Thermographic analysis - Inspexi

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Thermographic analysis

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The use of infrared cameras began over 50 years ago with the inspection of high-voltage lines, the cameras today are a useful tool in many applications, ranging from the analysis of issues related to the environment, building, industry, etc ..

Infrared thermography helps detect abnormalities hardly visible to the naked eye, allowing you to take corrective action before they occur faults in systems with serious consequences, by displaying the distribution of the temperature of machinery and electrical devices, quickly, accurately, safe for the operator, thanks to the absence of contact with the object under examination.

Inspexi uses cameras with suitable characteristics to be able to work in different sectors, as Civil (construction) - Electrical - Industrial - Mechanical, the operators are certified II level UNI EN ISO 9712: 2012.

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Possible fields of application of thermography

Environment
Analysis water stress in agriculture
Compactness control of glaciers and snowy layers for avalanche prevention
Land compact control to prevent landslides
Control of waste incineration process
Control of underground geothermal activity
Control of solid and liquid waste storage facilities to prevent leaks of pollutants in the soil
Thermal pollution detection of the seas, lakes and rivers due to industrial and civil waste
Control temperature changes in the sea waters, lakes and rivers
Locating underground magma channels
Locating missing persons in the woods, forests, mountains or at sea
Localization industrial discharges into streams, rivers, lakes and the sea
Thermal dams map
presence and movement monitoring animals in protected reserves
Monitoring of forest fires
Evaluation of biogas production in the waste disposal site
Verify the presence of the cavity in the trunk of trees
Check presence of thermal alterations caused by disease or pests in plants

Building
buildings analysis for the detection of defective insulation in the walls
Checks and heat loss controls for energy containment
Analysis of the stone sulfation processes
Identifying deterioration of concrete cover a.c. of road surfaces and coatings galleries
Identification of detached plaster
Identifying gaps covering the exterior and interior walls
Detection of water leaks from roofs and terraces
Detection of water leaks in subways, basements, tunnels
Identification of hot water leaks in pipes
bearing structures of buildings identification
Search of paths of hot water pipes and / or cold within walls or floors
Detection structure of building products under the plaster
Check waterproofing realized with the application of resins or tar paper
Check the presence of moisture in the outer walls and foundations
thermal map of the building structure to identify the nature of the material, humidity, occult lesions and peeling plaster.
Toothing between different walls, with relative reading of any added factory bodies.
Search of the positioning and sizing of structural elements such as exhaust arches, brick pillars, lintels

Electricity
operating temperatures of transformers Analysis
overtemperature detection caused by abnormal contact resistance of:
       Electrical wiring on passers HV / HV, HV / MV, MV / LV power transformers
       Power joints of insulated conductors
       junctions
       breakers
       Terminals of HV and MV cables
       various connector blocks
       Switchboards Distribution
       disconnectors
Check cogeneration plants
Check air transport lines
Check Ventilated busway lines and busway


Eectronics
Identifying defective components on electronic boards
Superficial thermal mapping of integrated circuits
Thermal dissipation optimization of electronic components

Distribution networks and transport of hazardous substances
Search for gas leaks along transport networks, distribution and storage tanks
Search of leaks in pipes and storage tanks

Production electricity distribution
Power lines
Check the possible presence of defects on cables, joints, tightening, insulators. production plants
Check large transformers.
Finding leaks in boilers.
Checking the thermal insulation in the boiler bodies. Electric cars
Investigations in alternators and electric motors
Control of bearings, supports and rotating parts to overheat

Industrial production facilities
Furnace insulation control
Chimneys isolation control
Reduced thickness control in pipes and high pressure tanks
Locating carbonaceous or calcareous deposits inside pipes for the transport of fluids or vapors
Measure temperature of the mantle of the ovens in cement works for the detection of anomalies in the refractory
Check wear of refractory linings for furnaces
Thermal distribution analysis during the blow molding processes of plastic bottles
Analysis of composite materials for the detection of discontinuities and defective bondings
Monitoring trends temperature inductive heating
Temperature control in the extrusion process of plastic films
Surface temperature control operating in petrochemical reactors
Control temperature uniformity of drying cylinders in the paper production
Control temperature uniformity of the molten glass prior to molding
Control uniformity of the glass temperature prior to the bending process
Detection of the product temperatures in continuous casting
Check temperature trend in rolling processes

Food industry
Thermal distribution in the control of food cooking ovens
Thermal control distribution in cold rooms for storage of frozen products
Temperature monitoring in production processes and food preservation
Check operation of compressors and condensers in industrial refrigerators


Heating and air conditioning
Control of heat exchangers efficiency for the detection of occlusions, insulation pipes
Check operation of steam traps

Machinery parts
Control moving parts and detection of overheating due to lack of lubrication and / or friction excesses
Checking the wear of the coupling devices
Overheating detection for wear or lack of lubrication in bearings and gear motors
Check operation of compressors
Check operation of the vacuum pumps
Check operation of chain drive systems
Check function of drive systems trapezoidal belts


Transport
Operation Analysis of ventilation and internal air conditioning systems to cars
Systems analysis operation for cooling in internal combustion engines
Temperature analysis in aircraft engines
Analysis of temperature variations during testing tires on test benches
Thermal variations of braking systems Analysis
Temperature measurements of contact lines for trains, trams, metros and trolleybuses
Temperature measurements of electrical motors, heaters, accumulators, compressors, bearings, hubs and brakes for trains
Temperature measurements of pantographs of trains, trams, metros and trolleybuses
Verify the presence of water infiltrations inside the composite materials of aircraft and boats

Civil protection
Protection by volcanic eruptions
Continuous monitoring of at-risk flows and verification of its state power
Day and night views of the smoke and poisonous gases emitted by fumaroles. Industrial Risk Protection
Research of gas or hazardous liquid leak
Flue gas emission control
Thermal mapping of the coasts exposed to industrial risk
Search for missing persons in the dark or submerged by thin layers of snow

Other applications
Muscle or joint inflammation detection
Detection of pathologies related to body movement
Mapping of body temperature
Night environmental surveillance


 
Inspexi is attributable to the Studio engineer Massimo Serra with registered office in via Boccaccio, 2-09131 Cagliari
Office - via Monaco, 71-09045 CAGLIARI (CA) - VAT 02235600927
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