Legal Framework and acceptance CF11_3 Project costs: 128 T€ Project Period: 04/2023–03/2025 Partners: Overview: The prospect of using ammonia as a fuel and storage medium for hydrogen in shipping, as envisaged in CAMPFIRE, opens up a new area of application for the chemical. Ammonia (NH3) as a maritime fuel is a new field of application…
Green Ammonia CF06_6 Project costs: 1.386 T€ Project Period: 01/2024–12/2025 Partners: Overview: The production of ammonia from renewable energies is one of the main tasks of the CAMPFIRE alliance. The aim of this sub-project is to expand and optimize a reactor concept for the synthesis of ammonia. The power density of the Haber-Bosch reactor will…
Thin films CF04_3 Project costs: 747 T€ Project Period: 05/2022–04/2024 Partners: Overview: Solid-state ammonia synthesis (SSAS) is an attractive electrochemical process that enables the production of ammonia directly from water vapor and nitrogen, classically at temperatures around 450–550 °C. In the Spudnik project, metal-supported membrane electron assemblies (MEAs) are produced for solid-state ammonia synthesis. Metal…
Thin films CF04_2 Project costs: 1.155 T€ Project Period: 09/2023–10/2024 Partners: Overview: Ammonia is one of the most widely utilized chemicals in the world and is currently produced from fossil fuels using the Haber-Bosch process. This process is responsible for 1.5 % of global carbon dioxide emissions. However, given the need to reduce the associated…
Thin films CF04_4 Project costs: 750 T€ Project Period: 07/2022–06/2024 Partners: Overview: Water electrolysis is a key technology for splitting water into hydrogen and oxygen using renewable energies. Green hydrogen is considered a promising energy carrier for a sustainable future and is produced by electrolysis using renewable energies. In the CF04_4 project, the innovative approach…
CAMPFIRE bundles development activities for the entire hydrogen transport chain based on green ammonia. In subproject CF06_3 of the CAMPFIRE implementation project, the goal is the development of a dynamic Haber-Bosch synthesis reactor for the seasonal storage of fluctuating regenerative energy in ammonia. For this purpose, a new process technology is being developed that can…
CF12_2 HiPowAR Period: 09/2020–06/2025 Partners: Description: The EU project HiPowAR is a joint European project of the CAMPFIRE alliance and is being carried out by the partners Maston AB (Sweden), Ranotor (Sweden), University Politecnico di Milano (Italy), Center for Fuel Cell Technology (ZBT, Germany) and Fraunhofer Institute for Ceramic Technologies and Systems (IKTS, Germany) under the…
Container based cracker gas engine CHP for remote off-grid CF12_1 Project duration: 04/2021–03/2024 Partners: Aim of project: The goal of the subproject is the development of a container-based NH3 CHP plant for a stationary (“remote off-grid”) application in the power range of one megawatt. The development steps include a first literature research, various evaluation steps…
Legal framework and acceptance CF11_1 Project Duration: 04/2021–03/2025 Partners: Project Aim: As an alternative energy and hydrogen carrier, ammonia offers great potential in the energy transition, especially for decarbonizing the mobility sector. In order to lay the foundation for the use of ammonia as an energy carrier, the development of a corresponding ammonia infrastructure is…
More info to come.