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Real Time Market Research & Industry Analysis - MicroMarketMonitor

North American Gas Chromatography (GC) Systems Market

  • Report Code: GA 1002
  • Publish Date: 17 Sep 2014
  • Next Update Date: 17 Dec 2014
  
Description
Table of Contents
Customer Intelligence
Geographic

The North American Gas Chromatography Systems market is the largest market globally. The market value was $258.5 million in 2013 and estimated to be $343 million by 2018, at a CAGR of 5.8%.  

The North American GC systems market constitutes 12.8% in the North American chromatography systems market, and is poised to grow its market share to 12.8%, by the end of year 2018.

The report “North American Gas Chromatography Systems Market Forecast, 2012-2018”, analyzes the market of gas chromatography systems in terms of products, components, endusers. All these segments experienced a positive growth till 2013. This method is being used in the high end separations, as it provides longer and narrower peaks.

The North American Gas Chromatography Systems market is mainly governed by the Pharmaceuticals and Chemicals end-users. These sectors require systems with enhanced speed and accuracy. Recently the market is suffering owing to the market maturity.

US lead the North American Market with a market share around 92%.

The key players in the North American gas chromatography systems market include Agilent technologies, Inc., Thermo Fisher Scientific Inc., Waters Corporation, Shimadzu Corporation, and PerkinElmer, Inc.

Customization Options

 

Along with the market data, you can also customize MMM assessments that meet your company’s specific needs. Customize to get comprehensive industry standard and deep-dive analysis of the following parameters:

 

Product Analysis

  • Usage pattern (in-depth trend analysis) of products (segment-wise)
  • Product matrix which gives a detailed comparison of product portfolio of each company mapped at country and sub-segment level
  • Applications of the products (segment and country-wise)
  • Comprehensive coverage of product approvals, pipeline products, and product recalls

   

Brand/Product Perception Matrix

  • Comprehensive study of customers perception and behavior through our inbuilt social connection tool checking the virality and tonality of blogs
  • Analysis of overall brand usage and familiarity and brand advocacy distribution (detractor/neutral/familiar)

 

Alternative Products: Impact analysis

 

MMM’s Healthcare Decision Making Quadrant It is an innovative and useful quadrant for vendors who wish to analyze the potential growth markets based on parameters like Patient dynamics (Patient pool, epidemiology of disease, preference towards surgeries/alternative therapies) and Macroeconomic indicators (aging population, reimbursement scenario, treatment rate and healthcare expenditure).



