An insurance-led electrical thermography survey was conducted across seven commercial distribution boards to assess fire risk and operational integrity. Using Level 3 supervised infrared inspection aligned with ISO 18436-7 and ISO 9712, the survey identified predominantly stable thermal performance with one advisory-level RCBO observation consistent with load conditions. No critical anomalies were detected. The project demonstrates how structured electrical thermography supports insurer compliance, condition-based maintenance and evidence-led risk management.

A comprehensive domestic thermography survey identified roof insulation irregularity, variable cavity wall injection performance, slab-to-ground heat loss and structural thermal bridging within a traditional cavity masonry home. While the central heating system was operating effectively, cumulative fabric-level inefficiencies were contributing to reduced heat retention. This project demonstrates how Level 3 thermographic interpretation can diagnose building heat loss scientifically, non-intrusively and in accordance with recognised professional standards.

A Level 3 domestic thermography survey of a mid-century bungalow with modern extension revealed consistent loft insulation discontinuity, cumulative window thermal bridging, and junction-level heat loss. Internal and external infrared imaging under controlled winter conditions provided evidence-based insight to support architectural redesign and targeted refurbishment. The inspection identified moderate but widespread inefficiencies, offering a structured foundation for improving thermal performance, comfort, and long-term energy efficiency without intrusive investigation.

This Phase 1 proof-of-concept project explored the use of aerial thermography to support underground potable water leak detection in a volcanic urban environment. Conducted at a known leak site, the work focused on protocol development, survey timing, spatial resolution, and disciplined interpretation rather than blind detection. The study demonstrated where thermography adds value as a qualitative screening tool, highlighted its limitations, and established best-practice methods for future phased deployment.

A professional Level 3 thermographic review was commissioned to analyse the insulation and surface heat-transfer performance of a large refrigerated LPG storage tank. The study focused on identifying potential areas of heat loss, conduction, or insulation variability that could influence operational efficiency or indicate localised deterioration. Using calibrated infrared thermography, the assessment examined the tank’s roof, walls, and base to establish a complete temperature profile and determine whether any features required further inspection. This specialist analysis demonstrates how advanced industrial thermography can support critical infrastructure maintenance and assurance programmes. Through precise emissivity correction, temperature linear scaling, and environmental compensation, the results provided clear insight into how the tank behaves under cryogenic storage conditions. The findings confirmed stable insulation performance with no evidence of significant anomalies, highlighting the value of certified Level 3 thermography for reliable diagnostics in LPG storage and cryogenic process applications.

This thermographic case study investigates heat loss in a first-floor apartment adjacent to unheated communal spaces such as riser cupboards, a lift shaft, and an open car park. Using fixed-scale thermal imaging and environmental logging, the survey identified consistent thermal gradients leading from the apartment into colder building core areas. The findings suggest these structural elements may act as passive heat sinks, drawing warmth from the internal space and contributing to the occupant’s persistent comfort issues, despite an otherwise functional heating system.

We delivered Level 3 thermal imaging reports for three multi-storey buildings based on drone data collected by the client under our written protocol. Findings included minor glazing heat loss, thermal bridging at mullions, and potential roof moisture. The reports demonstrated strong envelope performance and clear, qualified conclusions. Our thermography analysis service helps L1 teams and drone operators collect data safely while we deliver certified reporting.

We evaluated the energy efficiency of a graphene underfloor heating panel by measuring temperature rise against power input across a voltage range of 8V to 48V. Results revealed peak efficiency at mid-power levels (20–30V) with expected diminishing returns at higher voltages. Thermography confirmed accurate surface temperature readings, providing our Client with key data on thermal performance and energy suitability for controlled environments.

We conducted a precise thermographic analysis for out client's graphene-based heating product. Applying grey-body methodology, thermal imaging and thermocouple comparisons confirmed a reliable emissivity of 0.95 across the operational range. This provides the foundation for accurate diagnostics and performance monitoring. A crucial study for emerging heating technologies.

Using advanced thermal imaging, we conducted a commercial heat loss and insulation survey for a client in Dublin. The assessment compared an older and newer building, identifying thermal bridging, air infiltration, and insulation deficiencies. Key findings included heat loss at roller doors, window seals, and structural components, with recommendations for insulation upgrades and energy efficiency improvements. This non-invasive thermographic analysis provided the client with targeted solutions to enhance building performance and reduce energy costs.