ASOCIACIÓN ESPAÑOLA DEL HIDRÓGENO

NAITEC

Research centers, public agencies and non-profit organizations

C. Tajonar, 20, 31006 Pamplona, Navarra

948 29 29 00

https://www.naitec.es/

pmarana@naitec.es

Descripción de la compañía

NAITEC is the technology center specialised in Mobility and Mechatronics in Navarra. We offer solutions to companies to develop more competitive and sustainable products and processes.

We get involved in the entire life cycle to detect the areas in which companies can gain in functionality, efficiency and sustainability.

We add value in 3 key activity sectors for industry and society: Mobility, Mechatronics, and Validation. We contribute with our knowledge in:

Validation Engineering
Advanced and Sustainable Manufacturing
Electronics and Intelligent Transport Systems
AI and Data Analytics
Ecodesign and Energy Intelligence
New Materials

Among others, at NAITEC we contribute to the hydrogen value chain with our experience and knowledge of:

Digital Twin Cells and Electrolysers electrochemical, fluid thermal and structural modelling of alkaline electrochemical cells
Electrode design and fabrication, new materials’ development, design and print manufacturing
Mechatronic product design and component validation
Digital Stack Twin and Bench Electrolysers
Sensorisation and Continuous Monitoring
Prescriptive and Predictive Analytics
Environmental Sustainability

Principales líneas de negocio de la entidad

Mobility:

Smart Mobility: autonomous and connected vehicle, smart city
Green Mobility: sustainability
Mechatronics:
Mechatronic product: IoT solutions, printed electronics, materials
Digital transformation of processes
Technological services:
Component and system testing
Materials assistance
Electronic product validation
NVH
Environmental impact
Autonomous and connected vehicle testing

New Business:

Aerospace
Biomedical

Kg/h de H2	↔	Nm3/h de H2 gas	↔	litros/h de H2 líquido1	↔	Potencia2 (kW)
1	=	11,12	=	14,12	=	33,33
0,0899	=	1	=	1,270	=	3,00
0,0708	=	0,788	=	1	=	2,359
0,00833	=	0,0926	=	0,1177	=	0,278
0,0300	=	0,333	=	0,424	=	1

Masa H2 (kg)	↔	H2 gas (Nm3)	↔	H2 líquido1 (litros)	↔	Energía2 (MJ)	↔	Energía2 (kW·h)
1	=	11,12	=	14,12	=	120	=	33,33
0,0899	=	1	=	1,270	=	10,8	=	3,00
0,0708	=	0,788	=	1	=	8,495	=	2,359
0,00833	=	0,0926	=	0,1177	=	1	=	0,278
0,0300	=	0,333	=	0,424	=	3,6	=	1

Presión (Bar)	1	50	100	150	200	250	300	350
Factor de compresión	1	1,032	1,065	1,089	1,132	1,166	1,201	1,236
Presión (Bar)	400	500	600	700	800	900	1000
Factor de compresión	1,272	1,344	1,416	1,489	1,560	1,632	1,702

Densidad	0,0899 kg/Nm3 (gas) 0,0708 kg/l (liquido)
Poder calorífico inferior	120 MJ/kg
Poder calorífico superior	141,86 MJ/kg
Límites de explosión	4,0 - 75,0 % (concentración de H2 en aire)
Límites de detonación	18,3 - 59,0 % (concentración de H2 en aire)
Capacidad calorífica específica	Cp=14,199 KJ/(kg·K) Cv=10,074 KJ(kg·K)
Coeficiente de difusión	0,61 cm2/s

ASOCIACIÓN ESPAÑOLA DEL HIDRÓGENO

NAITEC

Descripción de la compañía

Principales líneas de negocio de la entidad

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Asociación Española del Hidrógeno.Todos los derechos reservados.

Valor energético basado en poder calorífico inferior