1 Introduction

1.1 Introduce the Market

1.2 Objective of the study

1.3 Market Definition and Scope of the study

1.3.1 Market Definition

1.3.2 Areas covered

1.3.3 Markets Covered

1.4 Stakeholders

1.5 Research Methodology

1.5.1 Secondary sources

1.5.2 Primary Sources

1.5.3 Market estimation methodology (Top-down, bottom-up, data triangulation.)

1.5.4 Macro indicators for the study

1.6 Assumptions

1.7 List of Acronyms

2 Market Overview

3 Gas Chromatography (GC) Systems, North America, By Products

3.1 Split By Geography

3.2 Reverse Phase (RP) columns

3.2.1 Gas Chromatography (GC) Systems, North America, Reverse Phase (RP) columns, By Endusers

3.2.1.1 North America-Reverse Phase (RP) columns-Pharmaceuticals

3.2.1.2 North America-Reverse Phase (RP) columns-Biotechnology

3.2.1.3 North America-Reverse Phase (RP) columns-Academics

3.2.1.4 North America-Reverse Phase (RP) columns-Other Endusers

3.2.1.5 North America-Reverse Phase (RP) columns-Agriculture Industry

3.2.1.6 North America-Reverse Phase (RP) columns-Environmental Biotechnology

3.2.2 Gas Chromatography (GC) Systems, North America, Reverse Phase (RP) columns, By Geographies

3.2.2.1 U.S.-Reverse Phase (RP) columns

3.2.2.2 Canada-Reverse Phase (RP) columns

3.2.2.3 Mexico-Reverse Phase (RP) columns

3.2.3 North America-Reverse Phase (RP) columns, By Products

3.2.3.1 North America-Reverse Phase (RP) columns - Empty columns

3.2.3.2 North America-Reverse Phase (RP) columns - Pre-packed columns

3.2.3.3 North America-Reverse Phase (RP) columns - Glass

3.2.3.4 North America-Reverse Phase (RP) columns - Plastic

3.2.3.5 North America-Reverse Phase (RP) columns - Metals

3.3 North America-Ion exchange phase columns

3.3.1 Gas Chromatography (GC) Systems, North America, Ion exchange phase columns, By Endusers

3.3.1.1 North America-Ion exchange phase columns-Pharmaceuticals

3.3.1.2 North America-Ion exchange phase columns-Biotechnology

3.3.1.3 North America-Ion exchange phase columns-Academics

3.3.1.4 North America-Ion exchange phase columns-Other Endusers

3.3.1.5 North America-Ion exchange phase columns-Agriculture Industry

3.3.1.6 North America-Ion exchange phase columns-Environmental Biotechnology

3.3.2 Gas Chromatography (GC) Systems, North America, Ion exchange phase columns, By Geographies

3.3.2.1 U.S.-Ion exchange phase columns

3.3.2.2 Canada-Ion exchange phase columns

3.3.2.3 Mexico-Ion exchange phase columns

3.3.3 Gas Chromatography (GC) Systems, North America, Ion exchange phase columns, By Products

3.3.3.1 North America-Ion exchange phase columns - Empty columns

3.3.3.2 North America-Ion exchange phase columns - Pre-packed columns

3.3.3.3 North America-Ion exchange phase columns - Glass

3.3.3.4 North America-Ion exchange phase columns - Plastic

3.3.3.5 North America-Ion exchange phase columns - Metals

3.4 North America-Size Exclusion columns

3.4.1 Gas Chromatography (GC) Systems, North America, Size Exclusion columns, By Endusers

3.4.1.1 North America-Size Exclusion columns-Pharmaceuticals

3.4.1.2 North America-Size Exclusion columns-Biotechnology

3.4.1.3 North America-Size Exclusion columns-Academics

3.4.1.4 North America-Size Exclusion columns-Other Endusers

3.4.1.5 North America-Size Exclusion columns-Agriculture Industry

3.4.1.6 North America-Size Exclusion columns-Environmental Biotechnology

3.4.2 Gas Chromatography (GC) Systems, North America, Size Exclusion columns, By Geographies

3.4.2.1 U.S.-Size Exclusion columns

3.4.2.2 Canada-Size Exclusion columns

3.4.2.3 Mexico-Size Exclusion columns

3.4.3 Gas Chromatography (GC) Systems, North America, Size Exclusion columns, By Products

3.4.3.1 North America-Size Exclusion columns - Empty columns

3.4.3.2 North America-Size Exclusion columns - Pre-packed columns

3.4.3.3 North America-Size Exclusion columns - Glass

3.4.3.4 North America-Size Exclusion columns - Plastic

3.4.3.5 North America-Size Exclusion columns - Metals

3.5 North America-Chiral separation columns

3.5.1 Gas Chromatography (GC) Systems, North America, Chiral separation columns, By Endusers

3.5.1.1 North America-Chiral separation columns-Pharmaceuticals

3.5.1.2 North America-Chiral separation columns-Biotechnology

3.5.1.3 North America-Chiral separation columns-Academics

3.5.1.4 North America-Chiral separation columns-Other Endusers

3.5.1.5 North America-Chiral separation columns-Agriculture Industry

3.5.1.6 North America-Chiral separation columns-Environmental Biotechnology

3.5.2 Gas Chromatography (GC) Systems, North America, Chiral separation columns, By Geographies

3.5.2.1 U.S.-Chiral separation columns

3.5.2.2 Canada-Chiral separation columns

3.5.2.3 Mexico-Chiral separation columns

3.5.3 Gas Chromatography (GC) Systems, North America, Chiral separation columns, By Products

3.5.3.1 North America-Chiral separation columns - Empty columns

3.5.3.2 North America-Chiral separation columns - Pre-packed columns

3.5.3.3 North America-Chiral separation columns - Glass

3.5.3.4 North America-Chiral separation columns - Plastic

3.5.3.5 North America-Chiral separation columns - Metals

3.6 North America-Affinity columns

3.6.1 Gas Chromatography (GC) Systems, North America, Gas Chromatography (GC) Systems, North America-Affinity columns, By Endusers

