Advanced Fiberglass Tank Monitoring Sensors and Systems

A water tank monitoring system helps track the condition, performance, and potential risks of a storage tank over time. For fiberglass tanks, monitoring may include scheduled inspections, corrosion-coat evaluation, structural laminate testing, nozzle review, and reporting. The goal is to detect issues such as liner damage, capillary migration, abrasion, or shell distortion before they cause leaks or unplanned outages.

Inspection frequency depends on the stored product, tank age, operating temperature, past repair history, and consequences of failure. Many facilities benefit from periodic inspections on a planned schedule, especially for potable water, wastewater, sodium hypochlorite, sodium hydroxide, ferric chloride, or hydrochloric acid tanks. A documented inspection baseline helps determine whether annual, multi-year, or outage-based monitoring is most appropriate.

Monitoring and inspection can identify spidering, disbondment, abrasion wear, emulsification, low Barcol hardness, floor stress cracking, shell distortion, ultraviolet degradation, and nozzle interface problems. Advanced methods such as ultrasonic, laser, and high-intensity backlight testing can also reveal hidden laminate conditions, including liquid migration beneath the corrosion coat.

Yes. A thorough condition assessment gives owners objective information about liner integrity, structural condition, chemical compatibility, and repair feasibility. Many FRP tanks that appear near failure can be relined, reinforced, or modified instead of replaced. This approach can protect capital investment, reduce downtime, and extend the useful life of the existing vessel.

Yes. American Fiberglass Tank Repair schedules routine service, inspections, maintenance, and repair work around customer operations, including planned shutdowns, night shifts, and weekends. This flexibility is especially valuable for chemical plants, water and wastewater facilities, and industrial operations where tank downtime must be tightly controlled.

Testing may include visual inspection, ultrasonic evaluation, laser measurement, high-intensity backlight examination, and Barcol hardness testing. These methods help inspectors assess the corrosion coat, internal structural body, exterior shell, nozzle interfaces, and hidden laminate conditions. The selected methods depend on the tank’s service, accessibility, and suspected failure modes.

Yes. AFTR works with FRP tanks storing aggressive chemistries such as sodium hypochlorite, sodium hydroxide, ferric chloride, hydrochloric acid, and similar caustic or acidic products. Monitoring helps evaluate whether the existing corrosion barrier and laminate system remain suitable for the chemical concentration, service temperature, and operating conditions.

Yes. AFTR provides emergency and routine FRP tank services across North America. When monitoring or inspection identifies urgent damage, field service crews can mobilize with resins, fiberglass mats, veils, and repair equipment to assess the issue, stabilize the asset, complete repairs when feasible, and support safe return-to-service decisions.