprises, water management facilities, environmental testing laboratories, and renowned research institutions. Within our portfolio of environmental testing solutions, we provide comprehensive sample preparation techniques and advanced analytical combustion analyzers.
analysis in parallel
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