NEWS RELEASE JANUARY 2014
Non-Woven Cartridge Market to Top $5 Billion In 2019
The market for cartridges to remove particles from liquids will grow to over $5 billion per year by 2019. This is the latest forecast in Cartridge Filters: World Market published by the McIlvaine Company.
Cartridge Revenues $ Millions
|   
 Industry  | 
  
 2019  | 
| 
 Total  | 
 5,303  | 
| 
 Chemical  | 
 321  | 
| 
 Commercial - Point of Entry  | 
 756  | 
| 
 Commercial - Point of Use  | 
 332  | 
| 
 Electronics  | 
 89  | 
| 
 Food  | 
 240  | 
| 
 Healthcare  | 
 459  | 
| 
 Metals  | 
 84  | 
| 
 Oil & Gas  | 
 242  | 
| 
 Other Industries  | 
 267  | 
| 
 Pharmaceutical  | 
 948  | 
| 
 Power  | 
 112  | 
| 
 Residential - Point of Entry  | 
 581  | 
| 
 Residential - Point of Use  | 
 415  | 
| 
 Wastewater  | 
 111  | 
| 
 Water  | 
 346  | 

The pharmaceutical industry will lead the way with purchases approaching $1 billion. Disposable process equipment has seen dramatic growth in the past few years as drug manufacturers adopt single-use systems to reduce cleaning, sterilization and their associated validation costs. Shifting from traditional stainless steel to disposable process equipment can reduce biopharma manufacturing costs by 8-9 percent per batch and overall capital costs by 21 percent.
In applications where hazardous materials are being processed, such as cytotoxic drugs or potent biological materials, closed single-use systems offer additional protection to operators and maintenance personnel. A variety of fibers are available to allow non–woven cartridge suppliers to offer a range of efficiencies and operating temperatures.
The commercial point-of-entry market is growing rapidly in Asia where office buildings are being constructed in ever growing numbers. The quality of municipal water is often suspect. Non-woven cartridges are used to further purify the water used in the buildings.
For more information on Cartridge Filters: World Market, click on: http://home.mcilvainecompany.com/index.php/markets/2-uncategorised/117-n024
