viridis Columns Bringing a New Dimension to SFC Combining state-of-the-art media manufacturing with industry leading column technology, Viridis

Similar documents
Basic Principles for Purification Using Supercritical Fluid Chromatography

ANALYSIS OF BASIC COMPOUNDS

[ Care and Use Manual ]

IN QUALITATIVE ANALYSIS,

[ OSTRO PASS-THROUGH SAMPLE PREPARATION PRODUCT ] The Simpler Way to Cleaner Samples

FORENSIC TOXICOLOGY SCREENING APPLICATION SOLUTION

UPC 2 Strategy for Scaling from Analytical to Preparative SFC Separations

KromasilSFC. Designed for green technology. Introducing Kromasil SFC XT

1.7µm Fortis C18 UHPLC Columns

ultimate efficiency unleashed [ Cortecs 1.6 µm columns ]

ApplicationNOTE ULTRA TRACE ANALYSIS OF DIOXINS AND FURANS IN HUMAN ADIPOSE TISSUE USING SFE-LC EXTRACTION/CLEANUP AND THE WATERS AUTOSPEC ULTIMA NT

Gemini-NX Performance paired with Axia Technology

columns Acclaim Mixed-Mode WCX-1 for Separating Basic Molecules

Active Flow Technology Understanding How the Flow Rate Profile Affects the Chromatographic Efficiency

Thermo Scientific Accucore XL HPLC Columns. Technical Manual

2017 Source of Foreign Income Earned By Fund

Hydrophilic Interaction Liquid Chromatography: Method Development Approaches

ApplicationNOTE Abstract

High-Pressure Electrolytic Carbonate Eluent Generation Devices and Their Applications in Ion Chromatography Systems

Insights Into the Nanoworld Analysis of Nanoparticles with ICP-MS

HILIC Method Development in a Few Simple Steps

Evaluation of a New HPLC, a New Tandem MS and a New Data Processing Software for General Clinical Use

APPLICATIONS TN Peptide Purification Method Development: Application for the Purification of Bivalirudin. Introduction

A Study of Stability, Robustness and Time Efficiency of a New HPLC and a New Tandem MS

Exploring the Benefits of Automated Unattended Sample Derivatization Prior to Gas Chromatography Analysis

ApplicationNOTE A STUDY OF THE ANALYSIS OF POLYBROMINATED DIPHENYL ETHER FLAME RETARDANTS BY GC/MS/MS. Introduction. Materials and Methods

Expediting Achiral SFC Method Development Using a Multi-Channel SFC System with MS Detection

Automating Method Development with an HPLC System Optimized for Scouting of Columns and Eluents

Prep 150 LC System: Considerations for Analytical to Preparative Scaling

ChromegaChiral TM CSP Media and Columns

A Strategy for an Unknown Screening Approach on Environmental Samples using HRAM Mass Spectrometry

New On-Line High-Pressure Electrolytic Eluent Generators for Ion Chromatography

Simultaneous Determination of Pharmaceutical Peptides and Acetate Counterions by HPLC Using a Mixed-Mode Weak Anion-Exchange Column

1.7 m Fortis UHPLC Columns

APPLICATIONS TN Increased Capabilities for the Analysis of Hormones in Drinking and Waste Water Using Solid Phase Extraction (SPE) and LC/MS/MS

Analyzing Residual Solvents in Pharmaceutical Products Using GC Headspace with Valve-and-Loop Sampling

Your Reversed Phase Method

Product Bulletin. ACE LC/MS and Rapid Analysis HPLC Columns. HPLC Columns

Thermo Scientific. Anion-Exchange Column. Determination of Inorganic Anions in Diverse Sample Matrices. Superior Chromatographic Performance

Quick Guide QUICK GUIDE. Activity 1: Determine the Reaction Rate in the Presence or Absence of an Enzyme

Characterization of Polymers and Plastics (pellets, powders and films) by the Thermo Scientific FLASH 2000 Elemental Analyzer

Determination of Verapamil Hydrochloride Purity Using the Acclaim PA Column

Microbial DNA qpcr Multi-Assay Kit Clostridium perfringens Pathogenicity

Increasing Speed of UHPLC-MS Analysis Using Single-stage Orbitrap Mass Spectrometer

Determination of Tetrafluoroborate, Perchlorate, and Hexafluorophosphate in a Simulated Electrolyte Sample from Lithium Ion Battery Production

