A drift eliminator is provided in which water laden air which enters the drift eliminator exits the drift eliminator having less than about 0.01% of water by volume therein. The drift eliminator is formed of sheets which are manufactured such that they can be nested in each other to create substantially no gap between sheets of adjacent air channel modules. As a result, a plurality of air channel modules can be combined, by nesting, to create a larger drift eliminator, without sacrificing the precision to which entrained water may be removed from air passing through the drift eliminator. In an alternate embodiment, a light trap is also provided which enables air, but substantially no light, to pass through air channels formed therein.
Slat Fill Hanger For Cooling Towers And Slat For Use In Same
A slat fill apparatus includes a hanger and at least one slat. The hanger includes a first plurality of support members oriented in a first direction; a second plurality of support members oriented in a second direction; and at least one slat retainer projecting from, and integrally formed with, one of the support members. The first and second pluralities of support members define at least one slat receiving channel into which the at least one slat retainer projects. The at least one slat is installed in a corresponding one of the slat receiving channels of the hanger.
Robert W. Major - Boonville MO, US Gregory Maury Shepherd - Houston TX, US
International Classification:
E04H 17/08
US Classification:
256 35
Abstract:
A fence and an installation method for a fence or other laterally extending structure, the installation method comprising in one embodiment: obtaining a trench in ground, the trench extending laterally with a top of the trench having a first opening width, and having a first bottom surface; obtaining a hole in the first bottom surface of the trench with an approximate diameter that is at least fifty percent smaller than the first opening width; installing a support post in the hole to extend up above the top of the trench; disposing laterally extending panels at substantially the first bottom surface of the trench and attaching them to approximately opposing ends of a diameter of the post to thereby create a void volume between the panels at least on one side of the post; installing at least one retainer connecting to the panels across the void volume; and filling the void volume with stones or other fill material.
Ati Enterprises Apr 2009 - Jan 2010
Ati
Department of Veterans Affairs Apr 2009 - Jan 2010
Hvac-R Mechanic at Department of Veterans Affairs
Us Army Jan 1988 - Jan 2008
U.s Army
U S Army Artillery 1995 - 2008
Sfc Shepherd
Education:
University of Phoenix 2010 - 2014
Bachelors, Business Administration, Management, Business Administration and Management
Central Texas College 1998 - 2004
Liberty - Eylau High School
University of Phoenix
Ati Career Training Center
Skills:
Team Building Training Government Microsoft Word Customer Service Powerpoint Microsoft Office Operations Management Analysis Strategic Planning Process Improvement Microsoft Excel Outlook Project Management Budgets Research Leadership Security Clearance Windows Teaching English Html Office Management Program Management Photoshop Military