AN INTERNATIONAL EFFORT TO COMPARE GAS HYDRATE RESERVOIR

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J.T.Baker ® Brand REAGENTS FOR TRACE METAL ANALYSIS Europe • Middle East • Africa

Transcript of AN INTERNATIONAL EFFORT TO COMPARE GAS HYDRATE RESERVOIR

Page 1: AN INTERNATIONAL EFFORT TO COMPARE GAS HYDRATE RESERVOIR

J.T.Baker® Brand

Reagents foR tRace Metal analysis Europe • Middle East • Africa

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Lab-Optimized Performance: Function-tested reagents for trace-metal analysis from the brand that delivers quality and purity.

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Avantor™ Performance Materials’ reputation for high-purity acids is based on years of quality, consistency, and innovation. We introduced the purest acids in the world when we launched the J.T.Baker® brand ULTREX™ product line in the 1970’s. Even today, the ULTREX™ II product line represents the best purity available. Combined with the rest of our offerings, these products are part of the broadest acid portfolio available from a basic manufacturer of acids.

Avantor continues to be a leader in the field of analytical chemistry by developing products to meet the needs of specific applications. Our range of acids includes:

•ULTREX II™ Reagents — acids for critical elemental analysis with less than 10 parts-per-trillion (ppt) levels of up to 65 elements. These high performance acids are for your most critical trace element analysis. Extensively tested and packaged in innovative packaging to ensure ultimate quality

•BAKER INSTRA-ANALYZED™ Plus Reagents — acids for elemental analysis. Quality is assured for up to 64 trace metals tested to very low parts-per-billion (ppb) levels

•BAKER INSTRA-ANALYZED™ Reagents — acids for elemental analysis. These trace metal analysis acids are analyzed for up to 35 metals in the low parts-per-billion (ppb) range ensuring low background interference

•BAKER ANALYZED™ Reagents — acids that meet or exceed ACS specifications and provide exceptional quality and value. These general-purpose acids can double as trace metal acids for qualitative and quantitative elemental analysis. All BAKER ANALYZED™ reagents with complete characterization are listed in the catalog

•Instrument Calibration and Standards — the availability of reliable, accurate standards is critical to the success of your instrumental analyses. Analytical standards are needed to create calibration curves for quantitative analysis and for standardization of instruments used in a variety of elemental analysis applications. Standards must be stable and contain highly accurate concentrations of the element being tested for

Purity and consistency are key requirements for all reagent chemicals, but they are especially important with acids, whether used for trace-metal analysis or for general use. The J.T.Baker® brand acid product line includes inorganic acids (in three distinct levels of purity) and organic acids. Our acid packaging is designed with purity, safety and convenience in mind.

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Key Applications and IndustriesIndustry Examples of Sample Types Methods/Regulations

Environmental/Agriculture

Natural Waters (rivers, lakes, streams) US EPA Method 1638 Metals by ICP-MS

Drinking Water Method 200.8 Metals in Drinking Water by ICP-MS

Waste Water EPA Method 1311 Hazardous Waste

Industrial Influents and Effluents EPA Method 6010 Total Metals in Waste Water

Sludges SW-846 Methods 3005–3051A

Livestock Feed Fertilizers EPA 6010B

Soil EPA Method 3050B

Plant Tissue Total Metals in Soil by ICPMS Method 6020 ISO 11466.2

Food and Beverage Food Additives Raw/In Process and Finished Products US FDA Elemental Analysis Manual for Food and Related Products Packaging Materials

Nutraceutical Herbal Remedies, Supplements, Medical Foods US FDA Elemental Analysis Manual for Food and Related Products

Pharmaceutical Drugs, Vaccines, Vitamins US Pharmacopeia - National Formulary Standards

Clinical/Biological Tissues (liver, kidney), Blood/Blood Products, Urine CDC Metals in Urine 8310 or Elements in Blood and Tissue 8005

Medical Devices Dental Alloys Implants NIOHS

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ULTREX™ II ReagentsDesigned for Parts-Per-Trillion (ppt) Elemental Analysis

ULTREX™ II acids are the ideal choice for today’s most demanding applications. Whether you are doing environmental testing, plasma analysis, microelectronic research, or any other exacting procedure that requires the ultimate in purity, ULTREX™ II acids are the solution.