The Use of the ACQUITY QDa Detector for a Selective, Sensitive, and Robust Quantitative Method for a Potential Genotoxic Impurity

ChromegaChiral TM CSP Media and Columns

Appendix B: Detailed tables showing overall figures by country and measure

Thermo Scientific Syncronis HPLC Columns. Remarkable separations guaranteed time after time

Peptide Isolation Using the Prep 150 LC System

UPLC Method Development and Validation

( )( ) Selectivity Choices in Reversed-Phase Fast LC. Introduction. R s = 1 a 1 k 4 a 1 + k

surpass all possibilities [ Cortecs 2.7 µm columns ]

Alltech Alltima HP Introduction

Keysight Technologies Oxygen-Free High-Resolution Electrochemical SPM. Application Note

OBSERVATIONS ON THE WETTING OF REVERSED-PHASE HPLC PACKINGS

Frank Steiner, Michael Heidorn, and Markus M. Martin Thermo Fisher Scientific, Germering, Germany

1.7µm Fortis UHPLC Columns

Exploring Mixed-Mode Chromatography Column Chemistry, Properties, and Applications

Easy Method Transfer from HPLC to RSLC with the Dionex Method Speed-Up Calculator

LC Technical Information

Improve Peak Shape and Productivity in HPLC Analysis of Pharmaceutical Compounds with Eclipse Plus C8 Columns Application

Fast Protein and Peptide Separations Using Monolithic Nanocolumns and Capillary Columns

Aerospace part number guide

Export Destinations and Input Prices. Appendix A

Multi-Channel SFC System for Fast Chiral Method Development and Optimization

Comparison of Solid Core HPLC Column Performance: Effect of Particle Diameter

Luna 2.5 µm C18(2)-HST. Advantages of 2.5 µm for increasing the speed of analysis while maintaining high efficiency

Monitoring Protein PEGylation with Ion Exchange Chromatography

Introduction to Fourier Transform Infrared Spectroscopy

Effects of Aqueous Sample Content and Aqueous Co-Solvent Composition on UPC 2 Separation Performance

Technical Guide Thermo Scientific Syncronis HPLC Columns

Solvent Flexibility for Size-Based Polymer Analysis Using the Advanced Polymer Chromatography (APC) System

HiTrap HIC Selection Kit

Chiral separations efficient, fast and productive

Semi-Targeted Screening of Pharmaceutically- Related Contaminants in the Thames Tideway using LC-HRMS

columns IonPac SCS 1 Silica Cation Separator

Analysis of Organic Light Emitting Diode Materials by UltraPerformance Convergence Chromatography Coupled with Mass Spectrometry (UPC 2 /MS)

Mathematics. Pre-Leaving Certificate Examination, Paper 2 Higher Level Time: 2 hours, 30 minutes. 300 marks L.20 NAME SCHOOL TEACHER

ORGANISATION FOR ECONOMIC CO-OPERATION AND DEVELOPMENT

Thermo Scientific ELEMENT GD PLUS Glow Discharge Mass Spectrometer. Defining quality standards for the analysis of solid samples

Performance and Control of the Agilent Nano Indenter DCM

Hydrophilic Interaction Liquid Chromatography: Some Aspects of Solvent and Column Selectivity

Keysight Technologies Instrumented Indentation Testing with the Keysight Nano Indenter G200. Application Note

Determination of the Composition of Natural Products by HPLC with Charged Aerosol Detection. Introduction. Black Cohosh. Corona Detector Parameters

penta-hilic UHPLC COLUMNS

Hypersil BDS Columns TG 01-05

Complementary Use of Raman and FT-IR Imaging for the Analysis of Multi-Layer Polymer Composites

of mass spectrometry

Enhancement of Linearity and Response in Charged Aerosol Detection

HPLC Preparative Scaleup of Calcium Channel Blocker Pharmaceuticals Application

Cyclone Click to go to the page. Cyclone

Thermo Scientific ConFlo IV Universal Interface. Continuous Flow Interface. Isotope Ratio MS

Keysight Technologies Young s Modulus of Dielectric Low-k Materials. Application Note

New 5-micron HALO-5 columns based on Fused- Core particle technology boost the performance of HPLC. Compared to other HPLC columns, HALO-5 columns

READY TO SCRAP: HOW MANY VESSELS AT DEMOLITION VALUE?

