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There is a wide variety of standards and methodologies for calculating the carbon footprint at international level, as is evident from the reports of the European Commission. 

A carbon footprint is defined as ‘the total greenhouse gases emitted by the direct or indirect effect of an individual, organisation, event or product’.

Recently, the central government approved the ICO guarantees to facilitate the purchase of primary residences for young people under the age of 35 and families with dependent minors. This guarantee will allow financial institutions to grant mortgages of 100% of the purchase price, when the necessary income limit requirements are met.

In an increasingly environmentally conscious world, companies and organisations are looking for ways to reduce their environmental impact. Life Cycle Assessment (LCA) is a fundamental tool for this purpose, as it allows the environmental impacts associated with a product, process or activity to be assessed throughout its entire life cycle.

In recent years, an undeniable reality has come to light: the sustained increase in the cost of living and inflation have a direct impact on workers' daily lives. Housing, energy, food and transport are just some of the areas where price increases are most noticeable, directly influencing our teams' perception of their remuneration.

When we talk about carbon footprinting, the concepts of calculation, validation and verification are concepts related to the different steps to be followed in the process of assessing and ensuring the accuracy of carbon footprint information. So what is the difference between these concepts?