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Development of an Efficient Microwave System for Material Transformation in  energy INtensive processes for an improved Yield

Deliverables

Market study

This deliverable will outline the market for DESTINY outputs in terms of business potential, drivers and barriers, including externalities.

Value Chain Stakeholder Analysis

This document will include a systematic analysis for identifying the most important stakeholders within and around the DESTINY Value-chains of ceramic, cement and steel industries and set up tailored engagement strategies.

Electromagnetic characterization of raw materials

This deliverable will provide the results obtained in the laboratory investigation of dielectric properties of all materials processed inside the furnace (raw materials, products, intermediates).

Quality assurance, risks & data management plan.

This document will describe the management bodies and procedures set for assuring the best level of quality in work processes and in the reporting process (deliverables), to define how risks must be identified/followed/mitigated and to provide a guidance for the data management procedures. It serves as a reference for all related project members in order to identify their roles & responsibilities and how to address any eventuality.

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Publications

DESTINY project: Efficient microwave system for material transformation in energy intensive processes.

Author(s): V.L Guaita Delgado, A.M. Lopez Buendia, G.M. Revel, J.M. Catala Civera, A. Felis Rios, O. Centelles Vilalta, T. Hauck, L. Schmidt, C. Hillman, A.F. Santos, M. Molica Colella, K. Van Reusel, J. C. Fernandes Pereira, M. Founti
Published in: 2019

Eco-Efficient Electrical Processing In Energy Intensive Industry With High Temperature Microwave Kilns: The DESTINY Project

Author(s): V.L Guaita Delgado, A.M. Lopez Buendia, G.M. Revel, J.M. Catala Civera, A. Felis Rios, O. Centelles Vilalta, T. Hauck, L. Schmidt, C. Hillman, A.F. Santos, M. Molica Colella, K. Van Reusel, J. C. Fernandes Pereira, M. Founti
Published in: 2020

Rotation Effects And Improving Heating Uniformity In A Microwave Cavity For Continuous Ceramic Frit Melting

Author(s): Duarte M.S. Albuquerque, Ricardo M.S. Mimoso, José C.F. Pereira
Published in: 2019

Improved Manufacturing Through Continuous High Temperature Microwave Process: The Destiny Project

Author(s): D. Giannopoulos et al.
Published in: 2019

Microwave Synthesis Of Mixed Metal Oxides With In Situ Dielectric Characterization

Author(s): B. García-Baños, J.L. Godes, A. Felis, P. Plaza-González
Published in: 2019

Development of an Efficient Microwave System for Material Transformation in Energy Intensive Processes for an Improved Yield (DESTINY)

Author(s): Public Funded Project within the AMPERE Community
Published in: 2020