UNIVERSIDAD DE ALICANTE

Their core work

Universidad de Alicante is a Spanish public university with strong applied research in materials chemistry, environmental science, and biorefinery processes. Their labs develop nanoporous materials for medical and environmental remediation, electrochemical technologies for green hydrogen and lignin valorization, and study dryland ecosystem resilience under climate change. They also serve as regional SME innovation coaches through EU-backed programmes, bridging academic research with business adoption across the Mediterranean and beyond.

What they specialise in

How they've shifted over time

In their early H2020 period (2014–2018), Alicante focused heavily on SME innovation coaching (IMP3rove diagnostics, innovation audits) and foundational research in astrophysics, archaeology, and materials. From 2019 onward, their portfolio shifted decisively toward green chemistry — electrochemical processes, biorefinery, biowaste valorization — and climate-related environmental research on drylands. The SME coaching activity tapered off while hands-on lab work in sustainable materials and energy conversion grew substantially.

Alicante is consolidating around electrochemical processes, biomass valorization, and climate resilience — expect them to pursue circular bioeconomy and green hydrogen consortia.

How they like to work

Alicante operates primarily as an active research partner (37 of 49 projects), but takes the lead when the topic aligns with their core strengths — they coordinated their ERC grants (BIODESERT, PALEODEM) and key materials/energy projects (NanoMed, FotoH2). With 644 unique partners across 48 countries, they are a well-connected hub rather than a repeat-partner institution, comfortable joining large consortia (20+ partners in RIA projects) and smaller targeted teams alike. This breadth makes them easy to integrate into new consortia without political complications.

With 644 unique consortium partners spanning 48 countries, Alicante has one of the broader collaboration networks among Spanish universities. Their reach extends well beyond the Mediterranean, covering Northern Europe, Latin America, and select partners in Africa and Asia through MSCA-RISE mobility projects.

What sets them apart

Alicante combines deep materials chemistry expertise (nanoporous sorbents, electrochemistry) with strong environmental and agricultural applications — a rare overlap that lets them contribute to both the lab synthesis and the end-use validation in a single project. Their Mediterranean location gives them natural credibility in dryland and climate research, while their SME coaching track record means they understand technology transfer, not just bench science. For consortium builders, they offer a reliable Spanish partner with broad thematic range and no niche lock-in.

Highlights from their portfolio

• BIODESERT
  ERC-funded project (EUR 1.1M) where Alicante led research on dryland ecosystem resilience — their largest coordinated grant and a flagship in climate science.
• FotoH2
  Coordinated project on photoelectrochemical solar hydrogen production, signaling their push into green energy conversion technologies.
• LIBERATE
  Major participation (EUR 605K) in lignin biorefinery using electrochemical flow reactors — at the intersection of their chemistry and sustainability strengths.