Product Reference
Designing a water system
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| Author |
Gordon, Gale; Morgan Norris, Guy Hart; |
| Citation Information |
Cleanrooms; RP1549EN00, : (2004) |
| Keywords |
WaterlineClubReference, Laboratory design, Custom system |
| Related Products |
ZWGSC5035, ZWGSC5070, ZWGSC5100, ZWGSC6035, ZWGSC6070, ZWGSC6100, ZWGS05035, ZWGS06035, ZWGS05070, ZWGS06070, ZWGS05100, ZWGS06100, ZRX0003WW, ZRX0005WW, ZRX0010WW, ZRX0015WW, ZR0S50030, ZR0S60030, ZR0S50050, ZR0S60050, ZR0S50100, ZR0S60100, ZR0S50150, ZR0S60150, ZR0S50200, ZR0S60200 |
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Purified water is required for a wide range of applications within a facility, including cleanrooms. Water quality needs can range from laboratory grade to ultra-pure water, depending on the sensitivity of critical applications. The quantity of water needed from one point of use (POU) to another can vary from a few liters per day to several hundred liters per day. Understanding and then meeting these various requirements is a challenge but is critical in the design of a total water purification system for a cleanroom facility. The design of a pure water system should be an initial consideration when building a cleanroom facility. As essential as overall sterility, it can often pose contamination, productivity and financial risks if not managed properly. Deploying the four simple phases of investigation, approach selection, loop design and finalization establishes a smooth and reliable process.