3.6.1.1 North America-Affinity columns-Pharmaceuticals

3.6.1.2 North America-Affinity columns-Biotechnology

3.6.1.3 North America-Affinity columns-Academics

3.6.1.4 North America-Affinity columns-Other Endusers

3.6.1.5 North America-Affinity columns-Agriculture Industry

3.6.1.6 North America-Affinity columns-Environmental Biotechnology

3.6.2 Gas Chromatography (GC) Systems, North America, Affinity columns, By Geographies

3.6.2.1 U.S.-Affinity columns

3.6.2.2 Canada-Affinity columns

3.6.2.3 Mexico-Affinity columns

3.6.3 Gas Chromatography (GC) Systems, North America, Affinity columns, By Products

3.6.3.1 North America-Affinity columns - Empty columns

3.6.3.2 North America-Affinity columns - Pre-packed columns

3.6.3.3 North America-Affinity columns - Glass

3.6.3.4 North America-Affinity columns - Plastic

3.6.3.5 North America-Affinity columns - Metals

3.7 North America-Normal phase/hydrophilic interaction columns

3.7.1 Gas Chromatography (GC) Systems, North America, Normal phase/hydrophilic interaction columns, By Endusers

3.7.1.1 North America-Normal phase/hydrophilic interaction columns-Pharmaceuticals

3.7.1.2 North America-Normal phase/hydrophilic interaction columns-Biotechnology

3.7.1.3 North America-Normal phase/hydrophilic interaction columns-Academics

3.7.1.4 North America-Normal phase/hydrophilic interaction columns-Other Endusers

3.7.1.5 North America-Normal phase/hydrophilic interaction columns-Agriculture Industry

3.7.1.6 North America-Normal phase/hydrophilic interaction columns-Environmental Biotechnology

3.7.2 Gas Chromatography (GC) Systems, North America-Normal phase/hydrophilic interaction columns, By Geographies

3.7.2.1 U.S.-Normal phase/hydrophilic interaction columns

3.7.2.2 Canada-Normal phase/hydrophilic interaction columns

3.7.2.3 Mexico-Normal phase/hydrophilic interaction columns

3.7.3 Gas Chromatography (GC) Systems, North America, Normal phase/hydrophilic interaction columns, By Products

3.7.3.1 North America-Normal phase/hydrophilic interaction columns - Empty columns

3.7.3.2 North America-Normal phase/hydrophilic interaction columns - Pre-packed columns

3.7.3.3 North America-Normal phase/hydrophilic interaction columns - Glass

3.7.3.4 North America-Normal phase/hydrophilic interaction columns - Plastic

3.7.3.5 North America-Normal phase/hydrophilic interaction columns - Metals

3.8 North America-Other Products

3.8.1 Gas Chromatography (GC) Systems, North America, Other Products, By Endusers

3.8.1.1 North America-Other Products-Pharmaceuticals

3.8.1.2 North America-Other Products-Biotechnology

3.8.1.3 North America-Other Products-Academics

3.8.1.4 North America-Other Products-Other Endusers

3.8.1.5 North America-Other Products-Agriculture Industry

3.8.1.6 North America-Other Products-Environmental Biotechnology

3.8.2 North America-Other Products, By Geographies

3.8.2.1 U.S.-Other Products

3.8.2.2 Canada-Other Products

3.8.2.3 Mexico-Other Products

4 Gas Chromatography (GC) Systems, North America, By Endusers

4.1 Split By Geography

4.2 North America-Pharmaceuticals

4.2.1 Gas Chromatography (GC) Systems, North America,Pharmaceuticals, By Products

4.2.1.1 North America-Reverse Phase (RP) columns-Pharmaceuticals

4.2.1.2 North America-Ion exchange phase columns-Pharmaceuticals

4.2.1.3 North America-Size Exclusion columns-Pharmaceuticals

4.2.1.4 North America-Chiral separation columns-Pharmaceuticals

4.2.1.5 North America-Affinity columns-Pharmaceuticals

4.2.1.6 North America-Normal phase/hydrophilic interaction columns-Pharmaceuticals

4.2.1.7 North America-Other Products-Pharmaceuticals

4.2.2 Gas Chromatography (GC) Systems, North America, Pharmaceuticals, By Geographies

4.2.2.1 U.S.-Pharmaceuticals

4.2.2.2 Canada-Pharmaceuticals

4.2.2.3 Mexico-Pharmaceuticals

4.3 North America-Biotechnology

4.3.1 Gas Chromatography (GC) Systems, North America, Biotechnology, By Products

4.3.1.1 North America-Reverse Phase (RP) columns-Biotechnology

