1.0 INTRODUCTION AND PURPOSE
2.0 PROJECT ORGANIZATION, COMMUNICATION AND DATA FLOW
3.0 ANALYTICAL AND TESTING PROCEDURES
3.1 QUALITY ASSURANCE/QUALITY CONTROL REQUIREMENTS
3.1.1 Sample Control and Documentation
3.2 PHYSICAL PLANT MONITORING PROCEDURES
3.3 SAMPLE COLLECTION AND ANALYTICAL PROCEDURES
3.3.1 Total and Fecal Coliform
3.3.2 Human Enteric Viruses
3.3.3 MS-2 Bacteriophage
3.3.4 Biological Regrowth in Pipes
3.3.5 Biodegradeable Dissolved Organic Carbon
3.3.6 Assimilable Organic Carbon
3.3.7 Disinfection By-Products
3.3.8 UV254 Absorbance
3.3.9 Hardness, Iron and Manganese
3.3.10 pH, Temperature, Turbidity
3.4 MS-2 BACTERIOPHAGE CHALLENGES
3.5 SCHEDULE OF DATA COLLECTION
3.6 PROJECT SCHEDULE
4.0 REFERENCES


*NOTE: Tables, Figures and Appendices not available at present.

TABLES

3-1 EXAMPLE SPREADSHEETS - FULL SCALE UV PROJECT
3-2 SOUTH BERWICK WATER DISTRICT - MICROBIAL MONITORING SCHEDULE AND PROTOCOL
3-3 INDIANAPOLIS WATER COMPANY - MICROBIAL MONITORING SCHEDULE AND PROTOCOL
3-4 SOUTH BERWICK WATER DISTRICT - WATER QUALITY MONITORING SCHEDULE AND PROTOCOL
3-5 INDIANAPOLIS WATER COMPANY - WATER QUALITY MONITORING SCHEDULE AND PROTOCOL


FIGURES

2.1 COMMUNICATION WITH ADVISORS
2.2 QUESTIONS/DATA FLOW AND TROUBLESHOOTING
3.1 SUMMARY OF THE BIOFILM SAMPLING PROCEDURE


APPENDICES

A. CHAIN OF CUSTODY FORM, FULL SCALE UV PROJECT, AWWARF/EPRI - CEC
B. STANDARD METHODS AND OTHER PUBLISHED METHODS FOR WATER QUALITY ANALYSES, FULL SCALE UV PROJECT, AWWARF/EPRI - CEC
C. VIRUS MONITORING PROTOCOL FOR THE INFORMATION COLLECTION REQUIREMENTS RULE
D. DAILY FORMS - PHYSICAL PLANT MONITORING, FLOW, POWER USAGE, AND UV INTENSITY