Low prices! Originals & Official Editions! Save your budget and time!
standardsupdate.com: Standards Update Online Store
Contacts
  1. Home
  2. AWWA
  3. AWWA WQTC52887 PDF

AWWA WQTC52887 PDF

AWWA WQTC52887 PDF

Name:
AWWA WQTC52887 PDF

Published Date:
01/01/2000

Status:
Active

Description:

Advances in Monitoring Finished Water for Cryptosporidium parvum

Publisher:
American Water Works Association

Document status:
Active
Format:
Electronic (PDF)
Delivery time:
10 minutes
Delivery time (for Czech version):
200 business days
SKU:
awwa-wqtc52887_884311
Choose Document Language:
7.20 €
Need Help?
The cell culture-polymerase chain reaction (CC-PCR) methodfor detecting infectious Cryptosporidium parvum is a novel technique that is currently under experimentaltrials for monitoring environmental and potable water samples. The present study describes the application of the CC-PCR method for analyzing finished water samples from 80 surface water utilities. The Finished Water Monitoring Program aims to examine 24 monthly samples from a large number of conventional surface water treatment plants to assess the adequacy of treatment to protect against infectious Cryptosporidium in drinking water. Includes 5 references.
Edition : Vol. - No.
File Size : 1 file , 210 KB
Note : This product is unavailable in Ukraine, Russia, Belarus
Number of Pages : 3
Published : 01/01/2000

History

Related products

AWWA WQTC53022
AWWA WQTC53022
Published Date: 01/01/2000
Recovery Methods for M. avium Complex in Water and Biofilm Samples
7.20 €
AWWA WQTC52865
AWWA WQTC52865
Published Date: 01/01/2000
Variability of Organics and Water Treatment Practice Affecting the Low DBPs Formation
7.20 €
AWWA WQTC52862
AWWA WQTC52862
Published Date: 01/01/2000
Water Age (EPANET) and Mean Residence Time of Fluoride Tracers in Distribution Systems
7.20 €
AWWA WQTC52861
AWWA WQTC52861
Published Date: 01/01/2000
Determination of Residence Time in Water Distribution Systems by Signal Processing
7.20 €

Best-Selling Products

SAE/ISO CRP10
SAE/ISO CRP10
Published Date: 01/01/1995
Noise Test Site Variability