http://hdl.handle.net/10854/6621 2026-04-25T16:44:40Z 2026-04-25T16:44:40Z Lloveras, Anna van Dijk, Kimo Schoumans, Oscar Marks, Evan Llenas, Laia http://hdl.handle.net/10854/6765 2025-11-28T11:30:12Z 2020-06-30T00:00:00Z

D1.1 Report on the flow assessment, logistics and characterisation of animal manure and by-products Lloveras, Anna; van Dijk, Kimo; Schoumans, Oscar; Marks, Evan; Llenas, Laia This study was carried out as part of the European demonstration project FERTIMANURE funded by the H2020 Programme (project number 862849) titled Innovative nutrient recovery from secondary sources – Production of high-added value FERTIlisers from animal MANURE. The work carried out for this deliverable is part of FERTIMANURE work package 1 (WP1), of FERTIMANURE framework. This deliverable is based on the activities of Task 1.1 Flow assessment, logistics and characterisation of animal manure and by-products. This task and deliverable, led by LEITAT, has the main objective of identifying and quantifying current manure production in the participating European Union (EU) countries and regions. Firstly, an overview of manure nutrient production for the whole of Europe is addressed. This is partly based on the thorough work of the Nutri2Cycle project (H2020). The FERTIMANURE project takes advantage of this valuable resource as the starting point for a more detailed analysis at the level of the participating regions, which is the special added value the present deliverable 1.1. The following sections provide detailed information about the amounts and nutrient flows of manure resources in the EU regions considered in FERTIMANURE. These sections compile data from EU countries where FERTIMANURE has pilot plants, formatted in a standardized format for unification and processing in order to have a complete vision of manure generation and management costs. On the one hand, this has involved providing data on livestock densities in each region and the amounts of nutrients generated by the sector in each regional case. This first activity has the objective of quantifying and detecting the flows of manure resources in the project regions where livestock farming intensification is generating large amounts of manure. This is accompanied by informative maps of the animal densities and nutrient densities within each region. Next, detailed information is given about the chemical composition of the considered livestock manures (cow, pig, and chicken). This is data provided by each partner, and helps characterize the differences between EU regions and the particularities of manure management in this regard. Finally, data on current manure treatments and transport costs was compiled. This information can be used to contrast treatment options with transport out of nutrient hot spots and the costs of operation and business models considered in the project. Due to the inclusion of CELAC partners, information from Argentina has been collected and reported in Annex II, so that the information may be exploited in the CELAC region.

2020-06-30T00:00:00Z Jorba, Montse Marks, Evan Ramis, Gal·la Llenas, Laia http://hdl.handle.net/10854/6632 2025-11-28T11:30:12Z 2021-01-31T00:00:00Z

D1.5 Report on capitalization of relevant projects results Jorba, Montse; Marks, Evan; Ramis, Gal·la; Llenas, Laia The work developed in this task is part of the WP1. FERTIMANURE framework, in particular of Task 1.5 Capitalization of relevant projects results developed by LEITAT, whose aim is to identify on-going and finished projects related with manure in the field of nutrient recycling, manure management, bio-based fertilizers and dissemination. The task aims to ensure maximisation of synergies between FERTIMANURE tasks and other related project activities and also elimination of all possible cases of overlaps. For that purpose, the approach is to become permanently aligned with all FERTIMANURE work packages and create an interactive and living tool, in order to make the accumulated experience usable during the project execution, linking with other related project outputs, skills and expertise. For the first thirteen months of the project, LEITAT created a database to compile all the projects related with FERTIMANURE framework. This database was filled in within partners contributions, European Sustainable Phosphorous Platform (ESPP) database(https://phosphorusplatform.eu) and Biorefine Cluster Europe (www.biorefine.eu/) with a total database of 163 projects. Information about running and finished projects was obtained including: name, acronym, website, summary (relevant information for FERTIMANURE), end date, partner coordinator, contact person, type of funding, current status, type of project (national, European or international). This information will be published at the FERTIMANURE website (www.fertimanure.eu) and can be used by stakeholders and general public. Each project was categorized by thematic area and the main objectives within the following categories: Organic wastes, Technology, End-products, Dissemination, Crop systems and Management. These categories were used to create a word cloud which includes the relevant information for FERTIMANURE of all the projects categorized. Moreover, data analysis was developed in order to obtain relevant results about the information compiled like diversity of projects or budget. Finally, LEITAT together with all FERTIMANURE partners selected the 5 most relevant projects in order to arrange a meeting with the coordinator. These meetings will have the objective of taking advantage of all the previous work done in the field of nutrient recycling and manure management, fertilization using BBFs or dissemination. The objectives of this work is basically to identify: • which are the challenges that have been identified in order to learn from them and avoid similar problems in FERTIMANURE, • the most relevant results in order to avoid overlaps and take advantage of the results specially addressed by FERTIMANURE and go beyond • in the on-going projects, identify potential synergies with FERTIMANURE and to monitor the projects results.

