Membrane Separation Technologies to 2016 - Freedonia Market Research

Membrane Separation Technologies to 2016

Membrane Separation Technologies to 2016 - Freedonia Market Research
Membrane Separation Technologies to 2016
Published Mar 30, 2012
414 pages — Published Mar 30, 2012
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About This Report

  
Abstract:

Demand for membranes in the US is expected to increase 7.7 percent per year to $5.4 billion in 2016, driven by water and wastewater regulations. Polymeric membranes will remain the dominant material. Microfiltration membranes will continue as the largest product segment, while reverse osmosis and ultrafiltration membranes will grow the fastest.This study analyzes the $3.7 billion US membrane industry, with forecasts for 2016 and 2021 by material (e.g., polymeric, ceramic), type (e.g., microfiltration, reverse osmosis, ultrafiltration, pervaporation, nanofiltration) and market (e.g., water and wastewater treatment, food and beverage processing, pharmaceutical and medical uses, chemical processing, industrial gas processing).The study also considers market environment factors, details industry structure, evaluates company market shares and profiles 38 industry players, including Pall, General Electric and Millipore.

  
Source:
Document ID
2872
Country
Industry
Industry
Industry
Format:
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Sections

TitleStarting PageNumber of Pages
EXECUTIVE SUMMARY63
MARKET ENVIRONMENT935
  General101
  Macroeconomic Trends114
  Consumer Spending Trends153
  Demographic Trends184
  Pollution Control Equipment Outlook222
  Pricing &Product Mix243
  Environmental &Regulatory Considerations275
  Membrane System Demand323
  World Membrane Separation Outlook354
    North America391
    Asia/Pacific402
    Western Europe421
    Other Regions431
TECHNOLOGY OVERVIEW4438
  General451
  Membrane Separation Processes464
  Membrane Configurations502
  Membrane Advantages523
  Liquid Processing Membrane Technologies552
    Microfiltration571
    Ultrafiltration582
    Nanofiltration601
    Reverse Osmosis612
    Other635
  Gas Separation Membrane Technologies682
  Membrane Maintenance704
  Competitive Technologies741
    Liquid755
    Gas802
MATERIALS8247
  General834
  Polymeric Membranes879
    Fluoropolymer Membranes964
    Polyamide Membranes1004
    Cellulosic Membranes1044
    Polysulfone &Polyethersulfone Membranes1084
    Other Polymeric Membranes1126
  Nonpolymeric Membranes1184
    Ceramic Membranes1224
    Other Nonpolymeric Membranes1263
TYPES12950
  General1305
  Microfiltration1353
    Markets1382
    Characteristics1402
    Producers1421
  Reverse Osmosis1433
    Markets1464
    Characteristics1502
    Producers1521
  Ultrafiltration1532
    Markets1552
    Characteristics1572
    Producers1591
  Pervaporation1602
    Markets1622
    Characteristics1642
    Producers1661
  Other Membrane Types1672
    Gas Separation1694
    Nanofiltration1733
    Dialysis1761
    Electrodialysis1772
MARKETS179102
  General1806
  Water &Wastewater Treatment1861
    Water Withdrawal &Use Trends1874
    Membrane Demand1915
      Water Treatment -- Demand for membranes used in the water treatment market is expected to advance 7.8 percent annually to $1.6 billion in 2016. Growth will be supported by increasingly strict water regulations that address a broadening range of conta...19620
      Wastewater Treatment -- Demand for membranes in wastewater treatment markets is forecast to increase 6.6 percent per year to $1.0 billion in 2016, which approximates the rate of growth over the 2006-2011 period. Growth will be driven by increasingly ...21611
  Food &Beverage Processing2271
    Food &Beverage Industry Outlook2283
    Membrane Demand2319
  Pharmaceutical &Medical Uses2401
    Pharmaceutical &Health Care Outlook2413
    Membrane Demand24411
  Chemical Processing2551
    Chemical Processing Outlook2563
    Membrane Demand2595
  Industrial Gas Processing2641
    Industrial Gas Outlook2653
    Membrane Demand2686
  Other Markets2742
    Environmental2763
    Fuel Cells2792
INDUSTRY STRUCTURE28129
  General2822
  Industry Composition2843
  Market Share2876
  Competitive Strategies2933
  Research &Development2963
  Marketing2993
  Mergers &Acquisitions3023
  Cooperative Agreements3055
Company Profiles310105
  Air Products and Chemicals Incorporated3112
  Applied Membranes Incorporated3133
  Ballard Power Systems Incorporated3162
  Baxter International Incorporated3182
  Becton, Dickinson and Company3202
  Berkshire Hathaway Incorporated3224
  Bio-Rad Laboratories Incorporated3262
  Corning Incorporated3282
  Culligan International Company3301
  Donaldson Company Incorporated3312
  Dow Chemical Company3333
  DuPont (EI) de Nemours3363
  Entegris Incorporated3393
  ESCO Technologies Incorporated3422
  General Electric Company3447
  Gore (WL) &Associates Incorporated3513
  Illinois Tool Works Incorporated3542
  Innovative Gas Systems Incorporated3562
  ITT Corporation3582
  Koch Industries Incorporated3604
   3643
  Life Technologies Corporation3672
  Linde AG3692
  Medtronic Incorporated3712
  Merck KGaA3735
  Nitto Denko Corporation3784
  Pall Corporation3826
  Parker-Hannifin Corporation3883
  Polypore International Incorporated3914
  Praxair Incorporated3951
  Sartorius AG3964
  Siemens AG4003
  Sigma-Aldrich Corporation4032
  Spectrum Laboratories Incorporated4052
  SpinTek Filtration LLC4072
  SPX Corporation4091
  3M Company4103
  Xylem Incorporated4132

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Cite this Report

  
MLA:
Freedonia Market Research. "Membrane Separation Technologies to 2016" Mar 30, 2012. Alacra Store. Dec 06, 2016. <http://www.alacrastore.com/storecontent/Freedonia-Market-Research/Membrane-Separation-Technologies-to-2016-2039-523>
  
APA:
Freedonia Market Research. (2012). Membrane Separation Technologies to 2016 Mar 30, 2012. New York, NY: Alacra Store. Retrieved Dec 06, 2016 from <http://www.alacrastore.com/storecontent/Freedonia-Market-Research/Membrane-Separation-Technologies-to-2016-2039-523>
  
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