Abstract
Trends in End-user Industries Impact Dynamics in Microfiltration Membrane Markets
The growth of the microfiltration membrane markets is closely linked to the trends in end-user industries such as biopharmaceuticals and microelectronics manufacturing. An unexpected downswing in the fortunes of this marketplace or failure of a new product could affect the microfiltration market. To avoid such pitfalls, most manufacturers offer a diversified product and service portfolio to serve a broad range of end markets. Recent advancements in key end-user industries such as microelectronics are driving advancement in microfiltration technologies. For instance, the urgent requirement for solutions to illnesses such as AIDS is propelling growth in the pharmaceutical and biotechnology markets, positively impacting the microfiltration market.
This Frost & Sullivan research service provides vital information on the U.S. microfiltration membrane markets. It focuses on polymeric microfiltration membrane technologies currently utilized in biopharmaceutical, water and wastewater treatment, and other industrial applications. The study deals with the various segments such as potable water treatment, wastewater reuse market, and industrial end-user market. It also looks at key industries that utilize membrane separation technology including biopharmaceutical, chemical, food and beverages, microelectronics, and power generation industries. It provides market drivers and restraints and industry challenges as well as strategic recommendations and revenue forecasts to enable effective long-term planning.
Increasing Pressure on Public Utilities Boosting Microfiltration Utilization
The rising levels of public awareness and growing concerns about drinking water quality combined with increasingly stringent water quality legislation are creating opportunities of growth for manufacturers. Besides providing pathogen free water, public utilities are also compelled to avoid chemical treatments for water. These factors in addition to decreasing sources of fresh water are propelling growth of physical treatments such as micromembrane filtration. This process is also emerging as a dominant pretreatment for the highly popular reverse osmosis (RO).
"An economical option to conventional pre-treatment methods, microfiltration is capable of eliminating suspended particles, algae, and bacteria from a feedstream without the use of chemicals," explains the analyst of this research. "It is imperative that feed water is of good quality for the efficient operation of an RO system, pushing microfiltration with its versatility as a replacement for conventional pre-treatment processes."
Boost in R&D Driving Growth in Membrane Markets
Following the spurt in competition, manufacturers are investing in research and development (R&D) to improve product offerings, gain, and retain existing market share. This drive for enhanced products is also reducing costs as it removes apprehensions of utilizing membranes for treatment of public water supply and wastewater discharge. This is boosting production, allowing manufacturers the benefits of economies of scale.
"The ability to provide comprehensive, turn-key solutions to end users in the filtration and purification market is the most important aspect for membrane suppliers to stay ahead of the competitive landscape," observes the analyst. "Membrane manufacturers are increasingly placing strong emphasis on providing complete technical solutions, as opposed to merely a product or equipment to end users."
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