Quality control
Thermographic diagnostics for pig comfort, energy conservation and energy efficiency
Our expertise in carrying out diagnostic thermography means that this technique can be used as a practical tool on the farm geared towards animal comfort, energy conservation and energy efficiency of the facility.
The problem arises in practice, when, in order to keep animals within the thermal comfort zone, we need high levels of consumption (heating, ventilation, cooling,etc.), without taking into account the design, construction and climate control equipment conditions.
Thermography helps us to identify and resolve problems that arise from a given level of thermal insulation. Adequate insulation helps to conserve energy, ensure animal comfort,reduce condensation, preserve barns and properly dimension the heating and cooling systems. In addition, we will have better internal control of temperature and air movement. Early detection of any deterioration will enable us to reduce high costs in the future.
Thermography for identifying the presence of significant thermal bridges. There are thermal envelope zones in the building in which variations are observed in the uniformity and heat resistance of the structure, either because of a change in the thickness of the enclosure, in the materials used, penetration of building components with different conductivity, etc. There are also sensitive parts where there is an increased risk of condensation occurring during cold weather. It is therefore important to detect these zones both in new barns (construction quality) and in operation (preventive maintenance).
The technique of thermography also enables us to verify the absence of condensation and moisture, which pose a risk to the animals’ comfort and in terms of structural deterioration. With the thermographic camera we can determine the areas at greatest risk.
Preventive maintenance using a thermographic camera to identify and eliminate unwanted air infiltrations. The energy performance of the room and animal comfort are significantly impacted by poor integrity. There are many diagnostic methods available, but the thermographic camera will complement the qualitative analysis of these air leaks.
Testing of active power equipment by means of thermography. Once it has been verified that the “passive” design (insulation, sealing, etc.) is suitable for minimizing “active” energy demand (heating, cooling, etc.), we can also check whether this equipment is working properly.
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