EXPRESSION MORE PEPTIDES. MORE PROTEINS. MORE REPRODUCIBILITY. MORE QUANTIFICATION.

A Strategy for an Unknown Screening Approach on Environmental Samples Using HRAM Mass Spectrometry

Next Generation of Phenyl Columns. Chromatography Products.

APPLICATIONS TN Lux Cellulose-2 or -4 Cellulose tris (3-chloro-4-methylphenylcarbamate) or (4-chloro-3-methylphenylcarbamate)

Transcription:

[ viridis columns ]

viridis Columns Bringing a New Dimension to SFC Combining state-of-the-art media manufacturing with industry leading column technology, Viridis Supercritical Fluid Chromatography (SFC) Columns bring a new level of reproducibility to the world of laboratory-scale purification.

-Ethylpyridine CSH Fluoro- -Ethylpyridine Manufactured for Reliability and Consistency Based upon over 0 years of experience in the separation science industry, Waters chromatographic media sets the standard for quality and batch-to-batch reproducibility. As a primary manufacturer of silica and hybrid chromatographic particles, all stages of product synthesis are meticulously monitored and controlled, ensuring complete characterization of the finished product. This level of manufacturing process understanding delivers chromatographic media with guaranteed consistent performance year after year.

Viridis Hybrid Columns Based on the patented Ethylene-Bridged Hybrid () particle technology and Charged-Surface Hybrid (CSH ) particle technology, Viridis Hybrid Columns offer a wide range of selectivities and batch-to-batch reproducibility. The reduction and control of surface silanol activity on Viridis Hybrid particles delivers, under SFC conditions, excellent peak shapes without the use of mobile-phase additives even for well-retained basic achiral compounds. Three available surface chemistries extend the selectivity range of SFC separations: -Ethylpyridine (-EP) Exhibits good retention, peak shape and selectivity properties without the use of additives. Heightens interaction with polar analyte functional groups, when compared to the less polar surface of -EP. CSH Fluoro- Provides good retention for weak bases and alternate elution orders for acidic and neutral compounds, via significantly different selectivity. Chemistry Shape (μm) Pore (Å) Surface Area (m /g) Pore Volume (cc/g) Carbon Load (%) Endcapped -EP Spherical 8 0.70 9 no Spherical 8 0.70 n/a n/a CSH Fluoro- Spherical 8 0.70 0 no Columns:. x 0 mm, µm Gradient: 8 minutes Mobile Phase: 0% methanol without additive Flow Rate:.0 ml/min Column Temp.: 0 C Backpressure: 7 psi (0 bar) Injection Volume: µl Compounds:. Coumarin. Flavone. Caffeine. Thymine. Papaverine. Sulfamethoxazole 7. Cytosine 8. Sulfamethizole 7 8 Viridis -EP Part Number: 8007 8 7 Viridis S = Part Number: 8007 8 7 Viridis CSH Fluoro- S = 7 Part Number: 8009 0.0 0..0..0..0..0..0..0. 7.0 7. 8.0 8. 9.0 9. 0.0 min Viridis Hybrid SFC Columns are engineered to provide a wider range of selectivity options.

