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Capture cooling tower component photos on-site with the mobile app and seamlessly integrate them into your report for accurate field documentation.
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Cooling Tower Inspection Report Template
Evaluate the thermal performance and structural integrity of cooling towers with this detailed inspection report template. Record condition of fill, fan, water distribution, and basin components in an online editor.
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Inspection report
Complete the document from this template: sections, fields, photo documentation, and signatures.
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Cooling Tower Inspection Report
No.CT-2026-008
1. General Information
The general information about the inspection, including the purpose, scope, and legal basis, is provided below.
| Inspection date | 7/14/2026 | Address | Cooling Tower 2, Riverside Power Plant, 123 Power Plant Rd, Springfield, IL 62701 |
| Basis for inspection | Quarterly inspection |
Expert Mark Wilson , Mechanical Engineer
The inspection was conducted in accordance with the applicable regulations and standards.
2. Object of Inspection
The inspected object is a thermal power plant, including its main equipment and auxiliary systems.
| Object type | Cooling Tower | Object name | Cooling Tower 2 |
| Technical condition | not filled in | Release date | 3/15/2010 |
| Start of operation | 5/1/2010 |
The object was identified and its key characteristics are recorded.
3. Performance Assessment
The main parameters of the thermal power plant were measured and compared with the design values.
| Water Flow Rate | 4500 | Temperature Drop | 8.5 |
| Approach Temperature | 5.2 | Performance Rating | Satisfactory |
The main parameters are within the permissible ranges specified in the design documentation.
4. Inspection Conditions
The operating conditions of the plant, including load, temperature, and pressure, were monitored during the inspection.
Inspection conditions are not selected.
The operating conditions were stable and within the specified limits.
5. Component Defects
List defects found in fill, fan, water distribution, drift eliminators, and basin.
| No. | Damage description | Photos |
|---|---|---|
| 1 | - | not filled in |
| 2 | - | not filled in |
6. Additional Information
Provide overall condition rating, summary of findings, and recommendations.
| Identification was carried out | Cooling Tower 2 |
| There are remarks | Fill media in fair condition, minor blockage in nozzles. Performance satisfactory. |
7. Inspection Participants
Record the inspector and plant engineer.
| No. | Full name | Position / status | Comment |
|---|---|---|---|
| 1 | Mark Wilson | Inspector | Performed inspection |
| 2 | Nancy Clark | Plant Engineer | Reviewed findings |
Signatures
Capture digital signatures of inspector and plant engineer.
______________________________
Mark Wilson, Mechanical Engineer
______________________________
Mark Wilson
______________________________
Nancy Clark
Report
Purpose and Procedure for Drafting the Document
What Is a Cooling Tower Inspection Report?
A cooling tower inspection report documents the condition and thermal performance of cooling tower components including fill media, fan system, water distribution system, drift eliminators, and cold water basin.
Who Uses This Report?
Mechanical engineers, plant engineers, maintenance teams, and cooling tower specialists use this report to assess cooling tower health and plan maintenance activities.
Key Sections of the Report
The report includes sections for inspection identification, participants, component inspections (fill, fan, water distribution, drift eliminators, basin), performance assessment, overall assessment, and signatures.
Scheduled Maintenance Inspections
Cooling towers are inspected at regular intervals (monthly, quarterly, annually) to ensure components are in good condition and thermal performance is maintained.
Performance Troubleshooting
When cooling tower performance degrades, this report helps identify root causes such as fill blockage, fan damage, or water distribution issues.
Asset Condition Monitoring
By tracking component condition over time, asset managers can predict maintenance needs and plan replacements before failures occur.
Energy Efficiency Audits
The performance assessment section records key thermal parameters, supporting energy efficiency evaluations and optimization efforts.
- 1
Plan the Inspection
Determine the inspection scope based on operating history and any known issues. Prepare necessary tools for measurements.
- 2
Perform Visual Inspection
Visually inspect fill media, fan blades, water distribution nozzles, drift eliminators, and basin. Note any defects or abnormalities.
- 3
Take Performance Measurements
Measure water flow rate, temperature drop, ambient wet bulb temperature, and approach temperature to assess thermal performance.
- 4
Complete Report and Sign
Summarize findings, provide overall condition rating, and list recommendations. Obtain signatures from inspector and plant engineer.
Photo Report Generator
Use the photo report generator to attach fill media photos, fan blade images, and defect close-ups to your cooling tower inspection report.
Create Photo ReportMobile Photo Documentation App
Capture cooling tower component photos on-site with the mobile app and seamlessly integrate them into your report for accurate field documentation.
Mobile AppDocument Sections
Click a section to jump to it in the sample document.
General Information
The general information about the inspection, including the purpose, scope, and legal basis, is provided below.
Object of Inspection
The inspected object is a thermal power plant, including its main equipment and auxiliary systems.
Performance Assessment
The main parameters of the thermal power plant were measured and compared with the design values.
Inspection Conditions
The operating conditions of the plant, including load, temperature, and pressure, were monitored during the inspection.
Component Defects
List defects found in fill, fan, water distribution, drift eliminators, and basin.
Additional Information
Provide overall condition rating, summary of findings, and recommendations.
Inspection Participants
Record the inspector and plant engineer.
Signatures
Capture digital signatures of inspector and plant engineer.
Document Fields and Columns
General Information
- Inspection date
- Date of the inspection.
- Address
- Location of the cooling tower plant.
- Basis for inspection
- Reason for inspection, e.g., scheduled interval.
- Expert
- Name of the inspector.
Object of Inspection
- Object type
- Type of object, e.g., cooling tower.
- Object name
- Tower identification.
- Technical condition
- Overall condition of the tower.
- Release date
- Date tower was commissioned.
- Start of operation
- Date tower began operation.
Component Defects
- No.
- Sequential number of the defect.
- Element
- Component (fill, fan, water distribution, etc.).
- Defect
- Type of defect.
- Localization
- Location on the component.
- Damage description
- Detailed description.
- Photos
- Photo of the defect.
Inspection Participants
- No.
- Sequential number.
- Full name
- Name of participant.
- Position / status
- Role.
- Comment
- Additional notes.
Frequently Asked Questions about Photo Reports and Photo Tables
What components are inspected?
The report covers fill media, fan system, water distribution system, drift eliminators, and cold water basin. Each component has its own condition and defect fields.
What thermal performance measurements are recorded?
The performance assessment section records water flow rate, temperature drop, ambient wet bulb temperature, approach temperature, and a performance rating.
Can I record defects for each component?
Yes, each component section includes defect reference fields with predefined defects such as corrosion, blockage, cracking, and scale buildup.
Is photo evidence required?
Photo evidence is required for fill, fan, and water distribution sections. Drift eliminator and basin photos are optional.
Who signs the report?
The report includes signature fields for the inspector and plant engineer. Both parties confirm the inspection results.
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