SPANISH HYDROGEN ASSOCIATION

BASE SISTEMAS Y SUMINISTROS, S.A.

SMEs with less than 50 employees

Plataforma Logística PLAZA, Avenida Diagonal 14, Nave 16, 50197 ZARAGOZA

976587019

http://www.basesistemas.com/

administracion@basesistemas.com

Company’s description

BASE SISTEMAS Y SUMINISTROS is an engineering company specialised in the integration of automation and control systems, which develops all the phases of a project with its own technicians; engineering, design, electrical diagrams, manufacture of control panels, automation programming, commissioning, site management, training, maintenance, etc. We adjust the scope of our services to the needs of each client.

We supply instrumentation and control equipment, analyser systems, detectors, valves, fittings, pressure reducers, etc. for the process industry, as well as associated services such as instrument specification, valve automation, calibration, maintenance and technical service.

We have more than 10 years of experience in the hydrogen industry and in renewable energy plants, as well as in the chemical, pharmaceutical, paper, food, etc. sectors.

The synergy between the instrumentation and control and industrial automation departments allows us to carry out “turnkey” projects, defining, designing and integrating the needs of our customers.

Main lines of business of the entity

Engineering specialising in the integration of automation and control systems.

Engineering, design, electrical diagrams, manufacture of control panels, automation programming, commissioning, site management, training, maintenance.

Sale and distribution of instrumentation and control equipment, analyser systems, detectors, valves, fittings, pressure reducers,

Industrial instrumentation and control services and analyser systems.

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

SPANISH HYDROGEN ASSOCIATION

BASE SISTEMAS Y SUMINISTROS, S.A.

Company’s description

Main lines of business of the entity

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Valor energético basado en poder calorífico inferior