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S-336B Fire Box for use with T-350 |
Skid mounted Trench Burners are for use
in rough terrain as pictured to the right below. The S-350 is based on the trailer mounted T-350. A typical application would be pipe-line work.
All of our Fire Boxes can be purchased with
a variable frequency controlled AC motor drive (VFD) instead of the standard Diesel engine.
These are typically used in the more permanent installations at landfills or industrial sites.
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S-336B Fire Box for use with T-350
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S-336B Fire Box for use with T-350 |
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We have also designed and built large permanent installations that incorporate our air curtain technology and our thermo- ceramic capabilities.
We have designed and built Fire Boxes that have no engine, fan or manifold to be used with our T-350 trench burner. This allows our customers to use the trench burner manifold, engine and fan in applications, where digging a trench may be impractical and trench burners are already on hand.
The photos on the left depict a 36 foot firebox (S-336B). It is being used in conjunction with a T-350 trench burner for forest fire rehabilitation work at Los Alamos National Laboratory in New Mexico after the Cerro Grande Wildfire in the year 2000.
That fire was a dipterous wildfire that burned more than 42800 acres. Extensive clean-up and forest rehabilitation was required, and several of our machines were purchased by the Department of Energy to support these projects.
Our traditional T-350 trench burner (right photo below) that requires on-site set-up of the carrier pipes and manifold assembly is still offered as custom equipment. Of course, we also continue to manufacture spare parts for this model available for the many units that are still in service world wide.
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T-350 Trench Burner |
We have patented a waste heat recovery system for use in landfill and other semi permanent installations and developed a electric power generating FireBox, the "PG-Series". This system is a whole-log burner that is portable and standard machines in the field can be easily retrofitted to produce electric power.