ULTREX™ II acids offer:

•Analysis for up to 65 trace elements to parts-per-trillion (ppt) levels by ICP-MS

•Specifications of less than 10 parts per trillion (ppt) for 50 elements

•Total element impurities that typically do not exceed 500 ppt

•The purest acids with the lowest metal content of any acids available

•Guaranteed lot-to-lot consistency for exceptional results

•Packaging in pre-leached, fluoropolymer bottles under Class 100 environment to eliminate cross contamination

Acid Selection GuideApplication Detection Limit Instrumentation Grade

Critical analysis, ultra-low detection Parts per trillion (ppt) Parts per billion (ppb)

Inductively Coupled Plasma (ICP-OES) (ICP-MS), Graphite Furnace (GFAA)

Ultrex II™

Sensitive trace metal analysis, EPA Protocols Parts per billion (ppb) very low

Inductively Coupled Plasma (ICP-OES), Graphite Furnace (GFAA)

BAKER INSTRA-ANALYZED™ Plus

Routine trace metal analysis, EPA Protocols Parts per billion (ppb) low Inductively Coupled Plasma (ICP-OES) BAKER INSTRA-ANALYZED™

Qualitative metal analysis Parts per million (ppm) Flame Atomic Absorption (AA), Wet Chemistry BAKER ANALYZED™ ACS

ULTREX™ II ReagentsDescription Product Number

Acetic Acid, Glacial 6903

Ammonium Hydroxide 4807

Hydrochloric Acid 6900

Hydrofluoric Acid 6904

Hydrogen Peroxide 5155

Nitric Acid 6901

Perchloric Acid 4806

Phosphoric Acid 6908

Sulfuric Acid 6902

Water 6906

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ULTREX™ II Dispenser SystemReduce the risk of contamination and maintain purity with the ULTREX™ bottle-top dispenser specifically designed for use with ULTREX™ II acids. This Teflon PFA or TFM (modified PTFE) constructed dispenser will eliminate leaching and airborne contamination, minimize waste and enhance safe handling. Acid pre-cleaned to maintain < 0.1 ppb metal blank levels in routine use. All wet parts are constructed with Teflon to maintain product purity. Each unit comes with a PTFE air filter to reduce risk of airborne contamination.

ULTREX™ II Dispenser SystemDescription Product Number

ULTREX™ Bottle Top Dispenser 6910-01

ULTREX™ Dispenser Base 6912-01

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BAKER INSTRA-ANALYZED™ Plus ReagentsDesigned for very low Parts-Per-Billion (ppb) Elemental Analysis

BAKER INSTRA-ANALYZED™ Plus acids offer you the purity you need for meeting the high demanding needs in element analysis - for testing of more trace metals with tighter specifications on low parts-per-billion (ppb) levels. They are packaged in space-saving and environmentally-friendly HDPE bottles.

Features and Benefits

•Quality assured for up to 64 trace metals tested to low parts-per-billion (ppb) levels

•Lot to lot consistency ensures reliable results between tests

•Available in low metallic extractables packaging

•Enhanced safety with tamper-evident caps

•Environmentally-friendly recyclable bottles

•Strict protocols in an ISO facility ensure quality in manufacturing

•Compatibility for testing more trace metals and tightened specifications on most of the metals already tested BAKER INSTRA-ANALYZED™ Plus Reagents

Description Product Number

Acetic Acid, Glacial 9375

Ammonium Hydroxide, 20% 9380

Hydrochloric Acid 9385

Hydrochloric Acid, 30% 9600

Hydrofluoric Acid 9387

Nitric Acid 9368

Perchloric Acid, 70% 9359

Sulfuric Acid 9390

Water 9381

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BAKER INSTRA-ANALYZED™ AcidsDesigned for Parts-Per-Billion (ppb) Elemental Analysis

ICP-OES/AES has become one of the standards in trace metal analysis techniques due to its excellent limits of detection and linear dynamic range, multi-element capability and reproducibility. BAKER INSTRA-ANALYZED™ grade of acids were designed for routine trace metal analysis and environmental testing protocols by ICP-OES/AES. BAKER INSTRA-ANALYZED™ acids are analyzed for up to 35 metals in the low parts-per-billion (ppb) range. For added safety, BAKER INSTRA-ANALYZED™ acids are packaged in poly-coated and polyethylene bottles.

BAKER INSTRA-ANALYZED™ AcidsDescription Product Number

Acetic Acid, Glacial 9524

Ammonium Hydroxide 6162

Hydrochloric Acid 9530

Hydrofluoric Acid 9563

Nitric Acid 9598

Perchloric Acid 9653

Sulfuric Acid 9673

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Instrument Calibration and Standards Avantor understands your needs and provides an array of J.T.Baker® branded standards for atomic absorption and ICP applications. We offer single element AA and single plasma standards for your convenience, including many standards specifically for environmental testing protocols and the EPA Contract Laboratory Program (CLP).

Atomic Absorption StandardsJ.T.Baker® branded atomic absorption standards are prepared from metals and salts of 99.99% spectral purity in specially selected matrices. Standards are available for 35 elements in 1,000 µg/ml concentrations packaged in 100 ml bottles. All standards are verified against standards traceable to the National Institute of Standards and Technology (NIST) Standard Reference Material (SRM) numbers, which are printed on the label.

