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Difference between revisions of "Chromatography"
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Veg’Extra has 25 years of experience with currently 300 tons of production per year. As a service provider, it supports you in your projects, advises you and sets up an industrial process for the production of your extracts (actives and ingredients). 25 employees have a wide range of expertise in extraction, separation, purification. Wide range of solvents can be used, except when it is classified as carcinogenic, mutagenic, reprotoxic (CMR). | Veg’Extra has 25 years of experience with currently 300 tons of production per year. As a service provider, it supports you in your projects, advises you and sets up an industrial process for the production of your extracts (actives and ingredients). 25 employees have a wide range of expertise in extraction, separation, purification. Wide range of solvents can be used, except when it is classified as carcinogenic, mutagenic, reprotoxic (CMR). | ||
===W.R. Grace & Co.=== | ===W.R. Grace & Co.=== | ||
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Renewable diesel – commonly referred to as green diesel or HVO (hydrotreated vegetable oil) – continues to grow in prevalence. Grace’s TRISYL<sup>®</sup> silica helps maximize service life of catalysts by consistently removing trace materials and impurities from difficult-to-refine feedback and helps achieve economies of scale in renewable diesel production. Unlike activated bleaching earth (ABE), TRISYL<sup>®</sup> silicas provide superior adsorption capacity for phospholipids and metals at all free fatty acid concentrations. This reduces costs on spent solids and disposal but also reduces oil lost during pre-treatment. | Renewable diesel – commonly referred to as green diesel or HVO (hydrotreated vegetable oil) – continues to grow in prevalence. Grace’s TRISYL<sup>®</sup> silica helps maximize service life of catalysts by consistently removing trace materials and impurities from difficult-to-refine feedback and helps achieve economies of scale in renewable diesel production. Unlike activated bleaching earth (ABE), TRISYL<sup>®</sup> silicas provide superior adsorption capacity for phospholipids and metals at all free fatty acid concentrations. This reduces costs on spent solids and disposal but also reduces oil lost during pre-treatment. | ||
===XPure Systems=== | |||
{{Infobox provider-chromatography|Company=XPure Systems|Country=The Netherlands|Webpage=https://xpure-systems.com/|Technology name=XPure-C, XPure-S, XPure-E, XPure-R|Mobile phase=|STationary phase=|Temperature=|Pressure=Up to 30|Feedstock=Any liquid biowaste|Product=Separated fractions|Processable volume=100 - 5000|Capacity=0.1 - 200|TRL=5 - 7}} | |||
XPure is committed to improving separation efficiency by designing and delivering innovative, customized continuous ion exchange and chromatography systems. XPure uniquely features expanded bed adsorption technology that is integrated in our SMB configured systems. This enables us to directly process particulates containing feed streams, for example from fermentation or plant based juice streams. | |||
XPure’s Simulated Moving Bed (SMB) technology overcomes the intermittent nature of classical chromatography by introducing more columns, thus allowing for simultaneous separation to occur. XPure’s patented technology for continuous chromatography and ion exchange enables the isolation of desired components from such complex mixtures while improving yield and purity at lower costs. Our systems integrate modular and scalable simulated moving bed hardware with a smart and flexible software platform, enabling the flexibility to implement a wide range of process control strategies. This holistic approach reduces resin and solvent consumption and increases product concentrations, purity, and yields. This singular focus on process technology and equipment means we are independent of resin and media suppliers. Rather, our team of experts deliver the suitable and cost-effective solutions to meet your separation requirements. | |||
XPure enables the purification of bio-based chemicals and mild fractionation of food components using an efficient technology that contributes to a sustainable process industry. | |||
== Open access pilot and demo facility providers == | == Open access pilot and demo facility providers == | ||