What are the primary services included in the Fiberglass Cooling Tower Repairs?

Resurfacing and patching

Due to aging, thermal expansion, or mechanical stress, fiberglass cooling towers may eventually develop cracks, leaks, or surface deterioration. The cooling tower needs to undergo patching and resurfacing repairs to regain its structural integrity. Epoxy resins and other specialized materials are utilized to reinforce and restore the damaged areas. 

Protective coatings and surfaces:

A fiberglass cooling tower's surface is subjected to challenging environmental factors like UV rays, chemicals, and moisture. The protective gel coat or resin coating may become worn down over time, which can cause erosion, discoloration, and decreased corrosion resistance. Reapplying a protective coating to the tower's outer surface is part of the repair process. 

Structural Support:

Wind loads, vibrations, and water movement constantly place stress on fiberglass cooling towers. Weak structural elements have the potential to affect the tower's overall safety and stability. As part of repair work, important locations like support beams and brackets are reinforced to increase structural stability and avoid further failures. 

What are the primary services included in the Cooling Tower Inspection Services?

Visual Examinations

A fiberglass cooling tower must undergo regular visual examinations to spot any obvious signs of harm, wear, or degradation. Comprehensive visual inspections of the tower's construction, fans, motors, louvers, nozzles, and fill material are done by trained personnel. They search for flaws that could impair the performance of the tower, such as cracks, leaks, corrosion, loose connections, and other issues.

Performance Assessment

Performance assessments of the system are frequently part of cooling tower inspection services to gauge its efficacy and efficiency. Measuring airflow rates, water distribution, temperature differences, and water treatment quality may be required for this. 

Non-Destructive Testing (NDT)

Non-destructive testing methods are used to evaluate the integrity of fiberglass cooling tower components. These techniques help identify concealed flaws, delaminations, and structural weaknesses that may not be noticeable during visual inspections.