4.3.1.2 North America-Ion exchange phase columns-Biotechnology

4.3.1.3 North America-Size Exclusion columns-Biotechnology

4.3.1.4 North America-Chiral separation columns-Biotechnology

4.3.1.5 North America-Affinity columns-Biotechnology

4.3.1.6 North America-Normal phase/hydrophilic interaction columns-Biotechnology

4.3.1.7 North America-Other Products-Biotechnology

4.3.2 Gas Chromatography (GC) Systems, North America, Biotechnology, By Geographies

4.3.2.1 U.S.-Biotechnology

4.3.2.2 Canada-Biotechnology

4.3.2.3 Mexico-Biotechnology

4.4 North America-Academics

4.4.1 Gas Chromatography (GC) Systems, North America,Academics, By Products

4.4.1.1 North America-Reverse Phase (RP) columns-Academics

4.4.1.2 North America-Ion exchange phase columns-Academics

4.4.1.3 North America-Size Exclusion columns-Academics

4.4.1.4 North America-Chiral separation columns-Academics

4.4.1.5 North America-Affinity columns-Academics

4.4.1.6 North America-Normal phase/hydrophilic interaction columns-Academics

4.4.1.7 North America-Other Products-Academics

4.4.2 North America-Academics, By Geographies

4.4.2.1 U.S.-Academics

4.4.2.2 Canada-Academics

4.4.2.3 Mexico-Academics

4.5 North America-Other Endusers

4.5.1 Gas Chromatography (GC) Systems, North America, Other Endusers, By Products

4.5.1.1 North America-Reverse Phase (RP) columns-Other Endusers

4.5.1.2 North America-Ion exchange phase columns-Other Endusers

4.5.1.3 North America-Size Exclusion columns-Other Endusers

4.5.1.4 North America-Chiral separation columns-Other Endusers

4.5.1.5 North America-Affinity columns-Other Endusers

4.5.1.6 North America-Normal phase/hydrophilic interaction columns-Other Endusers

4.5.1.7 North America-Other Products-Other Endusers

4.5.2 Gas Chromatography (GC) Systems, North America, Other Endusers, By Geographies

4.5.2.1 U.S.-Other Endusers

4.5.2.2 Canada-Other Endusers

4.5.2.3 Mexico-Other Endusers

4.6 North America-Agriculture Industry

4.6.1 Gas Chromatography (GC) Systems, North America, Agriculture Industry, By Products

4.6.1.1 North America-Reverse Phase (RP) columns-Agriculture Industry

4.6.1.2 North America-Ion exchange phase columns-Agriculture Industry

4.6.1.3 North America-Size Exclusion columns-Agriculture Industry

4.6.1.4 North America-Chiral separation columns-Agriculture Industry

4.6.1.5 North America-Affinity columns-Agriculture Industry

4.6.1.6 North America-Normal phase/hydrophilic interaction columns-Agriculture Industry

4.6.1.7 North America-Other Products-Agriculture Industry

4.6.2 North America-Agriculture Industry, By Geographies

4.6.2.1 U.S.-Agriculture Industry

4.6.2.2 Canada-Agriculture Industry

4.6.2.3 Mexico-Agriculture Industry

4.7 North America-Environmental Biotechnology

4.7.1 Gas Chromatography (GC) Systems, North America, Environmental Biotechnology, By Products

4.7.1.1 North America-Reverse Phase (RP) columns-Environmental Biotechnology

4.7.1.2 North America-Ion exchange phase columns-Environmental Biotechnology

4.7.1.3 North America-Size Exclusion columns-Environmental Biotechnology

4.7.1.4 North America-Chiral separation columns-Environmental Biotechnology

4.7.1.5 North America-Affinity columns-Environmental Biotechnology

4.7.1.6 North America-Normal phase/hydrophilic interaction columns-Environmental Biotechnology

4.7.1.7 North America-Other Products-Environmental Biotechnology

4.7.2 Gas Chromatography (GC) Systems, North America, Environmental Biotechnology, By Geographies

4.7.2.1 U.S.-Environmental Biotechnology

4.7.2.2 Canada-Environmental Biotechnology

4.7.2.3 Mexico-Environmental Biotechnology

5 Gas Chromatography (GC) Systems, North America, By Components

5.1 Split By Geography

5.2 North America-Flame ionization detectors

5.2.1 Gas Chromatography (GC) Systems, North America, North America-Flame ionization detectors, By Geographies

5.2.1.1 U.S.-Flame ionization detectors

5.2.1.2 Canada-Flame ionization detectors

