Engineered and Built In-House
Every TANN thermal oxidizer system is designed, fabricated, and assembled under one roof by our own engineering and fabrication teams. No subcontractors. No handoffs. Complete quality control from the first drawing to the final weld.
When Engineering and Fabrication Work Together, the System Performs Better
Most equipment manufacturers separate engineering from fabrication. TANN does not. Our engineers and fabricators work side by side on the same floor, allowing real-time communication, tighter tolerances, and faster resolution of design details that only become visible during the build.
The result is a system that is built the way it was designed - not interpreted by a third party - and a team that understands every aspect of the equipment they eventually service and support.
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Every project starts with a complete 3D system model before fabrication begins
A Full-Scale Fabrication Facility
Our facility houses a complete metal fabrication operation including press brakes, plate rolls, welding stations, and overhead crane capacity for handling large structural assemblies. Stainless steel and other materials are worked in-house by experienced fabricators who have spent careers building oxidizer equipment.
Multiple systems fabricated simultaneously by experienced crews who have spent careers building oxidizer equipment. Every structural member, reaction chamber, valve housing, and stack is built in-house.
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PLC Programming and Controls Integration Built In-House
TANN's in-house controls team handles PLC programming, HMI development, panel assembly, and electrical integration for every system we build. Control panels are assembled, wired, and tested at our facility before shipment - not on site during startup.
Because our controls engineers work alongside our mechanical team during fabrication, the control system is integrated with the equipment design from the start. Fewer surprises during commissioning. More reliable long-term operation.
PLC Upgrade and Controls Modernization βThe Part You Can't See Determines How Long It Lasts
Refractory insulation is the thermal backbone of an RTO. TANN uses high-density folded ceramic fiber modules with a stainless steel hand-welded anchor system - typically 8 to 10 inches thick. The insulation installation is done entirely by our own crew, not subcontracted.
Proper insulation maintains thermal efficiency, protects the structural shell, and directly determines the long-term operating cost of the system. Getting it right during fabrication prevents costly repairs in the field.
The Same Team That Built It Installs It
TANN manages installation with our own field crew. The people on site during installation understand the equipment because they were involved in building it. Project managers coordinate site logistics, mechanical connections, electrical hookups, and startup sequencing from a single point of contact.
Startup and commissioning are handled by TANN engineers who verify that the system is performing to design specifications before the project closes - combustion tuning, controls verification, and performance documentation included.
Field Service and Technical Support β
Built In-House. Supported for Life.
The same team that engineers and fabricates your system provides ongoing service, aftermarket support, and upgrades throughout the equipment lifecycle.
RTO Systems
Explore TANN's regenerative thermal oxidizer systems engineered for high-efficiency VOC destruction and long-term performance.
Learn More βField Service
TANN's field service team provides 24/7 technical support, preventative maintenance, and diagnostics for all makes and models.
Learn More βUpgrades and Retrofits
PLC upgrades, burner controls, valve retrofits, and system modernization for existing equipment.
Learn More βAftermarket Support
Media replacement, insulation relining, spare parts, and rebuild services for TANN and competitor systems.
Learn More βReady to see what in-house engineering and fabrication means for your project?
TANN's engineering team works directly with facilities to evaluate application requirements, develop system designs, and deliver equipment built to perform in demanding industrial environments.