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The challenging path to a sustainable hydrogen economy

To protect the climate successfully, we need to reduce the percentage of fossil fuels in the energy mix to a minimum and promote the further expansion of renewable energies. Hydrogen is seen as one of the most promising forms of renewable energy. When produced in a climate-neutral way, it can significantly reduce carbon emissions far beyond the electricity sector. In Germany alone, hydrogen generation plants with a total capacity of up to ten gigawatts are to be built by 2030 – and KSB offers cutting-edge solutions for achieving this.

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We are putting all our energy into driving hydrogen as an energy source

Hydrogen technology will play a key role in the energy supply of the future because it offers numerous advantages. First, the production of ‘green’ hydrogen using electrolysers is carbon neutral and relatively simple. Electrolysis is the process of passing electricity (in this case from renewable sources such as wind, hydropower or photovoltaics) through water, i.e. H2O, via an anode and cathode in order to split the water molecules into hydrogen and oxygen. The two gases are separated and then processed so they are available for further use. Hydrogen produced in this way can be used in a variety of applications – for example to store energy, produce climate-neutral fuels, power vehicles or as a raw material for use in the steel and chemical industries.
Rendered image of a hydrogen electrolyser as a container solution with KSB pumps and valves

Hydrogen electrolyser as a compact container solution: The flow rate here is around 10 m3/h.

Suitable pumps and valves play a crucial role in the transition to hydrogen. As an experienced manufacturer in the field of industrial and chemical processes, we have a wide range of products and a detailed knowledge of systems engineering, operating modes, materials and energy efficiency. 
When it comes to the various technologies for producing green hydrogen, we are perfectly equipped. Our solutions are compatible with all major green hydrogen production technologies – from alkaline electrolysis (AEL) and proton exchange membrane electrolysis (PEM) to future technologies such as anion exchange membrane electrolysis (AEM) or high-temperature electrolysis (HTEL). And of course, as a full-range supplier with comprehensive expertise, we also offer ideal solutions for the production of blue, grey or turquoise hydrogen.
Regardless of which processes are used in the future and which plant size or type of electrolyser proves to be more effective, KSB’s portfolio covers all stages of the hydrogen value chain as well as different power-to-X technologies – from production, transport and storage through to the use of hydrogen. 
In addition to research activities and a wide range of funded projects, we are keeping a close eye on emerging hydrogen business models and technologies – all with the aim of developing this technology for a greener future and promoting the advancement of the hydrogen economy. We are committed to creating a more environmentally friendly future together with you. Welcome to the world of green solutions!

All you need to know about hydrogen:

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Timeline: from industrialisation to the energy transition

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Green, blue, turquoise... these are the colours of hydrogen.

Representación de las fases de la vida del producto

Our services for hydrogen applications

To successfully operate your system, you need more than just excellent products. Take advantage of our wide-ranging portfolio of services, covering everything from initial planning through to the operation and maintenance of valves, pumps and other rotating equipment. We are there for you, with more than 3500 specialists in over 190 service centres around the globe.
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Our products for hydrogen applications

KSB is a full-range supplier for pumps, valves and services with decades of experience and in-depth application knowledge. All KSB products offer long-term efficiency as well as reliability and require minimal maintenance, thus ensuring the economic, trouble-free operation of your systems.
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Movitec

Movitec
Documentos

Bomba centrífuga vertical de alta presión, multicelular, de cuerpo segmentado, con boca de aspiración e impulsión de idénticos diámetros nominales en disposición in-line, tipo monobloc, accionamiento estándar con motor IE3. Opcionalmente, con KSB SuPremE, un motor síncrono de reluctancia sin imanes (excepto: los tamaños de motor de 0,55 kW / 0,75 kW de 1500 rpm están equipados con imanes permanentes) con clase de eficiencia IE4/IE5 según IEC TS 60034-30-2:2016, para su uso con sistema de regulación de velocidad de los modelos PumpDrive 2 o PumpDrive 2 Eco de KSB sin sensores de posición del rotor. Los puntos de fijación del motor son conformes a EN 50347. Las dimensiones de la superficie envolvente son conformes a DIN V 42673 (07-2011). Disponible en versión ATEX.

Detalles

Magnochem

Magnochem
Documentos

Bomba horizontal de voluta de arrastre magnético, sin sellado del eje, diseño “back pull-out”, según DIN EN ISO 2858 / ISO 5199, con impulsor radial, de aspiración simple, monoetapa. Disponible en versión ATEX.

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MegaCPK

MegaCPK
Documentos

Bomba horizontal de voluta partida radialmente de diseño “back pull-out”, con impulsor radial, de aspiración simple, monoetapa, conforme a DIN EN ISO 5199 , las medidas conforme a DIN EN ISO 2858 complementan los diámetros nominales de DN25 y ≥ DN200, en gran variedad de materiales y sellados, disponible también con diseño de eje húmedo y cámara de cierre cónica. Disponible en versión ATEX.

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DANAÏS 150

DANAÏS 150
Documentos

Válvula de mariposa de doble excentricidad con extremo del eje cuadrado conforme a ISO 5211, asiento de plastómero (también en ejecución ignífuga), metálico o de elastómero (FKM [VITON R] o NBR [nitrilo]). Palanca manual o engranaje reductor, actuador neumático, eléctrico o hidráulico. Cuerpo de fundición nodular, fundición de acero, acero inoxidable o acero duplex (254 SMO). Cuerpo anular (T1) o tipo lug (T4). El cuerpo tipo T4 permite el desmontaje aguas abajo y el uso como válvula de final de línea con contrabrida. Conexiones según EN, ASME o JIS. Ensayo y certificación de seguridad fuego conforme a API 607 (fire-safe). Nivel de emisiones probado y certificado conforme a EN ISO 15848-1. Modelo ATEX conforme a la Directiva 2014/34/UE.

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MIL 41000

MIL 41000
Documentos

Válvulas de control de un asiento con guiado de jaula para los esfuerzos más elevados, alta disminución de la presión permisible, reducción de ruidos y medidas de anticavitación posibles mediante la sustitución de la jaula estándar.

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SISTO-20

SISTO-20
Documentos

Válvula de diafragma conforme a DIN/EN con bridas, conexión de manguito roscado o conexión de manguito soldado, con alma en paso recto, cierre en el paso y hacia el exterior a través de una membrana con apoyo y confinada, cuerpo con recubrimiento o revestimiento, indicador de posición con protección integrada del husillo, los componentes funcionales sin contacto con el fluido de operación no requieren mantenimiento.

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