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Electrocatalytic reduction of CO2 into a range of chemicals

At Achema in June, GIG Karasek GmbH (Gloggnitz, Austria; www.gigkarasek.com) introduced the ECO2Cell, an electrochemical CO2-recycling technology that utilizes proprietary catalysts to convert captured carbon dioxide into a range of chemicals. Using only water, CO2 and electricity as process inputs,…

Integral display transmitter offers instantaneous process metrics

The new SumoFlo CELE-8103-D integral display transmitter (photo) features a 144 mm x 144 mm, four-line display that can simultaneously show flowrate, totalized flow, temperature and product density. Available in both panel-mounted and tabletop configurations, the new transmitter is designed…

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A biocatalytic process for producing nitriles — without cyanide

Nitrile compounds (R–N≡N) are important for the manufacturing of fragrances, pharmaceuticals, superglue and chemical-resistant gloves. Currently, such nitrile compounds require the use of highly toxic cyanide in their synthesis. Now, an alternative cyanide-free chemo-enzymatic cascade process is being developed by…

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Versatile production of biopolymers in new semi-crystalline format

Bio-based polymers, such as polyhydroxyalkanoate (PHA), are seeing increasing application as a more sustainable alternative to fossil-based materials. A new, flexible production platform developed by CJ Biomaterials, Inc. (Woburn, Mass.; www.cjbiomaterials.com) is now enabling the production of PHA in both…

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Benefiting from Nozzle Flexibility in Piping Design

The inclusion of nozzle flexibility (directional spring rate) in pipe-stress analysis results in more realistic piping reactions on pressure-vessel nozzles, whereby it will be easier to meet the limited nozzle-load capacity of the nozzles. It will surely contribute to a…

Efficient mixing and drying of battery recyclables

The Solidmix technology (photo) is suitable for the pre-drying of shredded battery scrap and has been optimized for the separation of the solvents contained in the batteries. By means of vacuum drying, the solvents can be quickly and reliably separated…

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Chemical Recycling: A Deep Dive on Depolymerization

Looking at the challenges and benefits of various recycling technologies, this article uses polymethyl methacrylate (PMMA) as an example to analyze the economics and design considerations for depolymerization processes Plastics are a valuable commodity in society and provide versatile materials…

Beer-foam separator reduces water wastage

The Beer Foam Separator (BFS 900; photo) is built to be used in combination with this company’s GHS VSD+ screw vacuum pump. The BFS 900 was designed and developed in partnership with leading breweries and in direct response to the…

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Effective Dust Collection: Capturing Dust and Accounting for Loading

Three of the critical aspects of dust collection systems are properly identifying necessary dust capture points, effectively capturing dust at each point and accounting for solids loading in the ductwork. Key considerations for these aspects are presented here Dust collection…

This progressing-cavity pump has been upgraded

The NEMO MY magnetically coupled pump (photo) is the latest upgrade of the NEMO progressing-cavity pumps. It was developed for more efficient and safer handling of media with high viscosities (up to 20,000 cP), such as slurries. However, using the…