Life cycle assessment enables you to holistically manage your environmental impacts.
Daxner & Merl are experts in analysing the life cycle related environmental impacts of your product, organisation and building.
Life Cycle Assessment (LCA, dt. Ökobilanz) represents the backbone for profound communication of the environmental performance of products, organisations and regions for
It quantifies the environmental impacts – global warming potential, acidification, eutrophication, resource depletion, energy demand, water demand, etc. – of your product and organisation.
LCA represents the state of the art tool to calculate ecological key performance indicators (KEPIs) – such as the carbon footprint – in order to optimise your products’, organisation’s or country’s environmental performance.
The applied methodology assesses the entire life cycle of the product, system or activity. Therefore, it encompasses the extraction and processing of raw materials, manufacturing, transportation and distribution, use, reuse, maintenance, recycling and final disposal.
State of the art LCA methodology
Our work complies with the state of the art of Life Cycle Assessment according to
- ISO 14040 & ISO 14044 – general standards for LCA,
- ISO 14025 – standard for verified Environmental Product Declarations,
- ISO 14067 – standard for the carbon footprint of products,
- EN 15804 – standard for LCA of construction products,
- EN 15978 – standard for LCA of buildings,
- and additional regulations such as Guidance Documents (e.g. the environmental footprint initiative of the European Commission), Product Category Rules of program operators for Environmental Product Declarations, etc.
In order to calculate environmental impacts including
and many more,
We apply renowned methodologies such as CML-IA characterisation factors developed by the University of Leiden, ReCiPe and TraCi to name some of the most prominent ones. All factors are updated on a yearly basis.
Environmental product declarations (EPDs)
Interest in environmental product declarations (EPDs)? Click here