murdock mfg. potable sanitary hydrants & drinking fountains

Program Topic:

Potable Sanitary Hydrants

& Drinking Fountains

Sponsored by:

Program Topic:

• History

• Ground Drain and Weephole Systems

• Double Ball Check Valves and Systems

• Methods of Potable Water Hydrants

• Construction and Materials Used

• Codes and Regulations

• Solutions and Installation Tips

• LEED and Water Conservation Demands

Public “Potable” Drinking Water is NOT a new issue

History:

Drinking water is water that is of sufficiently high quality so that it can be consumed or utilized without risk of immediate or long term harm.

Such water is commonly called potable water.

Access to safe drinking water is indicated by the number of people using proper sanitary sources.

- wikipedia.org

Indicators of Safe Drinking Water

Global Facts:

Percentage of population with access to safe drinking water

“Due to the deaths associated with e-coli outbreaks and other pathogens that have contaminated our water supplies, there has been great concern regarding cross contamination between the potable water supply and the soil, which carries animal by-products, fertilizers and other hazardous materials”

- 2003 issue of Plumbing Standards Magazine

Why the public concern?

History:

Ground Drain or Weephole Hydrants & Drinking Fountains

Type A. Drain to ground

Type B. Drain to gravel or daylight

Type C. Drain to pit

Ground Drain or Weephole Hydrants & Drinking Fountains

Type A. Drain to ground

Ground Drain or Weephole Hydrants & Drinking FountainsType B. Drain to gravel or daylight

Ground Drain or Weephole Hydrants & Drinking Fountains

Type C. Drain to pit

Ground Drain or Weephole Hydrants & Drinking Fountains

Double Ball Check Valve System

Double Valve

Double Ball Check Valve System:

Double “Ball Check Valve” style Hydrant system incorporates:

• Double ball check valve on drain in place of “weep” holes

• And, standard 1011 vacuum breaker on hydrant outlet

Various Methods of Potable Water Hydrants

Type I. Venturi

Type II. Displacement

Various Methods of Potable Water Hydrants

Venturi

Various Methods of Potable Water Hydrants

Venturi

Various Methods of Potable Water Hydrants

Components

Displacement

Various Methods of Potable Water Hydrants

Components

Displacement

ANTI-FREEZING…Year Round

• Operating valves are buried belowthe frost line, easily removable without digging up the hydrant.

• Constructed of heavy brass castings, premium quality gray iron and steel.

• Ideal for year-round service outside or in unheated buildings. From 3/4" to 2" outlets.

Various Methods of Potable Water Hydrants

Displacement

Incorporated Materials

NO LEAD CASTINGS

LEAD Free Material (Brass):

Federalloy

Epalloy

Oshalloy

Incorporated Materials

NOTE: NO LEAD CASTINGS

Lead/Cyst Reduction water filter (shown)

Codes, Regulations & Standards:

• ASSE Sanitary Yard Hydrant Standard #1057

• NSF / ANSI Standard 61

• Sealed prevention from cross contaminants

Codes, Regulations & Standards

ASSE Sanitary Yard Hydrant Standard #1057

Ensuring Proper Freeze Protection

• The hydrant shall not drain directly into the ground and it must have a back flow preventer if a hose is capable of attachment.

• Ensures pressure and flow capabilities

Codes, Regulations & Standards

NSF / ANSI Standard 61

Drinking Water System Components

• The standard requires a full formulation disclosure of all chemical ingredients in each water contact material and testing for any chemical contaminants that could leach water from each material into drinking water

Codes, Regulations & Standards

Sealed prevention from cross contaminants

Why?

• Avoiding potential risks of

cross- contamination

• Avoiding liability factors

• Public health

Example: Suitable “Sanitary” Drinking Fountain

LEED - Leader in Energy and Environmental Design

• Schools

• Healthcare

• Neighborhood Developments

• Parks & Recreations

• Sports Complex

• WWTP

Where can I gain points?

WE c3.1 Water Use Reduction

20% :: 1 Point

WE c3.2 Water Use Reduction

30% :: 1 Point

LEED - Leader in Energy and Environmental Design

Environmental Benefits:

• Renewable Energy

• Water Conservation

• Achieve LEED certification

Hydrants & Drinking Fountain:Installation and Specification Tips

1. Do you have the proper depth of bury?

2. Does your fixture meet state and local codes?

3. Do you have any special requirements?

Potable Sanitary Hydrants & Drinking Fountains

Summary and Q & A’s

Program recap

Always consult your local codes!

• Site Selection

• Soil Characteristics