3DPOSTPERFORM "Exploring Postprocessing Opportunities for Additive Manufacturing of High Performance Ceramics"

Participant groups: ICV-CSIEC (Coordinator); CIEFMA-UPC; CIME-UPM.

IPS (ICV-CSIC): Dr. A.J. Sanchez-Herencia and A. Ferrandez-Montero

Source:Spanish Research Agency. PID2022-137274NB-C31
Start: September 2023
Duration: 3 years
Budget: 180.000 €

"3D printing of electroactive scaffolds for bone
regeneration"

Talent Attraction Program 2022.

Source: Comunidad de Madrid, 2022-T1/IND-23973
IP: A. Ferrandez-Montero
Durantion: 5 Years
Start: February 2023
Budget: 200.000 €

Programm Juan de la Cierva Formación for postdoctoral

Benificiary: Caterina Chirico

Source: Spanish Research Agency, FJC2021-047247-I
Supervisor: B. Ferrari
Durantion: 2 Years
Start: January 2023

EC0FOOTPrint "Eco-efficient printing of MultiMaterials for renewable H2 generation"

Participant groups: ICV-CSIC (Coordinator); IUNAN-UCO; ETSII-UPM; ETSI-US

IP (ICV-CSIC): Dr. B. Ferrari

Source: Proy. Transición Ecológica y Digital 2021 TED2021-129920B-C41
Start: December 2022
Duration: 2 years
Budget: 176.700 €

Eco-efficient 3D printing of MultiMaterials with photo- & electrochemical activity for water treatment and the green H2 generation.

Indutrial Doctorate agreement with COLFEED4Print S.L. to host Pablo Ortega as doctoral candidate.

Source: Comunidad de Madrid, IND2022/IND-23603
IP and Supervisor: B. Ferrari
Durantion: 3 Years
Start: December 2022
Budget: 90.000 €

Recovery of Ceramic and Metallic Wastes through Powders Generation for Additive Manufacturing and other Applications with High Added Value "

Contract with the company COLFEED4Print S.L associated to the the contract MISIONES PYME VIVALDI

IP: B. Ferrari
Durantion: 18 months
Start: 2022
Budget: 61.000 €

"ESTUDIO DE TECNOLOGÍAS INNOVADORAS PARA LA TRANSICIÓN DE LA INDUSTRIA METALÚRGICA HACIA UNA ECONOMÍA CIRCULAR BASADA EN LA VALORIZACIÓN DE SUBPRODUCTOS DEL PROPIO PROCESO PRODUCTIVO Y SU DESCARBONIZACIÓN MEDIANTE EL USO DE MATERIA PRIMA RENOV (HYMET)"

Contract with the company AMES PM TECH CENTER SAU associated to the the contract MISIONES

IP: B. Ferrari
Durantion: 18 Months
Start: 2022
Budget: 48.400 €

"DESARROLLO DE COMPONENTES INNOVADORES PARA LA GENERACIÓN DE HIDRÓGENO POR ELECTROLISIS, SU INYECCIÓN A LA RED DE GAS NATURAL Y SU TRANSPORTE A PARTIR DE PORTADORES LIQUIDOS (GREENH2PIPES)"

Contract with the company AMES PM TECH CENTER SAU associated to the the contract MISIONES

IP: B. Ferrari
Durantion: 18 Months
Start: 2022
Budget: 36.300 €

SinterLAB. "Formulation and Sintering of Tungsten Carbide Materials with Fe and Ti as Alternative Low Activation Binders"

Contract with the UK Atomic Energy Authority.
IP: A.J. Sanchez-Herencia
Start: 2021
Duration: 9 Moths

MicroMatters@AM "Additive manufacturing of metal-ceramic composites and advanced coatings from colloidal slurries".

Participant groups: CIEFMA-UPC (Coordinator); Materials Dept - UPM; GTP-UC3M

IP (ICV-CSIC): Dr. A.J. Sanchez-Herencia

Source: Proyectos I+D+i 2019 PID2019-106631GB-C42
Start: 2020
Duration: 3 years
Budget: 110.000€

POROMET: "Alternative methods for the fabrication of porous metallic plates".

Participant Companies: AMES PM TECH CENTER, S.A.; AMES SOLSONA SINTERING SA

IP (ICV-CSIC): Dr. B. Ferrari

Source: CIENCIA Retos - Colaboración RTC2019-007426-3
Start: 2020
Duration: 3 years
Budget: 170.545€

ADITIMAT-CM
Additive Manufacturing: from Material to Application

Consortium is formed by 6 research groups focused on Additive Manufacturing and funded by the Regional Government of Madrid (Spain) and the EU. https://www.aditimat.org/

METALDIS: Semi-industrial development of dispersion processes in liquids for the powdermetallurgical industry.

