Innovation Projects

Mobility

Series production of hydrogen fuel cell based train propulsion systems

Mobility

Cummins Hydrogenics GmbH has been producing fuel cell systems for Alstom trains since March 2022 in the Herten Hydrogen Center for the world's first passenger trains operated with…

hydrogen shunting locomotive

Mobility

The aim of this study is to create the basis for further activity in the development, construction and initiation of a hydrogen-powered SGV locomotive and to test its feasibility.…

FlyGo

Mobility

The Fraunhofer Institute for Production Technology IPT developed in the FlyGO project together with its project partners new concepts for a large-scale production chain of fuel…

NIP II - ELEKTRA II

Mobility

In the present project, water and fuel cell technology are being implemented in conjunction with accumulators on tugboats. The hybrid drive for regional traffic in Berlin and…

NIP II - FC-Truck

Mobility

Development and testing of a fuel cell system and a mobile and self-sufficient refueling system for heavy commercial vehicles

MobFuelH2 2.0

Mobility

Further development and expansion of the mobile filling unit

H2 industrial truck fleet for factory transport

Mobility

National Innovation Program for Hydrogen and Fuel Cell Technology (NIP) - Phase II: H2 industrial truck fleet for internal plant transport at Mercedes-Benz in Düsseldorf - Phase…

NIP II - GeBe-H2

Mobility

Procurement of two hydrogen vehicles

Procurement of 10 fuel cell articulated buses

Mobility

NIP II market activation: procurement of 10 hydrogen-powered fuel cell articulated buses and expansion of the existing hydrogen infrastructure

introduction of fuel cell buses

Mobility

NIP II market activation: Introduction of hydrogen technologies as part of 'Power-to-Mobility' integration of 10 fuel cell buses into the fleet (partner project 03B20302)

procurement of a waste collection vehicle

Mobility

NIP II - Market activation: Procurement of a waste collection vehicle with alternative drives

NIP II - Hy-Lab

Mobility

Fuel-cell vehicles powered by hydrogen provide an emission-free electric mobility with large ranges and short refueling times. However, hydrogen sludge can contain impurities that…

NIP II: H2Fuel

Infrastructure project

The main basis for the mandatory hydrogen delivery quality at hydrogen filling stations, which will be mandatory across Europe at the end of 2017, is ISO 14687-2.…

PowerPaste

Infrastructure project

The content of this joint project is the further development and testing of a compact energy supply for electric drives based on PEM fuel cells, independent of the…

HyCleanUp

Mobility

Quantitative Removal of Impurities from Hydrogen Gas for Fuel Cell Applications

MobFuelH2 2.0

Mobility

Further development and expansion of the mobile filling unit

FlyGo

Mobility

The Fraunhofer Institute for Production Technology IPT developed in the FlyGO project together with its project partners new concepts for a large-scale production chain of fuel…

R2R-CCM

Mobility

The aim of the R2R-CCM project is to reduce the costs of PEM fuel cells by developing a new, mass-market and more cost-effective production process. The core of the project is the…

Procurement of fuel cell vehicles

Mobility

NIP II market activation: procurement of 7 fuel cell vehicles by iGas energy GmbH

Procurement of fuel cell vehicles

Mobility

NIP II market activation: procurement of 3 fuel cell vehicles by iGas energy GmbH

NIP II - ELEKTRA II

Mobility

In the present project, water and fuel cell technology are being implemented in conjunction with accumulators on tugboats. The hybrid drive for regional traffic in Berlin and…

NIP II - HySteelStore

Mobility

Development of hydrostatic high-pressure accumulators made of high-strength precision steel tubes for fuel cell vehicles.