2021-01-31T00:00:00Z Cucina, M. Adani, Fabrizio Zilio, M. Herrera, A. Lloveras, Anna Moreira, Mariana Delaune, Marie Gutierrez Llerenas, Juan Pablo Meers, Erik Assaker, Aurore Schoumans, Oscar van Dijk, Kimo Llenas, Laia http://hdl.handle.net/10854/6631 2025-11-28T11:30:12Z 2021-01-31T00:00:00Z

D1.4 Report on the nutrient imbalance analysis Cucina, M.; Adani, Fabrizio; Zilio, M.; Herrera, A.; Lloveras, Anna; Moreira, Mariana; Delaune, Marie; Gutierrez Llerenas, Juan Pablo; Meers, Erik; Assaker, Aurore; Schoumans, Oscar; van Dijk, Kimo; Llenas, Laia In FERTIMANURE WP1 (FERTIMANURE framework), the animal manure value chain was evaluated by (i) analysing the current scenario in the on-farm experimental pilots, (ii) defining the current market situation of bio-based fertilizer products, and (iii) identifying the main barriers (i.e. politic, economic, social, environmental and legal). Task 1.4 (Regional nutrient imbalance analysis) aimed to review the literature of nutrient imbalances between regions in Europe to better predict where the nutrients recovered in FERTIMANURE can contribute in the long-term sustainability of production agriculture. Deliverable 1.4 (Report on the nutrient imbalances analysis, deadline M13) aims to understand if the need of nutrients for national agricultural production can be satisfied with only the recovery of nutrients derived from animal manure and other biomasses. Specifically, D1.4 reports the results of the nutrients imbalance analysis carried out in Task 1.4. The deliverable is structured as follows: • General introduction describing Task 1.4, the deliverable structure and the methodology used to perform the nutrients imbalances analysis; • Results analysis divided into chapters, one for each country; • Comparison of the results obtained with additional local data, when available; • Overall conclusions.

2021-01-31T00:00:00Z Ferrari, Ramiro Amery, Flora Berger, Marie-Cristine Chubb, Lindsay Garmendia Lemus, Sergio Steisel, Danaé Lloveras, Anna Ramis, Gal·la Llenas, Laia http://hdl.handle.net/10854/6629 2025-11-28T11:30:12Z 2021-01-31T00:00:00Z

D1.3 Report on the BBF Regulatory Framework in the EU and CELAC countries Ferrari, Ramiro; Amery, Flora; Berger, Marie-Cristine; Chubb, Lindsay; Garmendia Lemus, Sergio; Steisel, Danaé; Lloveras, Anna; Ramis, Gal·la; Llenas, Laia The main aims of the H2020 project FERTIMANURE focus on the development of production methods as well as the scaling-up of the production and use of biobased fertilisers (BBFs) derived from livestock manure, which shall be tailored for specific crop needs that will prove competitive in today's market. The project description also touches aspects of the treatment of the raw material. However, such raw material and most of the semi-processed products are neither with their product characteristics nor legally comparable to defined mineral fertilisers. This document looks at both the current and the impending regulation in order to provide a full picture on how the EU regulates certain fertiliser products. This document will pay special attention to the legislation that is relevant for processed biobased materials derived from manure in order to be used with the same rights and obligations that apply for mineral fertilisers. The relevant sections of Regulation (EC) 2019/1009 (also referred to as Fertiliser Products Regulation - FPR) have been summarised to provide an overview of the regulation. There are many similarities between the two regulations that will be highlighted in this document as well as the differences. There was a clear need for a drastic update to the regulation surrounding fertiliser products and in order to avoid such a gap in the regulation in future; it is likely that Regulation (EC) 2019/1009 will be adapted further and added to as the production of fertilisers further progresses. Specific legislation framework regarding CELAC countries has been developed specially for Argentina and Chile as participants in FERTIMANURE. Finally, this document provides a comparative analysis of the environmental legislation of the Argentine Republic and the EU and Chile and the EU, including the background of both and the Latin American regional blocks to which Argentina is a member (Mercosur), and others to which it is not a member, but which are considered for the comprehensive analysis (CAN).

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