Feedstock Characterization for Enhanced Heat Recovery from Composting Processes: A Review

Effect of Substrate Size Reduction and Periodic Nutrient Supplementation on Biological Wood Oxidation

TEAPOTS: Agriculture Waste Pyrolysis and Thermocomposting for Renewable Energy in Sustainable Agri-Food Sector

A systematic review on the potential of agro-industrial waste for pyrolysis: feedstocks properties and their impact on biochar and pyrolysis gas composition

Urine-derived solids as nutrient sources to enhance microbial wood degradation in a composting environment

Reframing Agricultural Waste for Europe’s Renewable Future

Ai-driven spatiotemporal modelling of agricultural biomass residues in Northern Italy: A data-fusion and explainable-AI framework

Horizon Europe Sister Projects Discuss Data-Driven Tools for Sustainable Agriculture

Phosphate addition regulates microbial wood degradation in a composting environment through phosphorus supply, pH control, and bacterial community restructuringem

Characterization of Feedstocks for the Optimization of Energy Recovery from Composting: A Review for the Teapots Project

Agricultural Waste Pyrolysis and Thermocomposting for Renewable Energy in a Sustainable Agri-food Sector: The TEAPOTS project

Remote Sensing and GIS-Based Assessment of Vineyard Pruning Residues for Bioenergy and Biochar Production

Energy and Material Recovery from Agri-Food Waste: Optimizing Feedstock Mixture for Thermocomposting and Pyrolysis

Thermocomposting of Agri-Food Waste: Optimization of Energy Recovery

Defining Best Recipes and Optimum Parameters for The Valorization of Agri-Food Residues Through Compost Heat Recovery Systems

TEAPOTS Survey Explores Farmers’ Waste Practices

DGS highlights their role in TEAPOTS project

From waste to warmth: TEAPOTS breathes new life into compost heat systems

Unlocking the Hidden Energy in Europe’s Fields: The TEAPOTS Project Maps Biomass Potential

D1.2 - Ethics Plan

D3.1 - GIS maps for the identification of soil for biomass

D2.2 - First deployment of the TIS (industrial use)

D2.3 - Deployment of sensors on the PU

D2.4 - Maps of theoretical availability of feedstock for target areas

D2.5 - Feasibility and improvement factors of CHRS

D3.2 - Database, Web portal and API developed

D3.3 - Agronomic data evaluation

D3.4 - Agronomic data integration

D4.5 - Evaluation the effects on soil biodiversity

D4.6 - Evaluation of the compliance of PU gas emissions with regulation

D5.1 - Prediction system of biomass yields and logistics

D5.2 - Decision Support System Design and Functionalities

D5.3 - User Interface Manual

D6.1 - Survey results on end-users demands

D6.2 - Life cycle sustainability profile

D6.3 - By-products’ development plan

D6.4 - Business model

D7.2 - Report on workshops and articles’ results

D7.3 - Dissemination Workshop’s results

D7.4 - Initial Exploitation Plan and IPR Manual

D7.5 - Final Exploitation Plan and IPR Manual