English 
Español 1. HYDROCARBON DISCHARGE PIPE – PROTECTIVE COATING FOR SALINE ENVIRONMENTS
In many industrial facilities, gutters, containment basins, trenches, ducts, tanks, and pipelines are used for the storage and transportation of chemical products, including highly concentrated acids. These infrastructures are exposed to severe conditions that can compromise their integrity, leading to risks such as leaks, accelerated corrosion, environmental contamination, and impacts on operational safety.
2. STORAGE TANK – INTERNAL PROTECTIVE COATING RESISTANT TO 98% SULFURIC ACID CONCENTRATION
In many industrial facilities, gutters, containment basins, trenches, ducts, tanks, and pipelines are used for the storage and transportation of chemical products, including highly concentrated acids. These infrastructures are exposed to severe conditions that can compromise their integrity, leading to risks such as leaks, accelerated corrosion, environmental contamination, and impacts on operational safety.
3. IMPELLER – VOLUME RECOVERY AND PROTECTIVE COATING FOR ABRASION
It is common for impellers and internal pump components to experience wear due to abrasion, erosion, and cavitation, especially during operations involving solid-laden fluids or high-turbulence conditions. These phenomena significantly reduce the equipment’s operational efficiency, increase maintenance costs, and, in critical cases, can lead to complete process shutdowns, affecting production continuity.
4. QUADRILATERAL BUOY – COATING FOR STRUCTURES IN OFFSHORE ENVIRONMENTS
The marine environment presents a high corrosive potential due to the interaction of saltwater, humidity, oxygen, and, in some cases, chemical compounds that accelerate the corrosion process. Other key factors contributing to the degradation of offshore structures include weather conditions and the biological activity of marine microorganisms.
5. SCI PUMP – VOLUME RECOVERY AND ANTI-ABRASIVE COATING
Centrifugal pumps are exposed to operating conditions that promote abrasion and corrosion processes in their internal components. As a result, flow rate and discharge pressure may be compromised, directly impacting system performance and jeopardizing the ability to respond effectively to emergencies.
6. HEAT EXCHANGER – VOLUME RECOVERY AND PROTECTIVE COATING FOR HARSH ENVIRONMENTS
In the harsh environments where certain equipment such as heat exchangers operate, high temperatures and biological activity promote accelerated corrosion on unprotected or degraded metal surfaces. This leads to thickness loss, pitting, and paint delamination.
7. RAW WATER STORAGE BASIN – JOINT REPAIR
Joints installed in structures—essential for absorbing structural movements and preventing leaks—tend to degrade over time due to constant exposure to water, dissolved chemicals, solar radiation, thermal cycles, and biological growth on internal surfaces.
8. STONE / COARSE SAND WASHING PUMP – PROTECTION SYSTEM FOR HIGH ABRASION
Stone and coarse sand washing equipment used in quarry operations experienced a high frequency of corrective maintenance due to accelerated wear caused by the abrasive nature of the processed material. This led to increased operating costs, unplanned shutdowns, and disruptions in production continuity.
9. EVAPORATIVE CONDENSER – INTERNAL PROTECTIVE COATING
The interior of evaporative condensers is exposed to demanding operating conditions that, over time, lead to various issues affecting their performance, reliability, and service life. Common problems include corrosion, scaling, sediment buildup, and biological growth.
10. CENTRIFUGAL PUMP – VOLUME RECOVERY AND INSTALLATION OF ANTI-ABRASIVE COATING
Centrifugal pumps used in industrial processes are exposed to various hydraulic phenomena that compromise their efficiency and operational reliability. The most significant issues include cavitation and abrasion, both of which directly impact equipment performance, accelerate wear, and disrupt process continuity.
11. SEAL POT – ANTI-ABRASIVE PROTECTIVE COATING
Concrete structures exposed to high-pressure water jets experience accelerated surface wear due to hydraulic erosion, leading to the loss of the cementitious layer, formation of microcracks, and, in severe cases, localized structural damage. This continuous action also facilitates the penetration of moisture and aggressive agents, thereby reducing the structure’s service life.
12. HEAT EXCHANGER HEADS AND COVERS – VOLUME RECOVERY AND INSTALLATION OF ANTI-ABRASIVE COATING
Abrasion, cavitation, and corrosion are degradation mechanisms that affect heat exchanger heads and covers, potentially compromising sealing integrity, causing leaks, and reducing the thermal performance of the equipment.
13. STEAM PIPE – REUSABLE AEROGEL-BASED INSULATION TO PREVENT CUI. PYROGEL XTE
Corrosion Under Insulation (CUI) occurs when moisture becomes trapped between the thermal insulation and the metal surface, causing localized corrosion. This phenomenon is difficult to detect, compromises equipment integrity, and increases the risk of failure and maintenance costs.
14. PONTOONS – BASE COATING SYSTEM WITH IMPACT RESISTANCE
Damage is not always visible to the naked eye. Factors such as corrosion, water level fluctuations, sediment impact, and even aquatic organism growth can seriously compromise the structural integrity of various areas and equipment in modern dams.
15. STORAGE CISTERN – COATING SYSTEM RESISTANT TO 15% SODIUM HYPOCHLORITE CONCENTRATION
Structures exposed to concentrated acids face highly aggressive conditions that accelerate their physical and chemical deterioration, leading to a series of recurring failures: accelerated corrosion, concrete degradation, leaks, and contamination.