We Are SENTRO Technologies USA, LLC
An international provider of innovative On-Line and Off-Line services for the Petroleum, Energy, and Power industries.
Process crude into fuel products
Generate electricity from energy sources
Transport oil, gas, and chemicals
Produce chemicals from hydrocarbons
Liquefy natural gas for transport
Store bulk liquid fuels
Transport fluids over long distances
Why Choose Us
SENTRO Technologies USA, LLC is headquartered in Texas and California. Our services provide immediate energy savings and increased production output by enhancing the thermal efficiency and operational sustainability of critical process equipment.
Current Markets and Industry Sectors
Solid Track Record
SENTRO Technologies USA, LLC is an approved vendor for both large and small international refining groups, and consistently receiving repeat orders – typically on an annual or biannual basis.
We employ only highly qualified professionals and are committed to delivering superior service to the refining and petrochemical industries. SENTRO maintains an outstanding track record that meets the most demanding client standards and complies fully with Health, Safety, and Environmental (HSE) regulations.
References, testimonials, and additional technical documentation – such as presentations, SDSs, method statements, safety programs, safe work plans, certifications, and more – are available upon request
Corporate Information& Key Facts
Solid Track Record
- Innovative Solutions & Services: International provider of various services for the Petroleum, Energy and Power industries, these include:
- Online Services (in-process, during normal operating conditions)
- Off-line services (during an outage or shut/down)
- Established: 2013
- Offices/Locations in California and Texas, USA
- Headcount: ~30 permanent and temporary employees
Our Key Services:
Major Benefits
Pneumatic dry cleaning of the radiant section, convection section, economizer, superheater, air preheater, and other areas of the furnace or boiler.
This process uses no liquids, no chemically inert walnut shells, or solid CO₂ (dry ice). In most cases, no scaffolding is required. The cleaning does not damage metallurgy, refractory materials, or instrumentation. It is performed during normal operating conditions, with no need to shut down the equipment.
Pneumatic dry cleaning of induced draft and forced draft fin-fan air coolers, including 'A' type units.
This process uses no liquids or solid CO₂ (dry ice). In most cases, no scaffolding is required. The cleaning does not damage metallurgy, fins, or tubes. It is performed during normal operating conditions, with no need to shut down the equipment.
Specifically Designed for Coal, Diesel, and Heavy-Fuel-Fired Steam Boilers - additives can be applied either pre-combustion or post-combustion to immediately reduce slagging and fouling, lower corrosion rates, and increase the thermal efficiency of the boiler.
The result is an immediate energy savings.
Ultra-fast and non-invasive sound-based ID inspection of heat exchanger tubes up to 4” size. Sentro’s APR inspection uses sound pulses to rapidly detect internal defects - such as holes, blockages, erosion, and pitting - in heat exchanger tubes without inserting probes. It delivers fast, accurate results across all tube types and materials, including U-tubes, spiral, non-metal or non-ferrous, twisted, and coated tubes, and provides digitalized, human-error–free reports within 12 to 24 hours.
Chemical cleaning for heavy oil units performed by circulation of chemical solution, or injection of concentrated chemicals into low or medium-pressure steam.
This is a very effective and cost-efficient cleaning process that can be applied to towers, vessels, tanks, pipes, heat exchangers, reactors, flare lines, draining systems, bottom or overhead systems, for example, Crude, Vacuum, Topping, FCC, Visbreaker, Coker, Platformer/Reformer, Hydrocracker/Hydro-treater, etc.
Acoustic Emission Testing is a non-destructive testing (NDT) method used to monitor the release of energy as sound waves (stress waves) from materials when they deform or crack under stress. It is used to detect and analyze defects such as corrosion products, crack formation, micro-cracks, fiber breakage, separations, voids, and deformation.
This method is applicable to both metallic and non-metallic structures, including: Above- and below-ground storage tanks, Pressure vessels and reactors, Piping and pipelines, Concrete structures such as foundations, walls, pipes, and bridges, Composite structures such as FRP or GRP tanks, vessels, and piping