HyCleanUp

Mobility

Quantitative Removal of Impurities from Hydrogen Gas for Fuel Cell Applications

R2R-CCM

Mobility

The aim of the R2R-CCM project is to reduce the costs of PEM fuel cells by developing a new, mass-market and more cost-effective production process. The core of the project is the…

NIP II - H2-PKWs-KST

Mobility

The district of Steinfurt would like to be a Hydrogen Region that uses renewable energy produced locally for the generation of green hydrogen and the drive of fuel cells. So what…

SWDhydrogenium

Hydrogen production

Stadtwerke Düsseldorf and Rheinbahn are investing in hydrogen technology to decarbonize the transport sector. In the SWDhydrogenium project, the companies are…

construction of an electrolyzer

Hydrogen production

NIP II - Market activation: Construction of an electrolyzer to supply a hydrogen filling station with 'green' hydrogen.

FlyGo

Mobility

The Fraunhofer Institute for Production Technology IPT developed in the FlyGO project together with its project partners new concepts for a large-scale production chain of fuel…

NIP II - GeBe-H2

Mobility

Procurement of a hydrogen vehicle

HyCleanUp

Mobility

Quantitative Removal of Impurities from Hydrogen Gas for Fuel Cell Applications

procurement of a garbage collection vehicle

Mobility

NIP II market activation: procurement of a refuse collection vehicle with alternative drive

NIP II - DELFIN

Mobility

The technical aim of the project is to research a hydrostatic storage technology that, compared to the current state of the art or the technologies currently available on the…

NIP II - H2-PKWs-KST

Mobility

The District of Steinfurt would like to be a Hydrogen Region that uses renewable energy generated locally for the generation of green hydrogen and the drive of fuel cells. So what…

NIP II - H2-PKWs-KST

Mobility

The district of Steinfurt would like to be a Hydrogen Region that uses renewable energy generated locally for the generation of green hydrogen and the drive of fuel cells. The…

procurement of 2 waste collection vehicles

Mobility

NIP II market activation: procurement of 2 waste collection vehicles with alternative drives

Production of green hydrogen by electrolysis

Mobility

NIP II market activation: Use of renewable, climate-friendly energy to produce green hydrogen by electrolysis to supply energy to 10 fuel cell buses (partner project 03B20301)

R2R-CCM

Mobility

The aim of the R2R-CCM project is to reduce the costs of PEM fuel cells by developing a new, mass-market and more cost-effective production process. The core of the project is the…

FlyGo

Mobility

The Fraunhofer Institute for Production Technology IPT developed in the FlyGO project together with its project partners new concepts for a large-scale production chain of fuel…

Green Hydross Production for Aachen Public Transport

Hydrogen production

NIP II market activation: Green water generation for Aachen's public transport (H2-AC_STAWAG_1ELY)

NIP II-HyLand

Hydrogen production

On the Friesenheimer Island in Mannheim, the central hydrogen high-pressure filling center "H2ub" with a capacity of 3 tons of H2 per day is being built. It will be the…

Innovation cluster Clean Intralogistics Net (CIN)

Mobility

Fuel cells for logistics: a free platform for technology and science transfer between hydrogen suppliers, manufacturers and users of fuel cell systems in the field of logistics,…

Innovation cluster Clean Intralogistics Net

Mobility

NIP II: Innovation Cluster Clean Intralogistics Net 'Fuel Cells for Logistics' Phase 2 (CIN II): an open platform for the technology and knowledge transfer between hydrogen…

Converting the fleet to alternative drives

Mobility

NIP II market activation: Converting fleets to alternative drives for sustainable, future-oriented mobility

procurement of a waste collection vehicle

Mobility

NIP II market activation: procurement of a waste collection vehicle with alternative drive

procurement of 2 waste collection vehicles

Mobility

NIP II market activation: procurement of 2 waste collection vehicles with alternative drive

NIP II - DELFIN

Mobility

The technical aim of the project is to research a hydrostatic storage technology that, compared to the current state of the art or the technologies currently available on the…

NIP II - DELFIN

Mobility

The technical aim of the project is to research a hydrostatic storage technology that, compared to the current state of the art or the technologies currently available on the…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

procurement of 2 waste collection vehicles

Mobility

NIP II market activation: procurement of 2 waste collection vehicles with alternative drives

rental of fuel cell vehicles

Mobility

NIP II Market Activation: Rental of fuel cell vehicles to customers from the research and development sectors of the automotive industry

NIP II - ELEKTRA

Mobility

For the first time, a fully electric and hybrid drive concept, consisting of fuel cells and accumulators, based on an inland thrust concept and the dynamic interaction of the…

NIP II - ELEKTRA

Mobility

For the first time, a fully electric and hybrid drive concept, consisting of fuel cells and accumulators, based on an inland thrust concept and the dynamic interaction of the…

use of hydrogen vehicles

Mobility

NIP II: Reduction of the dependency on fossil energy carriers through the use of hydrogens vehicles.