5.2.1.3 Mexico-Flame ionization detectors

5.3 North America-Mass detectors

5.3.1 Gas Chromatography (GC) Systems, North America, Mass detectors, By Geographies

5.3.1.1 U.S.-Mass detectors

5.3.1.2 Canada-Mass detectors

5.3.1.3 Mexico-Mass detectors

5.4 North America-Thermal conductivity detectors

5.4.1 Gas Chromatography (GC) Systems, North America, Thermal conductivity detectors, By Geographies

5.4.1.1 U.S.-Thermal conductivity detectors

5.4.1.2 Canada-Thermal conductivity detectors

5.4.1.3 Mexico-Thermal conductivity detectors

5.5 North America-Other Components

5.5.1 Gas Chromatography (GC) Systems, North America, Other Components, By Geographies

5.5.1.1 U.S.-Other Components

5.5.1.2 Canada-Other Components

5.5.1.3 Mexico-Other Components

6 Gas Chromatography (GC) Systems, North America, By Geographies

6.1 U.S.

6.1.1 Gas Chromatography (GC) Systems, North America,U.S., By Products

6.1.1.1 U.S.-Reverse Phase (RP) columns

6.1.1.2 U.S.-Ion exchange phase columns

6.1.1.3 U.S.-Size Exclusion columns

6.1.1.4 U.S.-Chiral separation columns

6.1.1.5 U.S.-Affinity columns

6.1.1.6 U.S.-Normal phase/hydrophilic interaction columns

6.1.1.7 U.S.-Other Products

6.1.2 Gas Chromatography (GC) Systems, North America, U.S., By Endusers

6.1.2.1 U.S.-Pharmaceuticals

6.1.2.2 U.S.-Biotechnology

6.1.2.3 U.S.-Academics

6.1.2.4 U.S.-Other Endusers

6.1.2.5 U.S.-Agriculture Industry

6.1.2.6 U.S.-Environmental Biotechnology

6.1.3 Gas Chromatography (GC) Systems, North America, U.S., By Components

6.1.3.1 U.S.-Flame ionization detectors

6.1.3.2 U.S.-Mass detectors

6.1.3.3 U.S.-Thermal conductivity detectors

6.1.3.4 U.S.-Other Components

6.2 Canada

6.2.1 Gas Chromatography (GC) Systems, North America,Canada, By Products

6.2.1.1 Canada-Reverse Phase (RP) columns

6.2.1.2 Canada-Ion exchange phase columns

6.2.1.3 Canada-Size Exclusion columns

6.2.1.4 Canada-Chiral separation columns

6.2.1.5 Canada-Affinity columns

6.2.1.6 Canada-Normal phase/hydrophilic interaction columns

6.2.1.7 Canada-Other Products

6.2.2 Gas Chromatography (GC) Systems, North America, Canada, By Endusers

6.2.2.1 Canada-Pharmaceuticals

6.2.2.2 Canada-Biotechnology

6.2.2.3 Canada-Academics

6.2.2.4 Canada-Other Endusers

6.2.2.5 Canada-Agriculture Industry

6.2.2.6 Canada-Environmental Biotechnology

6.2.3 Gas Chromatography (GC) Systems, North America, Canada, By Components

6.2.3.1 Canada-Flame ionization detectors

6.2.3.2 Canada-Mass detectors

6.2.3.3 Canada-Thermal conductivity detectors

6.2.3.4 Canada-Other Components

6.3 Mexico

6.3.1 Gas Chromatography (GC) Systems, North America, Mexico, By Products

6.3.1.1 Mexico-Reverse Phase (RP) columns

6.3.1.2 Mexico-Ion exchange phase columns

6.3.1.3 Mexico-Size Exclusion columns

6.3.1.4 Mexico-Chiral separation columns

6.3.1.5 Mexico-Affinity columns

6.3.1.6 Mexico-Normal phase/hydrophilic interaction columns

6.3.1.7 Mexico-Other Products

6.3.2 Gas Chromatography (GC) Systems, North America, Mexico, By Endusers

6.3.2.1 Mexico-Pharmaceuticals

6.3.2.2 Mexico-Biotechnology

6.3.2.3 Mexico-Academics

6.3.2.4 Mexico-Other Endusers

6.3.2.5 Mexico-Agriculture Industry

6.3.2.6 Mexico-Environmental Biotechnology

6.3.3 Gas Chromatography (GC) Systems, North America, Mexico, By Components

6.3.3.1 Mexico-Flame ionization detectors

6.3.3.2 Mexico-Mass detectors

6.3.3.3 Mexico-Thermal conductivity detectors

6.3.3.4 Mexico-Other Components

7 Gas Chromatography (GC) Systems, North America, By Companies

7.1 North America, Split By Geography

7.2 North America, Agilent Technologies

7.3 North America, Thermo Fisher Scientific

7.4 North America, Waters Corporation

7.5 North America, Shimadzu Corporation

7.6 North America, Other Companies

7.7 North America, Perkin Elmer inc.

USA
UK
Japan
China
India
UAE
Singapore
Germany

Hydrocolloid

Gelatin

Agar

Carrageenam

Pectin

CMS

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