SciTransfer
Organization

AGROINDUSTRIAL KIMITEC SL

Spanish agri-biotech SME developing biopesticides, biostimulants, and algae-based crop inputs from organic residues and recovered wastewater nutrients.

Technology SMEenvironmentESSMENo active H2020 projects
H2020 projects
2
As coordinator
1
Total EC funding
€1.9M
Unique partners
15
What they do

Their core work

Kimitec is a Spanish agroindustrial SME based in Almería — one of Europe's most intensive greenhouse farming regions — specializing in biological and bio-based crop inputs that replace synthetic chemicals. Their core work involves developing biopesticides from plant-derived compounds and industrial organic residues, and producing biostimulants (including algae-based products) that enhance crop performance while reducing synthetic inputs. They also work on recovering agricultural and industrial wastewater nutrients to create circular value streams. In practice, they sit at the intersection of agri-biotech, circular economy, and sustainable crop production.

Core expertise

What they specialise in

Biopesticide development from plant and industrial residuesprimary
1 project

Led BLOSTER (2015-2017, €1.28M) as coordinator, focused on valorising endemic plants and green industrial residues into innovative biopesticides.

Biostimulants and algae-based crop inputsprimary
1 project

Participated in Water2REturn (2017-2022) specifically contributing to the production of biostimulants and algae-derived high added-value products from recovered wastewater nutrients.

Wastewater nutrient recovery and water reusesecondary
1 project

Water2REturn keywords explicitly include water reuse and circular economy, indicating Kimitec's role in translating recovered nutrients into commercial agricultural products.

Organic waste and residue valorisationsecondary
2 projects

Both projects involve converting low-value materials — industrial residues (BLOSTER) and wastewater nutrients (Water2REturn) — into commercial crop protection or nutrition products.

1 project

The Water2REturn project directly targets circular economy principles, and Kimitec's role in that consortium connects wastewater treatment outputs to agricultural market applications.

Evolution & trajectory

How they've shifted over time

Early focus
Biopesticides from plant residues
Recent focus
Biostimulants, algae, circular water

In their first H2020 engagement (BLOSTER, 2015-2017), Kimitec's focus was narrow and product-oriented: developing biopesticides from endemic Spanish plants and organic industrial by-products — essentially biological crop protection from locally sourced raw materials. By their second project (Water2REturn, 2017-2022), the scope had expanded significantly toward biostimulants, algae cultivation, and circular water/nutrient systems, reflecting a broader shift from pest control toward full-spectrum bio-based crop inputs. The trajectory is clear: from a single-product biopesticide developer toward a company covering the wider biological agriculture inputs market, with circular economy logic threading through their R&D pipeline.

Kimitec is moving toward a full bio-input portfolio — combining biopesticides, biostimulants, and algae products within circular production systems — making them an interesting partner for projects targeting sustainable agriculture, biobased value chains, or nutrient recovery from organic waste streams.

Collaboration profile

How they like to work

Role: active_partnerReach: European9 countries collaborated

Kimitec has shown both leading and following roles: they coordinated BLOSTER independently (SME Instrument Phase 2, a highly competitive solo-company instrument) and joined the larger Water2REturn consortium as a participant. This split suggests a company comfortable driving its own innovation agenda while also integrating into multi-partner research projects when the application fits their product roadmap. With 15 partners across 9 countries from just 2 projects, their consortium exposure is relatively broad for their size.

Kimitec has built a network of 15 unique partners across 9 countries through just 2 projects, which reflects a notably diverse international footprint for a small Spanish SME. Their geographic spread covers multiple EU member states, consistent with the cross-border composition typical of Horizon 2020 consortia in environment and agri-biotech.

Why partner with them

What sets them apart

Kimitec operates from Almería — Europe's greenhouse capital — giving them direct, ground-level access to one of the world's most intensive and innovation-hungry agricultural production systems. Unlike academic research groups, they are a commercial company that needs results to reach the market, which means their R&D is tightly coupled to real product development and regulatory pathways for bio-inputs. Their ability to lead an SME Instrument Phase 2 project (the most competitive H2020 SME grant) signals genuine innovation capacity, not just participation for funding.

Notable projects

Highlights from their portfolio

  • BLOSTER
    Led as sole SME coordinator under the highly selective SME Instrument Phase 2 scheme (€1.28M), demonstrating independent innovation leadership in biopesticide development from endemic plants and industrial residues.
  • Water2REturn
    Long-duration Innovation Action (2017-2022) focused on closing the nutrient loop in wastewater — Kimitec's participation signals their pivot toward biostimulants and algae as commercial product lines within circular systems.
Cross-sector capabilities
food and agriculture — bio-based crop inputs directly target food production systemsbiotechnology — fermentation, algae cultivation, and biomass valorisation underpin their product pipelinewater and waste management — nutrient recovery from wastewater is a core competence from Water2REturn
Analysis note: Only 2 projects in the dataset, which limits depth of analysis. However, both projects have specific, informative titles and keywords, and the SME Instrument Phase 2 coordination is a strong signal of genuine innovation capacity. The keyword evolution between projects is meaningful despite the small sample. Profile should be treated as indicative rather than definitive — verification against Kimitec's commercial product catalogue would significantly strengthen it.