Participant Company: Aleaciones de Metales Sinterizados, S.A. (AMES)

Other participants: Centre Tecnologico de Manresa (CTM)

IP (ICV-CSIC): Dr. B. Ferrari

Source: CIENCIA Retos - Colaboración RTC-2017-6406-4
Start: 2018
Duration: 3 years
Budget: 223 057.50€

POLYMAGIC: Biodegradable PLA composites reinforced with micro and nano Mg particles: optimisation of processing and design, and industrial scale-up of temporary implants

CSIC team:

• M. Lieblich & J.L. Gonzalez, CENIM
• B. Ferrari & A.J. Sanchez-Herencia, ICV
• R. Benavente & L. Peponi, ICTP

Partners of the consortium leaded by Dr. M. Lieblich, principal researcher of the CSIC team:

• M. Lieblich, CSIC (CENIM-ICV-ICTP)
• L. Torre, University of Perugia (Italy)
• J.M. Raquez, University of Mons (Belgium)
• Terenzi, Material Design and Processing company (Italy)
• P. Lattanzi, Mirachrome S.r.l. (Italy)

Source: MINECO PCIN-2017-036; M-ERA.NET Call 2016
Start: 2017
Duration: 3 years
Budget: 172.000 €

Contract with the company FERRO Spain, S.A.
IP: B. Ferrari
Start: 2017
Duration: 3 months

Contract with the company Aleaciones de Metales Sinterizados, S.A.
IP: B. Ferrari
Start: 2017
Duration: 3 months

ING4MATER: Ceramic-metal composites and W-base refractory alloys for applications under severe service conditions: microstructural design and alternative processing routes

Coordinator: B. Ferrari of 4 Research Groups:
• Dr. B. Ferrari, Instituto de Cerámica y Vidrio, CSIC
• Prof. E. Gordo, Grupo de Tecnología de Polvos, UC3M
• Prof. L. Llanes, Dpto Ciencia de Materiales e Ingeniería Metalúrgica, UPC
• Prof. J.Y. Pastor), Dpto. Ciencia de Materiales, UPC

Source: MINECO excellence program. MAT2015-70780-C4-1-P
Start: 2016
Duration: 4 years
Budget: 437.500€/98.000€ + PhD contract

Tailoring Microstructure of TiO2 Photoactive Electrodes through Nanofibers, Plasmonic Nanometals and Absorption of LbL Polyelectrolytes

Source: ECERS: Frontiers of Research
IP: Z. Gonzalez
Start: 10/2016
Duration: 1 year
Budget: 16.000€

A step forward in the development of new biodegradable and bioresorbable materials for temporary medical applicationsbased on polymer/Mg materials.

The CSIC partner includes researchers from CENIM, ICV and ICTP institutes leaded by J.L. Gonzalez at CENIM-CSIC. The partners of the consortium are:

• J.L. Gonzalez, CSIC
• W.D. Mueller, Charitécentrum 3 für Zahn, Mund und Kieferheilkunde, Charit  (Germany)
• D. Puclia,  ECNP European Center for Nanostructured Polymers (Italy)
• L- Torre, University of Perugia (Italy)
• M. Fernandez-Lorenzo, CONICET- (Argentina)

Source: CSIC: i-Link +
Start: 10/2016
Duration: 2 years
Budget: 23.000€

Development of an alternative and advantageous manufacture of sanitary pieces by thermal gelation process

Contract with the company ROCA SANITARIOS, S.A.
IP: B. Ferrari
Start: 2014
Duration: 18 Months

Implementation of Direct Inkjet Printing for miniaturization of laminates of SS/Ti(C,N) as coatings for extreme conditions

JECS-TRUST: Frontiers of Research

MULTIMAT Challenge
Multifunctional materials for the society challenges

This Research Network clusters 11 research groups and 7 labs from 8 different Organisms sited at the Community of Madrid (CAM). http://www.multimat.org/

Ti alloying by association of colloid-chemical and power-metallurgical techniques

Contract with the company SINTEF Raufoss

Fabribación de Mosaicos Vítreos Multifuncionales

Proyect with company Hisbalit S.A.

MITICO
Design of the Microstructure of metal-ceramic materials using colloidal and powder metallurgy technologies.

New metal-ceramic structures and designs fabricated by the synergy of colloidal approach and pulvimetallurgical approach to the processing of materials. Functionalization of structures for better behaviour.

ACAM
Magnetic field shielding

Synthesis and dispesion of nanoparticles with high magnetic permeability to formulate paints that can shield the low frequency magnetic field emited by low and medium voltage.

COMETAS
Processing by association of colloid-chemical and power-metallurgical techniques of metal-ceramic nanocomposite structures.

Processing of metal-ceramic composites in the Fe-Ti(CN) and the Ti-Alumina systems by the colloidal treatment of the powders in water, Surface functionalization of materials.

Source: MICINN
Start 2010
Duration: 3 Years
Budget: 188.700 €
Link: www.metalceramics.es

DELCA
Electro-conducted assembly of nanoparticles in ordered structures.

Effect and employment of electric fields to process self-assembled and nanosized structures from commertial or sythesized powders dispersed in a liquid media

Synthesis and processing of metal-ceramic structures with nanometric components. Synthesis of nanosized metallic particles and ceramics.