Atomic Absorption StandardsDescription Concentration Solute Product Number

Aluminum 1,000 µg/ml Al 6801

Antimony 1,000 µg/ml Sb 6802

Arsenic 1,000 µg/ml As 6803

Barium 1,000 µg/ml Ba(NO3)

26804

Beryllium 1,000 µg/ml Be 6805

Bismuth 1,000 µg/ml Bi 6806

Cadmium 1,000 µg/ml Cd 6807

Calcium 1,000 µg/ml CaCO3

6808

Chromium 1,000 µg/ml Cr 6809

Cobalt 1,000 µg/ml Co 6810

Copper 1,000 µg/ml Cu 6811

Iron 1,000 µg/ml Fe 6812

Lead 1,000 µg/ml Pb 6813

Magnesium 1,000 µg/ml Mg 6815

Manganese 1,000 µg/ml Mn 6816

Mercury 1,000 µg/ml Hg 6817

Molybdenum 1,000 µg/ml Mo 6818

Nickel 1,000 µg/ml Ni 6819

Potassium 1,000 µg/ml KNO3

6820

Silver 1,000 µg/ml Ag 6821

Sodium 1,000 µg/ml Na2CO

36822

Strontium 1,000 µg/ml Sr(NO3)

26823

Tin 1,000 µg/ml Sn 6824

Titanium 1,000 µg/ml (NH4)

2TiF

66825

Vanadium 1,000 µg/ml V2O

56826

Zinc 1,000 µg/ml Zn 6827

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Single Element Plasma StandardsProduced from raw materials with greater than 99.999% spectral purity, these J.T.Baker® branded standards are packaged in 100 ml bottles that are acid leached and triple rinsed. Each standard is analyzed for the calibrating element, as well as trace impurities of over 70 additional elements. All solutions are NIST traceable. Products are available in concentrations of 1,000 µg/ml or 10,000 µg/ml in 100 ml bottles.

Single Element Plasma Standards

Description Concentration Solute MatrixProduct Number

Aluminum 1,000 µg/ml Al 2% HNO3

5701

10,000 µg/ml 5716

Antimony 1,000 µg/ml Sb 2% HNO3

5703

10,000 µg/ml 5717

Arsenic 1,000 µg/ml As 2% HNO3

5704

10,000 µg/ml 5718

Barium 1,000 µg/ml Ba(NO3) 2% HNO

35705

10,000 µg/ml 5719

Beryllium 1,000 µg/ml Be4O(C

2H

3O

2)

62% HNO

35706

10,000 µg/ml 5720

Bismuth 1,000 µg/ml Bi 2% HNO3

5707

10,000 µg/ml 10% HNO3

5721

Boron 1,000 µg/ml H3BO

32% NH

4OH 5708

10,000 µg/ml 5722

Cadmium 1,000 µg/ml Cd 2% HNO3

5709

10,000 µg/ml 5723

Calcium 1,000 µg/ml CaCO3

2% HNO3

5710

10,000 µg/ml 5% HNO3

5724

Chromium 1,000 µg/ml Cr 2% HNO3

5711

10,000 µg/ml 5727

Cobalt 1,000 µg/ml Co 2% HNO3

5794

10,000 µg/ml 5728

Copper 1,000 µg/ml Cu 2% HNO3

5713

10,000 µg/ml 5729

Gallium 1,000 µg/ml Ga 1% HNO3

5714

10,000 µg/ml 5758

10,000 µg/ml 5759

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Single Element Plasma Standards (2)

Description Concentration Solute MatrixProduct Number

Gold 1,000 µg/ml Au 5% HCl 5763

10,000 µg/ml 5730

Iron 1,000 µg/ml Fe 2% HNO3

5764

10,000 µg/ml 5731

Lead 1,000 µg/ml Pb 2% HNO3

5765

10,000 µg/ml 5732

Lithium 1,000 µg/ml Li2CO

32% HNO

35766

10,000 µg/ml 7% HNO3

5733

Magnesium 1,000 µg/ml Mg 2% HNO3

5767

10,000 µg/ml 5734

Manganese 1,000 µg/ml Mn 2% HNO3

5793

10,000 µg/ml 5735

Mercury 1,000 µg/ml Hg 2% HNO3

5768

10,000 µg/ml 5736

Molybdenum 1,000 µg/ml Mo 2% NH4OH 5769

10,000 µg/ml 5737

Nickel 1,000 µg/ml Ni 2% HNO3

5770

10,000 µg/ml 5738

Niobium 1,000 µg/ml NbCl5

H2O/Trace HF 5771

10,000 µg/ml 5760

Palladium 1,000 µg/ml Pd 2% HNO3

5772

10,000 µg/ml 5739

Platinum 1,000 µg/ml Pt 5% HCl 5773

10,000 µg/ml 10% HCl 5740

Potassium 1,000 µg/ml KNO3

2% HNO3

5774

10,000 µg/ml 5741

Scandium 1,000 µg/ml ScO3

2% HNO3

5776

10,000 µg/ml 7% HNO3

5742

Selenium 1,000 µg/ml Se 2% HNO3

5777

10,000 µg/ml 5743

Silicon 1,000 µg/ml Si 2% HNO3

5778

10,000 µg/ml 5744

Description Concentration Solute MatrixProduct Number

Silver 1,000 µg/ml Ag 2% HNO3

5779

10,000 µg/ml 5745

Sodium 1,000 µg/ml Na2CO

32% HNO

35780

10,000 µg/ml 5746

Strontium 1,000 µg/ml Sr(NO3)

