Lummus Technology’s Post

This #diamond-enabled system can operate at two orders of magnitude higher current density than any other #electrooxidation technology on the market, allowing for a high capacity of destruction to take place in a small footprint. Its high current densities enable the destruction of short-chain #PFAS, where other electro-oxidation technologies may struggle. The technology delivered by this collaboration between #ElementSix and #LummusTechnology is the only field-deployable and scalable solution proven to destroy even short-chain PFAS!

Check out this article in Chemical Engineering Magazine about Lummus and Element Six's commercially-ready technology to destroy forever chemicals, i.e. PFAS. While this isn't a typical process technology, it shows Lummus' ambitious growth into new areas and our drive to take on massive challenges. #LummusProud #ThisIsLummus

Need a shorter in-situ treatment time? Sequencing In-situ Remediation Treatment Technologies Can Lead to Shorter Treatment Time. Surfactant Enhanced Product Recovery (SEPR®) and Surfactant-Enhanced In Situ Chemical Oxidation (S-ISCO), maybe the 1, 2 punch your contaminated site needs. Terra Systems and Ethical Chem teaming up to provide customers a broad range of technologies to address their challenging site. Terra Systems is the exclusive U.S. distributor of EthicalChem’s patented surfactant technologies (SEPR® and S-ISCO®). https://lnkd.in/dN5Ns_wM For More Information Contact Our Sales or Technical Team: Charlie Lawrence Director of Sales and Marketing (609) 231-1931 clawrence@terrasystems.net Tim Pac Senior Remedial Engineer (508) 440-9348 tpac@terrasystems.net Dr. Mike Lee PhD VP Research and Development (302) 798-9553 mlee@terrasystems.net https://lnkd.in/gTBJuwT8 #InSitu #InSituRemediation #Groundwater #Contamination #Remediation #Solutions #Bioremediation #Coalcombustionresidue #Columnstudies #Treatabilitystudies #Treatability #Permeablereactivebarriers #PRB #Nitratemitigation #Harmfulalgalblooms #HAB

Continuing to lead in the science of liquid mixing

✴️ The Importance of High-Purity Processing Equipment ✴️ High-purity processing equipment is fundamental in industries where the quality and purity of materials are paramount, particularly in the production of fine chemicals. At Pope Scientific, our systems, including advanced wiped-film #distillation units, Nutsche Filter Dryers, and reactors, are meticulously designed to handle a wide range of challenging substances—from air-sensitive to water-reactive, pyrophoric, and heat-sensitive materials. Our Hybrid Wiped-film technology further enhances these capabilities, enabling the processing of ultra-purity specialty #chemicals with exceptional precision. By enabling precise control over every aspect of the distillation process, our equipment ensures the removal of impurities and the #isolation of desired chemical compounds with high efficiency and accuracy. Learn More: https://buff.ly/4fpSbhb #finechemicals #highprurity #specialtychemicals #wipedfilm #wipedfilmdistillation #popescientific

𝗧𝗘 𝗜𝗻𝘀𝘁𝗿𝘂𝗺𝗲𝗻𝘁𝘀' 𝗫𝗽𝗿𝗲𝗽 𝗖-𝗜𝗖 is the world's first independent sample preparation system for Combustion Ion Chromatography analysis. With the Xprep C-IC, analyzing speciated halogens and sulfur in various complex matrices becomes effortless. The Xprep C-IC is versatile and can be used across multiple market segments, including the petrochemical industry, plastic production, waste recycling, mining, environmental monitoring, and consumer goods testing. 𝗞𝗲𝘆 𝗕𝗲𝗻𝗲𝗳𝗶𝘁𝘀: - Reduced Complexity: Automated sample transfer minimizes human error. - Enhanced Data Quality: Improved repeatability ensures reliable results. - Increased Productivity: Faster analysis times and minimized hands-on operation. - Compact Design: Takes up half the space of traditional C-IC configurations. Explore the Xprep C-IC for efficient and reliable analysis of corrosive halogens and sulfur compounds. Make sure to watch our YouTube video and remember to subscribe to our channel for more lab innovation videos: [YouTube Video](https://lnkd.in/eQmY8VqG). #TEinstruments #XprepCIC #CombustionIC #LabAutomation

Voltammetric analysis is a powerful method for identifying electrochemically active substances, spanning inorganic and organic ions, as well as neutral organic compounds. Its primary application lies in detecting trace amounts of transition metal ions across diverse matrices. In numerous industries, maintaining continuous control over production processes, ensuring product quality, and monitoring waste stream composition are paramount for informed decision-making and regulatory compliance. Few analytical methods can deliver low limits of quantification while handling matrix variations as a result of process fluctuations... until now! Addressing these challenges is the brand NEW 2060 VA/CVS Process Analyser, specifically designed to analyse trace levels of metals and organic additives. Read more: https://lnkd.in/e7bRPMe3 #Metrohm #ProcessAnalysis #Electroplating #QualityControl #voltammetric #electrochemistry #metalions

Foam Characterization and Disruption in a Gas Sparged Pilot Stirred Tank Foaming in bioreactors can lead to severe operational problems and it is often controlled by chemical antifoam agents which cause additional downstream separation requirement and, in some cases, the decrease of gas-liquid mass transfer. For this reason, mechanical foam disruption is a very attractive alternative to chemical agents, but it is rarely adopted in industrial practice. In this work, the applicability of an agitation method for foam disruption in a gas-liquid stirred tank is considered. The stirred tank is a pilot scale version of typical industrial fermenters used in fed batch mode, with a large free volume between the upper impeller and the vessel top. https://lnkd.in/giqs-KuJ #aspenalert #biotech #bioprocess

Check out a recent publication on the beautiful work of Giovanna G. d’Ayala et al., a partnership between the National Research Council of Italy (#CNR) and the National Research Council of Brazil (#CNPq)! 👩🏻🔬👩🏻🔬👩🏻🔬👩🏻🔬👩🏻🔬👩🏻🔬 “Enhancing Sustainability in PLA Membrane Preparation through the Use of Biobased Solvents” https://lnkd.in/dum3a4EK #Ultrafiltration (UF) #membranes are considered one of the most promising separation methodologies because of their cost-effectiveness, simplicity of equipment layout, and high efficiency. Commercial UF membranes are generally based on synthetic nonbiodegradable polymers, including polyethersulfone (PES) and polyvinylidene fluoride (PVDF). Our work shows the choice of solvent, in addition to the type of polymer, is crucial to making the entire membrane production process truly #sustainable. #PLA UF membranes were prepared via #NIPS by using, for the first time, three different #nontoxic, #biobased #solvents: #Cyr, #DMI, and #EL. The composition of the casting solutions was varied in terms of polymer content as well as the presence of Plu as an amphiphilic pore former agent.

🚀 Just Released: Explore the Latest Findings from #CES! Section Category: Environmental Chemical Engineering 📄 Title: Interfacial Adsorption for Efficient Removal of Fe3+, Mn2+, Ni2+, Cd2+, and Sr2+ from Wastewater Using Synthetic Clinoptilolite via Single-Treatment Approach Authors: Tallat Munir, Jiawei Zhou, Ming Liu, Shiyang Bai, Jihong Sun 🔗 Read the full article now: https://lnkd.in/deMwwh-P #Syntheticclinoptilolite #Heavymetalionremoval #Wastewatertreatment #Adsorptionkinetics #Adsorptionisotherms