New Publication Based on CORALIS: Sustainable Potassium Nitrate Production Through Industrial Symbiosis
Industrial symbiosis (IS) continues to prove its value as a strategy for enhancing sustainability and boosting economic performance across industrial sectors. A newly published study, “Sustainable Potassium Nitrate Production Through Industrial Symbiosis Approach”, by researchers
Sustainable Potassium Nitrate Production Through Industrial Symbiosis Approach
Abstract: Industrial symbiosis (IS) plays a crucial role in enhancing sustainability within industrial ecosystems by facilitating the exchange of waste, by-products, energy, and resources among different industries. This collaborative approach reduces resource consumption, minimizes waste
CORALIS work on recommendations for standardisation committees
The future of European industry is being shaped by the need for sustainability and resource efficiency, with industrial symbiosis (IS) emerging as a key driver. Industrial symbiosis refers to the collaborative exchange of materials, energy,
CORALIS Handbook: Key Insights for Industrial Symbiosis Projects
The CORALIS project has played a pivotal role in advancing industrial symbiosis (IS) initiatives, offering invaluable guidance and practical tools for stakeholders involved in resource efficiency, waste reduction, and collaborative partnerships. The Deliverable 10.5 "CORALIS Handbook",
D5.6: Preliminary results on demonstration activities in QSr (CO)
Publishable summary: Following the design and construction of the demonstration plant for potassium nitrate production using moving ion exchange resins (see Deliverable 5.3 - Construction of the KNO3 reactor and Deliverable 5.5 - IS solution
New publication based on CORALIS: Decision-Making and Selection Framework for Potential Implementation of Concentrated Solar Power Technologies: Case StudyNew publication based on CORALIS: Decision-Making and Selection Framework for Potential Implementation of Concentrated Solar Power Technologies: Case Study
New publication based on CORALIS: Decision-Making and Selection Framework for Potential Implementation of Concentrated Solar Power Technologies: Case Study
The transition to sustainable industrial processes requires efficient renewable energy solutions. A newly published study, Decision-Making and Selection Framework for Potential Implementation of Concentrated Solar Power Technologies, explores how CSP technology can be optimised for
D12.1 – POPD – H – Requirement No. 1 (PU)
Publishable summary: This deliverable aims to address the ethics issues which may raise due to related activities within CORALIS project. CORALIS activities include the participation of external agents both in terms of recipient of dissemination
D11.8 CORALIS learning materials (PU)
Publishable summary: CORALIS is an EU-funded demonstration project designed to generate real-world experiences in the deployment of Industrial Symbiosis (IS) solutions (No. 958337). The deliverable D11.8 "CORALIS Learning Materials" documents the creation of learning materials
D11.7 Final report on communication and dissemination activities (PU)
Publishable summary: This deliverable presents the final report on communication and dissemination activities for the CORALIS project. It outlines the implementation of the Communication and Dissemination (C&D) Plan, which has guided the consortium’s activities throughout
D10.5: CORALIS Handbook (PU)
Publishable summary: Industrial Symbiosis faces technical, managerial, and economic barriers to their implementation. IS vary depending on the regions and the co-location of industries there and the presence of specific material flows. Furthermore, demand for
