Analytical Instrumentation New generation of ASTM D3241 jet fuel thermal oxidation stability analysers
AD Systems has announced the offi cial inclusion of TO10, their innovative jet fuel thermal oxidation stability analyser, in Table 1 of ASTM D3241. ASTM recently published the updated test D3241-24 method and made it available online.
An extensive equivalency study completed in 2023 has demonstrated perfect alignment (R2 0.9914) of thermal stability results performed using the new AD Systems TO10 with those generated on the legacy equipment used to develop this test method and listed in Table 1.
Testing laboratories and refi neries can benefi t from TO10’s high precision, high throughput, and low maintenance requirements for their routine work certifying jet fuels in accordance with ASTM D1655, D7566, and other methods.
Research centres that are developing the next generation of Sustainable Jet Fuels (SAF) will appreciate the versatility of the TO10. It covers a very broad temperature range and is ideal for analysing non-conventional samples with high levels of viscosity or density.
The new analyser was designed to raise the precision of this important test method to a new level. All critical test parameters were carefully studied, and state-of-the-art engineering solutions were implemented to develop the TO10, reducing errors while enhancing precision and reliability.
The test sequence is fully automated from sample aeration to the rapid cooling at the end of the test. With proven durability and reliability, operators enjoy a highly user-friendly instrument with low maintenance. No special cleaning is required and lab effi ciency and productivity are improved drastically.
When the ITR—DR10 reference tube rater (ASTM D3241 Annex A2) is connected to the TO10, the transfer of the heater tube scan is automatic, and the test report will be completed with the deposit thickness profi le. Thus, the D3241 test report is complete, including oxidation test conditions, dP curve, and deposit rating.
The TO10 is well suited for any application, from routine testing to research work on conventional and sustainable aviation fuels.
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Advanced water parameter measurement solutions Lovibond®
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SD Series electrochemistry
meters are designed to measure water parameters, including Dissolved Oxygen, pH, Redox, Conductivity, TDS, and Salinity. All models are designed to be intuitive to use, easy to maintain and robust in construction for everyday use in the Laboratory or for deployment in the fi eld. Data transmission software allows for connection to PC for result download and evaluation.
All models feature: battery or mains power operation; automatic buffer/electrolyte recognition for calibration; easy-to-read backlit displays; stable reading indicator & hold function; electrode replacement indicator; data logging mode; on-screen temperature reading; supplied in robust carry cases.
The SD 400 Oxi L measures the dissolved oxygen content in water using optical luminescence technology. This delivers a wide range of benefi ts to the user including high accuracy, fast response, ease of use, simple calibration, and low maintenance cost. Electrodes are available in 3 cable lengths including a 10-meter cable and weighted metal cap for fi eld applications.
SD 3x5 Series covers three models in the range, each designed to measure different main parameters – pH/ORP, Dissolved Oxygen and Conductivity/TDS/Salinity. They are rugged in construction and water-resistant for durability in service. A range of electrodes and accessories are available to cover applications such as ultra-pure water testing, wastewater monitoring, river monitoring and more.
The SD 335 Multiparameter Meter combines all the above parameters and features into one robust instrument. Galvanic Isolation allows for simultaneous measurement of each parameter, with the results for each analyte displayed on-screen simultaneously. Other features include a graphical representation of results for real-time data monitoring and a micro-USB port for data transfer/mains power supply.
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Revolutionizing Laboratory Sampling: Introducing the Vectra Autosampler
In the world of lab automation, precision, effi ciency, and fl exibility are crucial. The Vectra, TE Instruments’ latest innovation is designed to simplify high-throughput sampling challenges in a wide range of industries. This advanced autosampler, featuring innovative technology, aims to usher in a new era of effi ciency and precision in laboratories, whether they are in the (Petro) chemical, environmental, or other research sectors.
The Vectra operates on a revolutionary movement principle that saves bench space and provides a larger, more fl exible working area. With an integrated high-defi nition camera, it goes beyond being just an autosampler; it becomes a visual aid for precise position calibration. Automating critical processes reduces the margin of operator error. The Vectra includes position feedback and auto-position recovery features, ensuring reliability and safety by adapting to unexpected changes for a smooth workfl ow.
With a capacity of up to 250 sample positions for standard 2 mL vials and customizable options, the Vectra meets the dynamic demands of high-throughput labs. It incorporates high-performance conditioned trays, each with 50 positions, excelling in providing superior cooling and heating capabilities. The trays are designed to meet diverse temperature requirements, ensuring the integrity of each specimen throughout the sampling process.
The Vectra offers exceptional fl exibility in liquid handling, accommodating syringes with volumes ranging from 10 to 250 μL. This versatility enables researchers to adapt the autosampler to various experimental setups, fostering a dynamic and responsive laboratory environment. Featuring three parking positions for syringe exchange without operator intervention, the Vectra ensures continuous and automated operation, minimizing downtime for seamless and effi cient lab operation.
When combined with TE Instruments’ elemental combustion solutions, the Vectra autosampler ensures complete compliance with international test methods for various applications. Laboratories looking to enhance their capabilities and embrace the future of sampling can explore the Vectra autosampler from TE Instruments. Discover the possibilities and revolutionize your laboratory with this state-of-the-art solution.
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