SciTransfer
Organization

Quantis Sarl

Swiss sustainability consultancy providing life cycle assessment and environmental impact analysis across energy, materials, and circular economy research projects.

Innovation consultancyenvironmentCHSME
H2020 projects
30
As coordinator
0
Total EC funding
€5.7M
Unique partners
337
What they do

Their core work

Quantis is a sustainability and life cycle assessment (LCA) consultancy that measures and evaluates the environmental footprint of industrial processes, materials, and products within EU research projects. They provide environmental impact assessment, sustainability metrics, and eco-design guidance across energy, chemicals, food, and materials value chains. Their core contribution to consortia is quantifying whether a new technology or process actually delivers on its environmental promises — from CO2 capture in cement plants to bio-based plastics and tyre recycling. They translate complex environmental data into actionable sustainability insights for technology developers and industry partners.

Core expertise

What they specialise in

Life cycle assessment for industrial decarbonizationprimary
10 projects

Consistent LCA role across LEILAC (cement CO2), CLEANKER (calcium looping), SIDERWIN (CO2-free steel), MEMBER (CO2 capture membranes), and multiple energy projects.

Sustainability assessment of bio-based materials and circular economyprimary
8 projects

Environmental evaluation in NEWPACK (bioplastics), BioCatPolymers (bio-monomers), MMAtwo (PMMA recycling), BlackCycle (tyre recycling), and Glaukos (circular textiles).

Environmental metrics for energy systemssecondary
6 projects

Sustainability analysis for SCARABEUS (concentrated solar), HIFLEX (thermal storage), SOLSTICE (molten salt batteries), BIONICO (hydrogen), and building energy projects HEART and ReCO2ST.

Food and agriculture sustainability evaluationsecondary
4 projects

LCA contributions in FARMYNG (insect protein production), SIEUSOIL (land use), Zelcor (lignocellulosic biorefineries), and SMARTBOX (biocatalytic oxidations).

Critical raw materials and resource efficiencyemerging
3 projects

Environmental assessment in SecREEts (rare earth elements), SCALER (industrial symbiosis), and EPOS (process industry resource efficiency).

Evolution & trajectory

How they've shifted over time

Early focus
Industrial CO2 capture and reduction
Recent focus
Circular bioeconomy and sustainable materials

In 2015-2018, Quantis focused heavily on industrial decarbonization — CO2 capture from cement and steel production, membrane technologies, hydrogen generation, and building energy retrofits. From 2019 onward, their portfolio shifted markedly toward bio-based materials, circular economy, and sustainable chemistry: fermentation-based polymers, bioplastics, tyre recycling, and insect protein. This evolution mirrors the broader EU policy shift from emission reduction technologies to circular bioeconomy and reflects growing industry demand for sustainability certification of new bio-based products.

Quantis is deepening its expertise in bio-based and circular material systems, positioning itself as a go-to LCA partner for any consortium developing alternatives to fossil-based chemicals, plastics, or processes.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European29 countries collaborated

Quantis operates exclusively as a consortium partner, never as coordinator — consistent with a consultancy providing a specialized cross-cutting service (LCA/sustainability assessment) rather than driving core technology development. With 337 unique partners across 29 countries, they are a high-connectivity hub: they rarely repeat partners, instead plugging into diverse consortia wherever environmental impact quantification is needed. This makes them easy to work with — they adapt to different consortium structures and bring an established methodology rather than competing for technical leadership.

Quantis has collaborated with 337 different organizations across 29 countries, making them one of the most broadly networked SMEs in H2020 sustainability assessment. Their partnerships span Western and Southern Europe extensively, with strong connections to industrial and academic partners in France, Germany, Italy, Spain, and the Netherlands.

Why partner with them

What sets them apart

Quantis brings independent, quantitative environmental credibility to research consortia — they are neither the technology developer nor the end user, but the neutral party that validates whether a new process truly reduces environmental impact. Their breadth across energy, chemicals, food, and materials means they can benchmark sustainability claims against a vast library of comparable assessments. For consortium builders, adding Quantis signals methodological rigor on the sustainability work package, which strengthens proposals and satisfies evaluators looking for credible impact assessment.

Notable projects

Highlights from their portfolio

  • LEILAC
    Flagship cement decarbonization project addressing one of the hardest-to-abate industrial sectors, with direct separation calcining technology to eliminate CO2 from lime and cement production.
  • BlackCycle
    Large-scale circular economy project converting end-of-life tyres into secondary raw materials for new tyre production — a complete value chain circularity demonstration.
  • SOLSTICE
    Their most recent and highest-funded project (EUR 346,250), developing sodium-zinc molten salt batteries for stationary energy storage — indicating a move into next-generation energy storage assessment.
Cross-sector capabilities
Energy systems and decarbonizationFood and bio-based value chainsChemical and materials manufacturingConstruction and building retrofit
Analysis note: Quantis is a well-known LCA consultancy; their consistent participant-only role across 30 diverse projects strongly supports the sustainability assessment specialist interpretation. Funding data is missing for 9 early projects, which slightly limits financial analysis. The profile is inferred from project topics and their cross-cutting role pattern rather than from explicit role descriptions in the data.