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Home / Horizon Europe / HORIZON-CL6-2027-02-FARM2FORK-02

Increasing mitigation of GHG emissions and feed efficiency through feed additives

Announced, not yet open · HORIZON Innovation Actions · HORIZON-CL6-2027-02-FARM2FORK-02

Next cut-off
23 Sept '27
in 382 days
Per grant
€6.0M
the call's own average
Grants expected
2
projects that will be funded
Funding rate
70%
the rest is your own money

In context of Horizon Europe

This grant€6.0M
The track runs to the largest grant in Horizon Europe (€171M). The median across the 482 calls we publish is €5.3M, this one is above it.

What this call funds

Expected Outcome:

Project results are expected to contribute to all of the following expected outcomes:

  • farmers experience increasing benefits from the adoption of safe, efficient, practical and affordable improved or novel feed additives and related practices that reduce GHG and air pollutants emissions, minimize environmental impact and have neither adverse effects on animal productivity nor on animal welfare;
  • Farmer and agricultural advisors gain improved access to knowledge, resources and distribution channels for feed additives, that favour the integration of these solutions into common practices;
  • evidence-based recommendations are provided for the implementation of EU policies and strategies, including the CAP, relevant to sustainable livestock farming systems, while also serving as a resource for regulatory authorities.

Scope:

The projects under this topic are relevant to the EU policies related to the EU Green Deal objectives for resilient and sustainable agri-food systems, the EU climate policy, the methane strategy, the Vision for Agriculture and Food, and the EU Action Plan for the Development of Organic Production[1].

Livestock production significantly contributes to GHG emissions and resource consumption, making it essential to improve feed efficiency and reduce environmental impact. Enteric fermentation in ruminants produces substantial methane emissions, while inefficient feed conversion increases feed demand, land use, and pollution. Developing and implementing effective feed additives can lower methane production, enhance nutrient utilization, and reduce nitrogen excretion, supporting sustainable livestock farming, improved profitability for farmers, and global climate goals.

Trimmed here, the full scope, expected outcomes and award criteria are on the official topic page ↗.

What applying costs you

ItemEstimateNote
Drafting effort6–8 weekssingle submission
Partner search4–8 weeksruns in parallel, and it is the part that slips
Your own money€2.6M30% of project cost, over the project's life
Time to first payment6–9 monthscut-off → evaluation → grant agreement

These are Bemzu's estimates from the call's structure (the number of stages and whether a consortium is required) not figures published by the Commission. Only the co-financing share is read from the call itself.

Where these conditions come from

Two kinds of row. Most are the sentence we read the condition from, quoted out of the call itself. Some say plainly that they are not a quotation but the programme's own rule for this type of action, the EU portal publishes a table of contents where the conditions should be, so for a Research and Innovation Action the rate comes from the rulebook rather than from the fiche.

ConditionQuoted from the call, or the rule behind it
Consortium sizeNot quoted from this call — Innovation Actions under the Horizon Europe rules are at least three independent legal entities from three different Member States or Associated Countries, at least one established in a Member State.
Funding rateNot quoted from this call — Innovation Actions under the Horizon Europe rules are funded at 70% of eligible costs for profit-making organisations, and 100% for non-profit legal entities — the rate shown here is the one that applies to a company.
MaturityProposals should address all the following activities: • develop and test a wide range of additives that reduce emissions in operational environment (reaching TRL 7), their synergies and optimal delivery strategies for diverse terrestrial livestock systems, including extensive and grass-based system

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