Sustainability and circularity assessment

The research group for sustainability and circularity assessment supports your developments with life cycle assessments (LCA), life cycle cost analyses (LCC) and the development of recycling concepts for products, processes and materials. Our goal is to identify potential improvements at each stage of the life cycle, to close information gaps and thus ensure a reliable assessment (e.g. from the recycling stage).

Our services  Projects  Publications

Sustainability assessment

Data collection and assessment in the workplace
© Fraunhofer ICT
Data collection and assessment in the workplace

Life cycle assessment – LCA according to ISO 14040/14044:

  • Comparative life cycle assessments: evaluation of the potential environmental impacts of a defined product system throughout its life cycle.
    Examples: packaging materials, biomaterials, lightweight structures, chemical and mechanical recycling, energy requirements of processes.
  • LCA CO2 screening (as part of a life cycle assessment): simplified assessment of the potential greenhouse gas emissions of a defined product system along its life cycle, to estimate potential emission reductions and identify drivers and potentials for further improvements.

Life cycle costing - LCC

Evaluation of the costs associated with the life cycle of a defined product system from the perspective of a stakeholder within the value chain.

Eco-efficiency analysis

Combined evaluation of LCA and LCC results for a defined product system with the aim of identifying the most (eco-)efficient alternative.

Sustainability management

The expertise of the research group is incorporated into Fraunhofer ICT's sustainability management. The group is responsible for preparing the Fraunhofer ICT sustainability report, and contributes to sustainability measures within the institute. The Fraunhofer Climate Officer for Fraunhofer ICT is based in the group, and its researchers are active in the Fraunhofer Sustainability Network. (https://www.ict.fraunhofer.de/en/nachhaltigkeit.html)

 

 

Circularity assessment

Expertise and tasks of the research group in the holistic evaluation of materials, products and processes
© Fraunhofer ICT
Expertise and tasks of the research group in the holistic evaluation of materials, products and processes

Circularity concepts for better/more reliable/more accurate LCA results

Sustainable economics also means the responsible management of our planet’s limited resources. The market- and product-dependent development of material recycling concepts form a cornerstone of this work. These concepts rely on both physical recycling and the establishment of recycling processes, as well as reliable holistic assessments (LCA/LCC).

Life cycle gap analysis - LCGA

This is a method for the targeted evaluation of the LCA and/or LCC results of a defined product system with reference to circular economy aspects. The aim is to identify potential improvements without disregarding adverse interactions (so-called trade-offs) within the overall calculation.

Better assessment of the use phase through the application of environmental simulation data in the life cycle assessment

This involves an experimental measurement of the change in material properties due to environmental influences. On this basis, predictions can be formulated for the material behavior during the use phase and the expected service life.

Resource-efficient processes and management

The aim is resource conservation through an overarching and integrative view of the use of different resources, as well as a consideration of circular economics.

Our services

  • Collection of primary data and creation of individualized data sets 
  • Life cycle assessment in the development phase to facilitate decision making
  • Comparative life cycle assessments
  • Product-specific CE and recycling concepts
  • Eco-design and resource efficiency strategies
  • Support in setting and evaluating potential environmental targets (hotspots for improvement, SDGs, corporate goals, etc.)

Life-cycle assessment training

Would you like to know

  • ... how life-cycle assessments are carried out?
  • ... what we mean by terms such as functional unit (fU) or product environmental footprint (PEF) method?
  • ... how to evaluate your materials, products and processes according to Scope 3 and thus fulfill sustainability reporting obligations?
  • ... how to define system boundaries, what to consider when collecting data, and how to interpret the calculated results?

We offer training tailored to your industry and application in accordance with the framework provided by the ISO 14040 series of standards, the EU Product Environmental Footprint (PEF) and the EU Corporate Sustainability Reporting Directive (CSRD). You will receive the necessary background information on the four phases of life-cycle assessment, evaluation methods, software and database solutions. We are happy to address your specific questions in connection with your products, materials and processes.

The training courses are aimed at anyone who wants to gain a basic understanding of LCA, including for example development engineers, product managers or plant managers.

 

Flyer "Life Cycle ­Assessment (LCA)"

Publicly funded projects (selection)

Acronym Title Grant number Further information
biocharPP Entwicklung von CO2-optimierten Biomassekarbonisat-Compounds als kreislauffähige Werkstofflösung für Kunststoffkomponenten Fraunhofer PREPARE Link
CircBreath Zirkularität von medizinischen Einmalgebrauchsprodukten – Machbarkeitsstudie am Beispiel eines Beatmungsbeutels BWCE 24104 Link
Clean Aviation - AMBER innovAtive deMonstrator for hyBrid-Electric Regional application 101102020 Link
Clean Aviation - FASTER-H2 Fuselage, Rear Fuselage and Empennage with Cabin and Cargo Architecture Solution validation and Technologies for H2 integration 101101978 Link
Clean Aviation - HERA Hybrid-Electric Regional Architecture 101102007 Link
Clean Aviation - NEWBORN NExt generation high poWer fuel cells for airBORNe applications 101101967 Link
Clean Aviation - SMR-ACAP SMR aircraft architecture and technology integration project 101101955 Link
EPSycling Etablierung einer Kreislaufwirtschaft zu Wärmedämmplatten aus geschäumtem Polystyrol (EPS)    
GIANCE Graphene Alliance for Sustainable Multifunctional Materials to Tackle Environmental Challenges 101119286 Projekt-Website GIANCE (giance-project.eu)
NOMAD NOvel energy storage technologies usable at MilitAry Deployments In forward operating bases  

 

ConfidentAM Continuous Fiber-Reinforced Low-Density Thermoplastic Additive Manufacturing   Link
LignoPlas Consolidated bioprocessing of lignin waste to polyhydroxyalkanoate bioplastic    
2LIPP 2nd Life to Power Plants No. 101096672 Link
Prisma Processing of thermoplastic materials in the SMC process BW1_2024/02 Link
Fraunhofer CPM Fraunhofer Cluster of Excellence Programmable Materials   Link
GroKuBat High volume plastic battery housing 19l21049F Link
Subi²Ma Sustainable biobased and biohybrid materials   Link
Ecodynamics SMC Application of fiber composites for chassis parts in series production 03LB3023G Link
Lite2Duro Lightweight construction through resource- and CO2-efficient injection molding of thermoset molding compounds   Link
PLAST2bCLEANED Recycling of flame retardant plastics from waste electrical and electronic equipment (WEEE) 821087 Link
revolBras Collection and raw material recovery of PET packaging 033R272 Link
CuBER Copper-based flow batteries for energy storage & renewables integration 875605 Link
Fraunhofer CCPE Fraunhofer Cluster of Excellence Circular Plastics Economy   Link
SeDiMi Sensitive density separation of waste plastic mixtures 033RK084A Link
Melody Membraneless low-cost high-density RFB   Link
ReQ+ Cross-sectional project within the funding scheme "resource-efficient urban districts" 033W100B Link
Clean Sky 2 - Programme     Link
Clean Sky 2 - Eco-Design Transversal Activity     Link
Clean Sky 2 - Airframe ITD - Eco-Design     Link