Enhanced Selectivity Viridis Hybrid Columns are designed to offer a wide selectivity range. One measure of how different (or similar) the selectivities of two column chemistries are under a given set of SFC conditions, is the Neue Selectivity Value (S).* As shown below, this parameter may be calculated from a plot of retention factors (k) or retention times (t R ) for analytes on a pair of columns under the same chromatographic conditions. A higher selectivity value indicates a higher degree of orthogonality between two columns and/or two sets of chromatographic conditions. t R Viridis CSH Fluoro R = 0.80 S = 7 0 0 7 t R Viridis -Ethylpyridine The Neue Selectivity Values may be used to estimate the degree of orthogonality between the selectivities of a pair of columns under the same LC or SFC conditions. It is calculated as shown from the coefficient of determination (R = 0.80) of a plot of retention times (or retention factors).* As seen below, on a scale of 0 to 00, a higher S value indicates a higher degree of orthogonality. Compounds: caffeine, theophylline, ibuprofen, fenoprofen, hydrocortisone, ketoprofen, sulfamethoxazole, sulfamethizole, coumarin, flavone, adenine, thymine, uracil, prednisone, prednisolone. Selectivity Values -EP 0 78 0 CSH Fluoro- 8 8 0 7 0 -EP 0 7 0 Selectivity Values (S) compared for pairs of Viridis SFC Columns. S may range from 0 (identical selectivity) to 00 (maximum selectivity difference or orthogonality).* Viridis Hybrid SFC columns are shown in light blue. -EP CSH Fluoro- -EP * () U.D. Neue, E.S. Grumbach, J.R. Mazzeo, K. Tran, and D.M. Wagrowski-Diehl Method development in reversed-phase chromatography Chap. in: I.D. Wilson, ed. Bioanalytical Separations, Handbook of Analytical Separations, Vol. Elsevier, Amsterdam (00); () U.D. Neue, J.E. O Gara, and A. Méndez Selectivity in reversed-phase separations: influence of the stationary phase J. Chromatogr. A 7( ): 7 (00); () U.D. Neue and A. Méndez Selectivity in reversed-phase separations: general influence of solvent type and mobile phase ph J. Sep. Sci. 0(7): 99 9 (007).

Viridis Columns Based on Waters long history of chromatographic silica production, the Viridis Columns are designed to be highly reproducible and predictable based on tight product specifications and very low metal content. They are available for both analytical screening and in preparative column dimensions for purification. Separation methods can be optimized and scaled up to Viridis Prep OBD Columns. Chemistry Shape (μm) Pore (Å) Surface Area (m /g) Pore Volume (cc/g) Carbon Load (%) Endcapped -EP Spherical 00 0 0.90 8 no Spherical 00 0 0.90 n/a n/a -Ethylpyridine (-EP) Widely used in achiral SFC separations exhibiting good retention, peak shape and selectivity properties both with and without the use of additives. Unbonded silica heightens interaction with polar compound functional groups, when compared to the less polar surface of -EP column chemistry, resulting in different selectivity. High Mass Loading Viridis Column vs. Viridis -EP Column Column: Viridis -EP OBD, 9 x 0 mm, µm Part Number: 8009 Gradient Separation:. minutes Mobile Phase: % methanol with no additive Flow Rate: 8 g/min at 0 C Sample Conc.: 80 mg/ml Wavelength: 0 nm System Backpressure: 0 bar Compounds:. Coumarin. Flavone. Ibuprofen. Carbamazepine Injection Vol.: 00 µl Total Mass Load: 8 mg Gradient Separation:. minutes Mobile Phase: % methanol with no additive Flow Rate: 8 g/min at 0 C Wavelength: 0 nm System Backpressure: 0 bar.0e-.0e- Compounds:. Flavone. Ibuprofen. Carbamazepine Viridis OBD Column 9 x 0 mm, µm Part Number: 80098.0e- 0.0 Injection Vol.: 0 µl Total Mass Load: 8 mg.0e- Viridis -EP OBD Column 9 x 0 mm, µm Part Number: 8009.0e-.0e- Injection Vol.: 70 µl Total Mass Load: 0 mg 0.00 0. 0.0 0.7.00..0.7.00..0.7.00 min 0.0 0.0 0..0..0..0..0. min Viridis -EP Columns provide excellent mass loading to ensure maximum throughput. Using the same SFC gradient conditions, different selectivity can be achieved by using a Viridis Column or Viridis -EP Column. The retention time for ibuprofen was reduced and the carbamazepine retention time was increased by switching column chemistries, with little change in the retention of flavone.