22% HNO

35781

10,000 µg/ml 5747

Tantalum 1,000 µg/ml TaCl5

H2O/Trace

HF5782

10,000 µg/ml 1% HF 5748

Tellurium 1,000 µg/ml Te 10% HCl 5783

10,000 µg/ml: 40% HCl 5749

Thallium 1,000 µg/ml Tl 2% HNO3

5784

10,000 µg/ml 5761

Thorium 1,000 µg/ml Th(NO3)

42% HNO

35785

10,000 µg/ml 5% HNO3

5750

Tin 1,000 µg/ml Sn 2% HNO3/

Trace HF5786

10,000 µg/ml 5751

Titanium 1,000 µg/ml Ti 2% HNO3/HF 5787

10,000 µg/ml 5752

Uranium 1,000 µg/ml U3O

81% HNO

35788

10,000 µg/ml 5753

Vanadium 1,000 µg/ml V2O

52% HNO

35789

10,000 µg/ml 10% HNO3

5754

Yttrium 1,000 µg/ml Y2O

31% HNO

35790

10,000 µg/ml 5755

Zinc 1,000 µg/ml Zn 2% HNO3

5791

10,000 µg/ml 5756

Zirconium 1,000 µg/ml ZrCl2O 1% HNO

35792

10,000 µg/ml 5757

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Also available from Avantor Performance Materials: J.T.Baker® brand product portfolio

J.T.Baker® brand chemicals are known worldwide for reliable results that help our customers to achieve new heights in chemistry. Our products are application-optimized to help you get the most from high performance specialty instrumentation used across pharmaceutical, environmental, and other markets.

ULTRA LC/MS products — ideal for cutting-edge applications such as proteomics, pharmacokinetics, clinical research and drug discovery

LC/MS products — function-tested and optimized for minimal impurities and interference-free baselines, giving you performance you can trust

HPLC products — pure and trusted chromatography solvents to improve your processes

GC products — low UV absorbance, residue after evaporation and water levels that create flat base lines and extend column life in demanding gas chromatography analysis applications

Dissolution Testing Media – J.T.Baker® dissolution media concentrates are produced in accordance to USP guidelines and containers are filled to +/- 0.5% of target fill volumes to ensure consistent, reproducible results every time. Reduce average prep time by more than 75%. Just add purified water and begin testing

Trace metal analysis reagents – full range of products to prepare your samples with the utmost consistency, highest purity and stability, offered in three different grades — ppt, ppb or ppm trace metal acids

Biosolvents — sophisticated reagents proven to expand process control, reduce variables, maximize coupling efficiencies and boost yields

Bioreagents — high purity reagents tested for use in biotechnology applications, such as electrophoresis, and liquid chromatography

General reagents – J.T.Baker® BAKER ANALYZED™ ACS solvents, acids, salts, solutions provide very high characterization and purity. For standard reagent grades of chemicals, Macron Fine Chemicals™ AR™ grade chemicals are designed to provide the best value for the price

Phillipsburg, NJ 9001:2008 & 14001:2004Paris, KY 9001:2008Mexico City, Mexico 9001:2008Deventer, the Netherlands 9001:2008, 14001:2004 & 13485:2003

Gliwice, Poland 9001:2008 & 17025:2005Selangor, Malaysia 9001:2008Dehradun, India 9001:2008, 14001:2004 & 13485:2003Mumbai, India 9001:2008 & 17025:2005

Avantor™ Performance MaterialsAvantor Performance Materials manufactures and markets high-performance chemistries and materials around the world under several respected brand names, including the J.T.Baker®, Macron Fine Chemicals™, Rankem™, BeneSphera™ and POCH™ brands.

Avantor products are used in a wide range of industries. Our biomedical and life science solutions are used in pharmaceutical production, laboratory research for academic, industry and quality control, and in medical lab testing. Our electronics materials products are used in the manufacturing of semiconductors.

For additional information please visit www.avantormaterials.com or follow www.twitter.com/avantor_news

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Lit # 9132 rev02-2014_E ©2014 Avantor Performance Materials, Inc. All rights reserved. Trademarks are owned by Avantor Performance Materials, Inc. or its affiliates unless otherwise noted.