Abstract

The recovery of phosphorus (P) from waste streams in specific industrial processes could really contribute to a more sustainable P supply chain, which is considered critical due to its high-risk economic relevance and to negative impacts on the environment. Although more than 30 types of P recovery technologies are already available, their full-scale implementation is not widespread. To make solutions for P recovery in the industrial sector mainstream, it is necessary to change the perception of companies that own flows rich in P, often considered an issue. The lack of decision-making tools and methodologies to identify the optimal solution for specific cases limits the diffusion of P recovery technologies. To unlock this situation, this paper proposes an integrated industry-oriented methodology to facilitate knowledge transfer from the scientific community to the industrial sector, supporting companies in the evaluation of technical, economic, environmental and social benefits/risks of P recovery. The methodology, applied to an Italian case study, uses both innovative and consolidated tools to provide quantitative information at the firm level to investigate a closed P loop: starting from mapping P flows in the industrial process, the methodology guides companies in the choice of the most suitable option for its business strategy, providing data to evaluate the economic feasibility of the investment and some Key Performance Indicators (KPIs) to assess and monitor their efficiency in managing P. The methodology can be replicated in other contexts by both companies and consultants to explore and disseminate the opportunity to recover and reuse P from industries. The evaluation of the selected KPIs can be integrated into scientific analyses to compare solutions and to accelerate the shift from pilot to full-scale implementation of promising technologies. Finally, it can be used as an exercise for the training of new professionals in the P management sector.

Highlights

  • Numerous researches on phosphorus (P) and its management have been conducted for several decades

  • A more sustainable model to manage P, based on the circular economy paradigm, consists of the recovery of P from some waste streams, such as wastewater, sewage sludge and sewage sludge ashes, and its reuse in new products, such as fertilizers, which consume the greatest part of mined P worldwide, ensuring crop and animal production systems

  • The project Prosumer—Techno-economic and environmental feasibility study of Phosphorus recovery and reuse in fertilizers applied to Italian Prosumers, funded by European Institute of Innovation and Technology (EIT) Climate KIC, aimed to identify the techno-economic conditions that make the implementation of a P recovery technology feasible in Italian food companies

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Summary

Introduction

Numerous researches on phosphorus (P) and its management have been conducted for several decades. The importance of progress in this direction was recognized by two communities of the European Institute of Innovation and Technology (EIT), an EU body created to strengthen Europe’s ability to innovate via funding of innovative projects. Both EIT RawMaterials and EIT Climate KIC considered P management to be a relevant sector to be inserted in their portfolios of innovations. The project Prosumer—Techno-economic and environmental feasibility study of Phosphorus recovery and reuse in fertilizers applied to Italian Prosumers (producers and consumers of P) (no. 200103, 2020), funded by EIT Climate KIC, aimed to identify the techno-economic conditions that make the implementation of a P recovery technology feasible in Italian food companies

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