OBD Column Design Improved Mechanical Stability Laboratory-scale SFC purification presents many challenges to the chromatographer. Inconsistency in column-to-column performance and lifetimes often result in lost samples, repeat purification runs and poor scalability from small- to large-volume columns. Common SFC preparative column failures are due to mechanical instabilities, especially voids in the packed bed. The Viridis Preparative OBD Columns combine the patented* optimized packing process with a unique set of column designs ensuring increased lifetime and greater reproducibility. All Viridis Column characteristics are available in the preparative OBD column format. * US Patent # 7,99,0, UK Patent # GB089 Batch-to-Batch Reproducibility Waters is dedicated to maintain the tightest specifications in the SFC industry. Controlled manufacturing processes and column packing procedures ensure that you receive the best, most reproducible SFC column available. Batch A Batch B µm Column: Viridis -EP,. x 0 mm, µm Part Number: 800 Flow Rate: 0. ml/min Mobile Phase: 90/0 carbon dioxide/methanol Backpressure (BPR): 7 psi (0 bar) Column Temp.: 0 C System: UPSFC (alpha) Injection Vol.:.0 μl Detection: UV at 0 nm (compensated wavelengths 0 0 nm) Compounds:. Toluene. Flavone. Thymine. Papaverine. Prednisolone. Sulfanilamide Batch C Batch D Batch E 0 7 8 9 0 min This excellent reproducibility is a result of our commitment to maintaining the tightest specifications in the industry. Viridis Hybrid Columns start with high purity raw materials, and are produced using controlled manufacturing processes and column packing procedures that provide today s scientists with the most reproducible SFC column available. Ordering Information Viridis Analytical SFC Columns Dimension -EP CSH Fluoro- -EP. x 0 mm µm 800 800 800 800 800.0 x 0 mm μm 80070 80079 80088 800800 80080.0 x 00 mm μm 8007 80070 80089 80080 80080.0 x 0 mm μm 8007 8007 80090 80080 80080.0 x 0 mm μm 8007 8007 8009 80080 800807. x 0 mm μm 8007 8007 8009 8009 800908. x 00 mm μm 8007 8007 8009 8009 800909. x 0 mm μm 8007 8007 8009 80097 80090. x 0 mm μm 80077 8007 8009 80098 8009 Viridis Preparative SFC Columns Dimension -EP CSH Fluoro- -EP 0 x 0 mm μm 80078 80077 8009 80099 8009 0 x 00 mm μm 80079 80078 80097 80090 8009 0 x 0 mm μm 80070 80079 80098 8009 8009 0 x 0 mm μm 8007 80070 80099 8009 8009 OBD 9 x 0 mm μm 8007 8007 800700 8009 8009 OBD 9 x 00 mm μm 8007 8007 80070 8009 80097 OBD 9 x 0 mm μm 8007 8007 80070 8009 80098 OBD 9 x 0 mm μm 8007 8007 80070 8009 80099 OBD 0 x 0 mm μm 8007 8007 80070 80097 80090 OBD 0 x 7 mm μm 80077 8007 80070 80098 8009 OBD 0 x 00 mm μm 80078 80077 80070 80099 8009 OBD 0 x 0 mm μm 80079 80078 800707 80090 8009 OBD 0 x 0 mm μm 800770 80079 800708 8009 8009 OBD 0 x 0 mm μm 80077 80070 800709 8009 8009 OBD 0 x 00 mm μm 80077 8007 80070 8009 8009 OBD 0 x 0 mm μm 80077 8007 8007 8009 80097 OBD 0 x 0 mm μm 80077 8007 8007 8009 80098 7

Sales Offices: Austria and European Export (Central South Eastern Europe, CIS and Middle East) 877 8 07 Australia 99 777 Belgium and Luxembourg 7 000 Brazil 788 Canada 800 7 China 8 Czech Republic 0 7 8 Denmark 9 8080 Finland 8 9 9 88 France 0 8 7 00 Germany 9 9 00 00 Hong Kong 8 9 800 Hungary 0 08 India 9 80 87 900 Ireland 8 00 Italy 9 0 098 Japan 8 7 79 Korea 8 00 800 Mexico 00 80 The Netherlands 7 08 700 Norway 7 8 00 Poland 8 8 00 Puerto Rico 787 77 8 Russia/CIS 7 9 77 90/ 90 977 Singapore 9 700 Spain 9 00 900 Sweden 8 00 Switzerland 7 7000 Taiwan 88 0 998 United Kingdom 08 8 00 All other countries: Waters Corporation U.S.A. 08 78 000 800 7 www.waters.com www.waters.com/viridis 8 The quality management system of Waters manufacturing facilities in Taunton, Massachusetts and Wexford, Ireland complies with the International Standard ISO 900 Quality Management and Quality Assurance Standards. Waters quality management system is periodically audited by the registering body to ensure compliance. Waters and Viridis are registered trademarks of Waters Corporation. Technology, CSH, OBD, UPSFC, and The Science of What s Possible are trademarks of Waters Corporation. All other trademarks are the property of their respective owners. 0 Waters Corporation. Printed in the U.S.A. July 0 7000EN SC-FP