GL CHEMTEC INTERNATIONAL LTD.’s Post

Elevate your filtration processes with our Filter Integrity Analyzer, ensuring unmatched accuracy and reliability in every test. Trust us to deliver excellence and set new standards in filtration integrity. To know more, visit us at https://lnkd.in/gA_6c56X #PharmaceuticalIndustry #FilterIntegrityAnalyzer #FiltrationIndustry #PrecisionandAccuracy #Laboratory #MaterialScience #Materials #M19 #MaterialEngineering #Materialtesting #Materiallab #researchanddevelopment #materialintelligence

Elevate your filtration processes with our Filter Integrity Analyzer, ensuring unmatched accuracy and reliability in every test. Trust us to deliver excellence and set new standards in filtration integrity. To know more, visit us at https://lnkd.in/gA_6c56X #PharmaceuticalIndustry #FilterIntegrityAnalyzer #FiltrationIndustry #PrecisionandAccuracy #Laboratory #MaterialScience #Materials #M19 #MaterialEngineering #Materialtesting #Materiallab #researchanddevelopment #materialintelligence

We have a fantasic panel of 14 speakers confirmed for our '6th Flow Chemistry and Continuous Processing Conference' in Boston this May. If you have not yet attended this event, do not miss the chance to join us and discover how innovations in techniques and reactor design are transforming traditional batch processes into streamlined, sustainable, and cost-effective operations. You can expect insightful presentations, a chance to meet the leading global suppliers of continuous processing reactors and state of the art process analytical technology platforms, and networking opportunities with speakers, sponsors, and other delegates- all aimed at fostering collaboration and knowledge exchange. The conference will cover all aspects of continuous chemical processing including process optimization and scale-up (both from early enabling development work to late-stage manufacturing), tools and techniques for monitoring and ensuring the quality of products in continuous processes and industrial case studies highlighting the successful implantation of continuous processes to solve real-world problems. Please view a selection of our speaker panel below and visit our website to view the full line up and to register at https://lnkd.in/ePspr8GZ #FLOWNA24 #FlowChemistry #GoFlow #CCFLOW #Pharma #CDMO #OrganicChemistry #ProcessChemistry

🔬 Unlock New Insights with the Spectrum Two FT-IR Spectrometer! 🔬 Are you tired of compromising on performance when it comes to FT-IR spectroscopy? 💡 Look no further! The Spectrum Two from PerkinElmer is your ultimate solution. 🌟 🌐 Why Choose Spectrum Two? Versatility: Whether you’re analyzing organic powders, liquids, or films, the Spectrum Two handles it all. Say goodbye to limitations! Robust Design: Built to accommodate difficult of both laboratory and field environments, the Spectrum Two is your reliable partner 💪 . Optical Excellence: With KBr or ZnSe windows, you get precise data collection over a wide spectral range. No compromises here! LiTaO3 and DTGS Detectors: Choose the detector that suits your needs—LiTaO3 for standard applications or DTGS for high-throughput scenarios. OpticsGuard™ Technology: Shielded against environmental effects, the Spectrum Two delivers consistent results even in challenging conditions 📊 Applications Fields: Material quality assurance Chemical analysis Environmental monitoring Pharmaceutical research Nutraceutical analysis Biodiesel quality control 👉 Ready to Elevate Your Spectroscopy Game? Contact us today to discover how the Spectrum Two can transform your analysis workflow. 🚀 hashtag #FTIR hashtag #Spectroscopy hashtag #PerkinElmer hashtag #ScienceMatters hashtag #HTDS

👨🔬 👩🔬 “The EasyMax platform will allow us to control reaction parameters with precision that we simply would not be able to achieve by hand with more traditional reactor setups…The data-rich experimentation it enables will also provide us with useful information about reaction parameters that will inform the design of procedures for scale up and warn us about any potential safety issues related to exothermic reaction behavior. This is an instrument that will not only enhance our process development capabilities in the short term but can grow with the company as we continue to expand our offerings to our clients.” #processchemistry #organicchemistry #realtimechem #laboratorysafety #labsafety #researchanddevelopment #chemlab #researchmadeeasy #chemicalsynthesis #automatedchemistry

Our next webinar is quickly approaching! Join us on Wednesday, March 20th as Stephanie A. Schuster, Ph.D. Senior Technical Support Scientist, covers "Super Charged Separations: How Utilizing New Column Chemistries Can Improve the Chromatography of Basic Compounds." For more details and to register, visit the link below. #halocolumns #AdvancedMaterialsTechnology #Webinar #LCGC

ChemQuant is home to intuitive chromatography/MS method developers and masters of Shimadzu LC and MS system repair. If your Sciex system has a Shimadzu front end and your LC system is not properly addressed we have a full Shimadzu/Sciex solution coming very soon. No half measures! #Sciex #Shimadzu #service #engineering #method-development #quality #ownership

An earlier post explains how a 10°C increase in temperature can increase the reaction rate constant by 1.5 to 2 times, depending on the activation energy of the specific chemistry. (https://lnkd.in/dHn6UKCv) The reaction time—batch time for a batch reactor or residence time for a flow reactor—is inversely proportional to the average reaction rate. Thus, any increase in the reaction rate leads to a proportional decrease in residence time. This rule of thumb helps predict expected residence time when performing chemistry at a higher temperature than the existing batch recipe. It applies to both batch and continuous processes. However, for exothermic reactions in batch reactors, the limited heat transfer coefficient can restrict the maximum temperature due to safety and operational concerns. For a given batch temperature and known residence time, one can predict the expected residence time, assuming a 10°C increase doubles the reaction rate. The attached slide shows an example of the impact of temperature on residence time, based on batch data of temperature and batch time. Another example compares batch time/residence time when converting a semi-batch chlorination process to a continuous process Ready to elevate your chemical processes? Let's collaborate! 📞 Contact us today at +91-74986 70688 📧 Email us at enquiry@makspeedtech.com 🌐 Visit our website at www.makspeedtech.com #processengineering #chemicalengineering #processimprovement #processengineer #pharmaceuticals #flowchemistry #greenchemistry #cdmo #pharma #processindustry #continuousflow

Have you ever looked inside an old enclosure and thought, "How does this still function?" Usually when you reach this stage it takes a complete overhaul. Luckily, our engineering team can find unique ways to retrofit a completely new system even if there are no drawings or lack of understanding how the system works. See how Neal Systems turned an old, costly, and problematic system into a complete cost effective Dräger solution. https://lnkd.in/er9THwFi #draeger #lifesciences #gasdetection

Every batch of Accumax Reagent Bottles undergoes meticulous testing for 21 heavy metals using ICPMS methodology. Additionally, they are subjected to leachable testing through Gas Chromatography to ensure superior chemical resistance and safety. #AccuSure #ReagentBottles #LabConsumables #LabStorage #Laboratories #Diagnostics #LifeSciences