Title
Environment, Health and Safety Manual - Chapter 08.01: Low Lead Requirement - Policy on Lead Contaminant Testing in New Potable Water Devices
Introduction
Purpose
To ensure that new potable end use devices and newly installed piping do not leach contaminates into water and ensure that new plumbing lines have been properly flushed and seasoned to prevent contamination.
Scope of Applicability
This policy applies to all new end-use potable water devices and new copper potable water lines associated with campus buildings, renovations and upgrades. The following groups must adhere to the policy:
Policy
Policy Statement
Procedure for Lead Contaminant Testing in New Potable Water Devices.
Environment, Health and Safety
Once notified that the flushing procedure has been followed, EHS will sample all the newly installed devices. For any sample with detectable lead levels, EHS will notify the responsible party to start the flushing process again. Two failed attempts will result in changing the device, followed by resampling.
Facilities Services - Planning and Design, Engineering and Construction, and Construction Management
Procedure for Lead Contaminant Testing in New Potable Water Devices and notify EHS for sampling. The cost of laboratory analysis will be the responsibility of the project.
Definitions
End use potable water device: Any water device that is intended for human consumption (i.e., bathroom or kitchen sink and water fountains)
Related Requirements
External Regulations and Consequences
University Policies, Standards, and Procedures
Contact Information
Primary Contacts
Any questions regarding this standard should be directed to the Department of Environment, Health and Safety:
Occupational & Environmental Field Hygienist
Department of Environment, Health & Safety
Phone 919-259-0013
Environment, Health and Safety Main Office
Back to Chapter 07.02: Environmental Affairs - Illicit Discharge Detection and Elimination Policy
Proceed to Chapter 08.01: Low Lead Requirement - Procedure for Lead Contaminant Testing in New Potable Water Devices