CA.RE. FOR ENGINEERING

Their core work

CA.RE. FOR ENGINEERING is a Florence-based engineering SME specialising in advanced process engineering for bioenergy and green fuel production from carbon-rich feedstocks. Their work centres on designing and evaluating conversion processes — from thermochemical routes (tar cracking, sorption-enhanced reforming, methanol synthesis) to hydrothermal treatment of wet biomass — that turn waste materials into marketable energy carriers. They contribute technical engineering expertise to EU research consortia working at the interface of chemistry, process design, and pilot-scale demonstration. Based on their project portfolio, they are likely involved in process modelling, mass-and-energy balance analysis, and technology evaluation rather than basic laboratory research.

What they specialise in

How they've shifted over time

In their first project (CONVERGE, 2018), CA.RE. was focused on the chemistry and engineering of thermochemical carbon valorisation — converting synthesis gas and carbon streams into green methanol and biodiesel through membrane-enhanced and electrochemical processes. By their second project (F-CUBED, 2020), the focus had shifted markedly toward wet-feedstock systems: hydrothermal processing, dewatering, nutrients recovery, and biomass logistics — a move from gas-phase chemistry toward aqueous-phase biorefinery engineering. The trajectory suggests a deliberate expansion from single-pathway fuel production into flexible, feedstock-agnostic biorefinery systems capable of handling diverse biogenic waste streams at pilot scale.

CA.RE. appears to be positioning itself at the intersection of wet biomass valorisation and flexible bioenergy systems — a direction well-aligned with EU policy priorities around biogenic waste utilisation and circular bioeconomy, making them a relevant partner for projects targeting hard-to-treat residue streams.

How they like to work

CA.RE. has participated exclusively as a consortium partner — never as a project coordinator — across both of their H2020 projects, signalling a preference for contributing focused technical expertise within larger research teams rather than leading project management. With 22 unique partners across 10 countries from just 2 projects, they consistently operate in medium-to-large international consortia (roughly 11 partners per project on average), suggesting they are comfortable working within complex multi-partner structures. This profile is typical of a specialised engineering firm that is brought in for a defined technical work package rather than for broad project leadership.

Despite only two projects, CA.RE. has built a surprisingly broad network of 22 consortium partners across 10 countries, indicating exposure to diverse European research ecosystems. Their network is EU-wide with no evident geographic concentration beyond their Italian base.

What sets them apart

CA.RE. FOR ENGINEERING occupies an unusual niche as a small Italian engineering firm with verified competence across two distinct bioenergy conversion paradigms — thermochemical (gas-phase methanol/biodiesel synthesis) and hydrothermal (wet biomass processing) — within just two projects, suggesting genuine technical breadth rather than narrow specialisation. For consortium builders, they offer engineering know-how that bridges laboratory chemistry and pilot-plant reality, a gap that pure research institutes often cannot fill. Their SME status and Florence location also make them eligible for SME-specific roles and relevant for Italian and Mediterranean bioenergy network connections.

Highlights from their portfolio

• F-CUBED
  The largest of their two grants (EUR 240,750) and the most forward-looking, targeting flexible conversion of diverse biogenic residues at pilot scale — a topic directly relevant to circular bioeconomy funding calls.
• CONVERGE
  Demonstrates the deepest thermochemical process engineering credentials, covering tar cracking, BTX recovery, sorption-enhanced reforming, and electrochemical compression in a single project scope.