Working Telecommunication Tower

• The Mobile and Permanent Towers manufactured by AllTech Communications can be used as a tower for cellular, wireless, wireless Internet, broadband, two way radio, radio and broadcasting, emergency communications, lighting, surveillance, special events requiring additional temporary towers and any other application requiring a tower.
• Canada Towers offers countless options including generators, Shelter, cable reels, tower lighting, tower safety paint.
• We can install customer-supplied equipment and fully integrate onto trailer.

Telescopic Towers Providing Site Flexibility

• Unlike other products, AllTech Portable Tower Systems utilize a patent pending system designed to guy the tower to the outrigger; thus, the footprint necessary to deploy the unit is minimal at only 30 feet by 35 feet giving more flexibility to the user for any application including urban deployment on pavement.
• With any AllTech products, we can customize your tower to adjust to any height between 29 feet to 150 feet, thus creating maximum versatility for your use.
• AllTech portable towers require minimal time to deploy to any height up to 150 feet. This means you can be on the air in minutes.

Towers in Motion

Whether it is for site testing, site repair, disaster recovery, temporary site, increase of existing site capacity, or a permanent site, AllTech towers are the perfect fit for any tower need. Furthermore, AllTech towers can immediately generate cash for our customers while their permanent site is being constructed by providing the means to bring the site on line months before a permanent tower is completed.

Under Construction

AllTech Communications also manufacturers Platforms, Skids, Ice Bridges, Shelters, Truck Mounted COW's, Custom Units, and our latest addition our Coastal Tower Trailer capable of withstanding up to 150 MPH winds. This 106 foot Tower Trailer guys to itself on the trailer outrigger system. This means crews deploying this Cell on Wheels (COW) no longer need to set anchors in the ground or retrieve the anchors after the deployment. Thus, time and space required for deployment is minimized and substantially reduces the cost associated with erecting the site. Some of the safety features of the "ATC-106 Tower Trailer" are the twin winch cable system utilizing Galvanized Aircraft Cables (GAC) and three GAC's on the tower sections.

Towers in the Snow, 2002 Salt Lake Winter Olympics

Tower Solution's self-erecting tower or "tower in a box" is a triangular aluminum tower that assemblies itself together or "self-erects" as it rises from a stowed position. Features include, lubrication free gear drive tower deployment eliminates lubrication maintenance and dirt contamination. Electric drive system eliminates hydrolics, cables, pulleys, winches and pneumatics. All steel components in drive system are either powder coated or zinc plated to prevent corrosion.

Pro Beach Volleyball Under the Lights and on the Road

• Massive sun-like quality light source that follows the volleyball tour to multiple cities.
• Light shines down from high elevation like natural sunlight.
• Greatly reduced glare.
• Uniform light with fewer shadows.
• Requires substantially less light units.
• Saves time and money.

TEREX | AMIDA AL5000 Portable Light Tower

• A full-size, 30 foot extended height floodlighting tower with storage racks for light fixtures inside cabinet.
• Spring-loaded pin automatically locks galvanized 360 degree rotatable tower in upright position.
• Retractable power cord automatically recoils into protective sleeve.
• Individual plug-in ballasts are installed in galvanized steel boxes.
• Rugged trailer with 3500 lbs. axle rating.
• Storage racks for light fixtures are inside the cabinet.

For more information on specifications and dimensions, click here.

GLCC Separation Technology

How It Works

The process fluid enters a sloped tangential inlet nozzle, sized to deliver a preconditioned flow stream into the body of the separator. The momentum of the process fluid combined with the tangential inlet generates a liquid vortex with sufficient G-forces for bulk gas and liquid separation to rapidly occur. Finally, the gas exits through the top of the GLCC and the liquid exits though the bottom of the GLCC.

Control

The GLCC can be controlled in any of the following means, either individually, or in combination:

• Passive Separation: (No active control) Gas and liquid are recombined downstream of the GLCC at an elevation that is the same as the liquid level desired in the GLCC.
• Active Separation: A back pressure valve is installed on the gas outlet and/or a level control valve is installed on the liquid outlet that responds to a differential pressure transmitter signal.
• Active Separation: A slug suppression valve is installed on the inlet to the GLCC along with gas and liquid control valves.

GLCC Advantages

Performance

The GLCC, used mainly for bulk separation, can be designed for various levels of expected performance. Typical performance levels from the GLCC are 0.5–2.0 gallons of liquid per MMscf in the gas outlet and 0–5% gas in the liquid outlet.

Applications

Fluid flows with a liquid-to-gas ratio of greater than 500 barrels of liquid per MMscf of gas are the preferred feed for the GLCC. The GLCC can be used successfully in any number of services. Among these are:

• Inlet or Wellhead Test Separators
• Two-phase Production Separators
• Flash separators before oil treaters or water treating equipment
• Vessel debottlenecking by removing excess gas from the flow stream in advance of the problem vessel

GLCC is a copyright of the University of Tulsa.