Home | Site Map | Privacy Policy 

Zeck Systems Logo
Zeck Systems Z9000 Odorization System

Z9000 Benefits
The Z9000 is a feature rich, complete odorization package that avoids the normal complexity associated with odorization. Every action is intuitive and predictable. The Z9000s have been working reliably in some of the most sensitive areas imaginable (major cities in blizzard conditions). Because of the communication features, remote locations are also accommodated. With only two moving parts exposed to odorant, virtually everything can be taken care of remotely.

 

Z9000 Theory Of Operation

  1. An odorant storage vessel is pressurized to a pressure above pipeline pressure. An upstream regulator or nitrogen source is commonly used.
  2. Odorant moves from the vessel probe through the filter to the isolation valve.
  3. When the controller opens the isolation valve, odorant flows to the metering valve.
  4. As the controller opens the metering valve, drops fall past the optical sensors into the gas stream.
  5. As they fall past the optical sensors, information is communicated to the controller. Every drop is accounted for.
  6. The system controller interfaces with the metering valve servo, optical system, gas flow information, local interface, remote interface, etc. to maintain a constant odorant injection proportional to the gas flow rate.

Zeck Systems Z9000 Odorization Containment and Tank Options

  

Zeck Systems Odorant Tanks and Secondary Containment Options

Zeck Systems offers a complete range of specially designed ASME Code odorant tanks and containment options. Zeck Systems offers a portable system with 7 gallon tank to stationary systems with tanks starting at 60 gallon to 5000 gallon. Packages can include, skids, buildings, relief valves, blanket gas regulators and accessories.

 

Download Table

Zeck General Brochure

Z9000 Portable

Z9000 Manual


Company Profile ]
Contact Us ] Territory Map ] Product Lines ] Line Card 2007 ]

Precision Pipeline Equipment, Inc.
Email Precpleq@aol.com
Copyright © 2008,