Local emission-free waste collection in Duisburg

Mobility

NIP II market activation: Local emission-free waste collection in Duisburg

NIP II - DELFIN

Mobility

The technical aim of the project is to research a hydrostatic storage technology that, compared to the current state of the art or the technologies currently available on the…

NIP II - DELFIN

Mobility

The technical aim of the project is to research a hydrostatic storage technology that, compared to the current state of the art or the technologies currently available on the…

FlyGo

Mobility

The Fraunhofer Institute for Production Technology IPT developed in the FlyGO project together with its project partners new concepts for a large-scale production chain of fuel…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

BioJetFuel

Hydrogen production

Together with the partners BP Europa SE, RWE Power and RWE Renewables, the basic feasibility of a demonstration plant in the Rhineland lignite mining area for the…

NIP II - DELFIN

Mobility

The technical aim of the project is to research a hydrostatic storage technology that, compared to the current state of the art or the technologies currently available on the…

NIP II - H2-PKWs-KST

Mobility

The District of Steinfurt would like to be a Hydrogen Region that uses locally generated renewable energies for the generation of green hydrogen and the drive of fuel cells. It…

NIP II - H2-PKWs-KST

Mobility

The district of Steinfurt is becoming a hydrogen region that will use fifty of its renewable energy sources to produce green hydrogen and power fuel cells. What could be more…

BIC H2 Phase 2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

Procurement and deployment of a large fleet of fuel cell hybrid buses

Mobility

NIP II market activation: Procurement and deployment of a large fleet of fuel cell hybrid buses for public transport and corresponding H2 infrastructure in the Cologne region

fuel cell cars

Mobility

NIP II - Market Activation: ZeroE_3 Application-related market activation of fuel cell cars in commercial fleets

fuel cell cars in commercial fleets

Mobility

NIP II - Market Activation: Application-related market activation of fuel cell cars in commercial fleets in Germany

NIP II: H2Fuel

Infrastructure project

The main basis for the mandatory hydrogen delivery quality at hydrogen filling stations, which will be mandatory across Europe at the end of 2017, is ISO 14687-2.…

HyQ²Ra

Mobility

The HyQ²Ra project consortium has set itself the goal of improving the gas quality and quantity at hydrogen filling stations for end users. There are particularly high demands on…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

Joint project: BIC H2

Mobility

Since 2011, Regionalverkehr Köln GmbH (RVK) has been using hydrogen-powered fuel cell hybrid buses in regular scheduled services. As part of the "Zero Emission" company project,…

BioJetFuel

Hydrogen production

Together with the partners BP Europa SE, RWE Power and RWE Renewables, the basic feasibility of a demonstration plant in the Rhineland lignite mining area for the…

H2HS

Mobility

The state of North Rhine-Westphalia is supporting the Rhineland region with 1.8 million euros in the development and application of hydrogen technologies. The H2Hs project was…

H2LogisticsOnRail

Mobility

The company DB Cargo BTT GmbH already transports liquid hydrogen safely and in an environmentally friendly way by rail. Hydrogen as a compressed gas is currently still transported…

AmmonVector

Mobility

The industrial demand for electricity and process heat, for example in Germany as an industrial location, is immense and cannot be met without imports of sustainably produced…

DUH-IT

Mobility

The DUH-IT cooperation project promotes the transfer of knowledge and technology on the topic of blockchain in the Dortmund-Unna-Hamm region. The focus is on logistics, trade and…