SciTransfer
Organization

FERTIBERIA SA

Major Spanish fertilizer manufacturer scaling up bio-based fertilisers, nutrient recovery, and circular economy processes through EU-funded industrial validation.

Large industrial companyfoodESNo active H2020 projects
H2020 projects
8
As coordinator
1
Total EC funding
€3.4M
Unique partners
134
What they do

Their core work

Fertiberia is one of Spain's major fertilizer manufacturers, operating large-scale production facilities for mineral and increasingly bio-based fertilizers. In H2020, they contribute industrial-scale manufacturing expertise, real-world testing infrastructure, and market knowledge for turning research on nutrient recovery, bio-based inputs, and circular economy processes into commercially viable fertilizer products. They bring the critical "last mile" capability — taking lab-proven nutrient recycling and bio-based formulations and validating them at industrial scale.

Core expertise

What they specialise in

Bio-based fertilisers and biostimulantsprimary
3 projects

Central to B-FERST (both as participant and third party) and NewFert, covering bio-based fertiliser formulation, soil conditioning, and industrial upscaling.

Nutrient recovery and phosphorus recyclingprimary
2 projects

Coordinated NewFert on nutrient recovery from biobased waste, and partnered in P-TRAP on phosphorus removal and recycling from diffuse water sources.

2 projects

Participated in CORALIS (largest single funding at EUR 1.9M) on industrial symbiosis including CO2 utilization and waste heat recovery, and RETROFEED on circular economy in process industry.

Waste valorisation for materialssecondary
1 project

Contributed to KARMA2020 on converting industrial feather waste into keratin-based materials and bioplastics.

District energy systemsemerging
1 project

Participated in WEDISTRICT on renewable district heating and cooling, likely contributing industrial waste heat from fertilizer production.

Evolution & trajectory

How they've shifted over time

Early focus
Nutrient recovery and phosphorus recycling
Recent focus
Bio-based fertiliser industrialisation

In their early H2020 participation (2015-2018), Fertiberia focused on foundational nutrient science — phosphorus removal, nutrient recycling from waste streams, and water quality remediation. From 2019 onward, their focus shifted decisively toward bio-based fertiliser production at industrial scale, circular economy integration, and industrial symbiosis. This evolution reflects a company moving from "how to recover nutrients" to "how to build a commercially viable bio-based fertilizer business" — a clear trajectory toward sustainable industrial transformation.

Fertiberia is positioning itself as a bridge between circular economy waste streams and commercial fertilizer markets, making them an ideal partner for any project needing industrial-scale validation of bio-based nutrient products.

Collaboration profile

How they like to work

Role: active_partnerReach: European23 countries collaborated

Fertiberia predominantly joins as a participant (6 of 8 projects), contributing industrial infrastructure and market validation rather than leading research. They coordinated one project (NewFert) and served as a third party in another, suggesting they are most comfortable providing real-world testing grounds and scale-up capability within large consortia. With 134 unique partners across 23 countries, they maintain a broad European network, making them a well-connected industrial anchor for multi-partner projects.

Fertiberia has built a wide European network of 134 partners spanning 23 countries, indicating consistent engagement across diverse consortia rather than reliance on a small circle. Their partnerships span research institutions, SMEs, and other industrial players across the fertilizer and circular economy value chain.

Why partner with them

What sets them apart

Fertiberia brings something rare to EU research consortia: a large-scale fertilizer manufacturer willing to test and validate bio-based and circular-economy-derived fertiliser products in real industrial settings. While many projects struggle to move from lab results to market-ready products, Fertiberia provides the production infrastructure, regulatory knowledge, and distribution channels to close that gap. For any project needing to prove that recovered nutrients or bio-based formulations can work at commercial scale, they are a natural and credible validation partner.

Notable projects

Highlights from their portfolio

  • CORALIS
    Largest single EU funding (EUR 1.9M) — focused on industrial symbiosis and CO2 utilization, representing Fertiberia's ambition to integrate circular economy at plant level.
  • NewFert
    Their only coordinated project, directly aligned with core business — nutrient recovery from biobased waste for fertilizer production.
  • B-FERST
    Deeply involved (both participant and third party) in the flagship bio-based fertiliser project, signalling this as a strategic priority for the company.
Cross-sector capabilities
Environment — nutrient recycling, wastewater treatment, phosphorus recoveryEnergy — industrial waste heat recovery, district heating integrationManufacturing — process industry retrofitting, resource efficiencyMaterials — bio-based materials from waste valorisation
Analysis note: Profile is well-supported by 8 projects with clear thematic coherence. Funding data is missing for 4 projects (showing as zero/null), so the total EC funding of EUR 3.4M likely understates their actual contribution scope. The dual role in B-FERST (participant + third party) suggests involvement through both the main entity and a subsidiary or affiliated plant.