@HorizonEU project 🐟🌿 Producing advanced bio-based #fertilizers from fisheries wastes, to promote the #circulareconomy model. Grant Agreement NO 101000402
Joined March 2021
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🔵 @Sea2Land project results: Business Plans🔵
💡 @ipskonzalting presents the eight business plans that were created throughout the project, seven focused on pilot projects and one on pilot technology, covering diverse approaches.
📽️ youtube.com/watch?v=JGbtiTv_…
🔵@Sea2Land Project Results🔵
💡DSS Platform: Smart Decisions for Sustainable Fertilization, choosing the right fertiliser is key for crop performance & sustainability.
🔗sea2land.sid-isq.com/landing…
🔵@Sea2Land Project Results 🔵
➡️ MAP VISOR: A powerful tool to identify areas most in need of fertilization and the specific nutrients required.
Explore it sea2landgisviewer.eu/
🌍Nutrient status in European soils varies widely: some regions face deficits, others surpluses.
@Sea2Land H2020 Project results: Stakeholder engagement
👩🌾 @ipskonzalting led stakeholder engagement connected with over 2,000 stakeholders across 10 European countries using surveys, interviews, and brainstorming sessions.
📽️ youtube.com/watch?v=-imLSNBH…
💧🌱@Sea2Land Project results: Recovering nutrients from aquaculture industry byproducts.
youtu.be/sNp6lvQef74
📽️ Miguel Martínez, from @BETA_TechCenter
📢 @Sea2Land at RAMIRAN 2025: Benefits of BBFs despite yield penalties under future climate scenario
Our partners from Université de Liège (Gembloux Agro-Bio Tech), presented a poster at the RAMIRAN 2025 conference in Wageningen (Netherlands).
✅The presentation summarised the results of a novel experiment carried out at the TERRA‑Ecotron facility, where 4⃣different biobased fertilisers (#BBFs) were compared to a conventional synthetic fertiliser under both a reference climate and a future climate scenario.
✅Quality and safety assessment of bio-based fertilisers derived from fishery and aquaculture by-products.
🎯Objective: To ensure that the fertilisers produced in @Sea2Land are safe for the environment and human health and effective for agricultural use.
🎥youtu.be/fAzVH7pIlk0
🌾Modelling the Future of Bio-Based Fertiliser Effectiveness: Application of the DNDC model across 5⃣European experimental sites to simulate the impact of bio-based fertilisers on soil nitrogen dynamics under current and extreme climate conditions.
👉sea2landproject.eu/wp-conten…
ALT Comparison of measured (dots) and simulated (line) soil mineral nitrogen (as a sum of NO3-N and NH4-N) at 10 cm depth plotted as a function of time on the left-hand side figure for the Apelsvoll experimental site
ALT Comparison of the dynamics of relative changes in simulated soil NO3-N and NH4-N content for the three BBFs, calculated with the unfertilized treatment set as the reference value at the Jogeva experimental site.
🤝Stakeholder Engagement for Sustainable Fertiliser Adoption: @SEA2LAND has developed a comprehensive Inventory of Stakeholders to understand the perspectives and influence of key actors in the transition to bio-based fertilisers.
👉sea2landproject.eu/wp-conten…
ALT Brainstorming sessions in Spain , Italy and Estonia
🧠🌱Smart Farming with Biofertilisers: @Sea2Land has developed a Decision Support System to help farmers, agronomists, and advisors select the most suitable fishery-based biofertilisers for their specific agricultural conditions.
👉sea2landproject.eu/wp-conten…
🌾 Boosting Alfalfa Productivity with Aquaculture-Derived Fertilisers: Evaluation of the phosphorus use efficiency of bio-based fertilisers derived from aquaculture waste in Andisol soils, focusing on alfalfa, the world’s most important forage crop.
👉sea2landproject.eu/wp-conten…
ALT Figure 1: Forge yield of alfalfa grown in Andisol soil and fertilized with 100 kg/ha of P2O5 using three BBFs derived from aquaculture wastes and two control treatments (No-P and inorganic-P). The inorganic –P was triple superphosphate and BBFs treatments were: Composted fish sludge (CFS), fish bone meal (FBM) and dried fish sludge (DFS). FY and PUE was measured in five harvests (H1 to H5)
🌿 How to Assess the Environmental Impact of Fish-Based Fertilisers: A Life Cycle Perspective
@Sea2Land outlines a robust framework for evaluating the environmental footprint of bio-based fertilisers (BBFs) derived from fishery side-streams.
👉sea2landproject.eu/wp-conten…
ALT Figure: Processes to consider for an LCA of bio-based fertilizers. Environmental impacts of each step should be considered.
🌍 Reducing the Environmental Footprint of Bio-Based Fertilisers: A life cycle assessment by @Sea2Land reveals key environmental hotspots in the production and use of bio-based fertilisers derived from fish processing and aquaculture waste.
👉sea2landproject.eu/wp-conten…
ALT Case studies in SEA2LAND project
🥦Bio-Based Fertilisers for the Future: Growing Organic Broccoli in 2095
@Sea2Land researchers experimented to evaluate the performance of bio-based fertilisers derived from fishery waste under both current and future climate conditions.
👉sea2landproject.eu/wp-conten…
🎥 “Recovering nutrients from fishery and fish processing industry by-products”. @Sea2Land is focused on closing the loop in the seafood value chain by converting fishery and aquaculture by-products into high-quality bio-based fertilizers (BBFs).
youtu.be/3RdqYMUlCOE
🌱From Fish Waste to Fertiliser Innovation: @SEA2LAND created intermediate products & bio-based fertilisers from fishery and processing side-streams in the Cantabrian, Adriatic, and Baltic regions, transforming waste into high-value agricultural inputs.
👉sea2landproject.eu/wp-conten…
♻️Unlocking the Value of Fishery By-Products: A Circular Economy Opportunity
🐟Traditionally discarded, the fishery and aquaculture by-products can now be transformed into high-value goods across multiple industries.
👉sea2landproject.eu/wp-conten…
🌍 Scaling Sustainable Fertiliser Solutions Across Europe: @Sea2Land demonstrates how fishery and aquaculture side streams can be transformed into high-quality bio-based fertilisers (BBFs), closing nutrient cycles across seven EU maritime regions.
👉sea2landproject.eu/wp-conten…
