Logistics und Infrastructure CF10_1 Project duration: 10/2021–09/2024 Partners: Aim of project: In order to be able to use green ammonia as a transport and storage solution for green hydrogen, an efficient infrastructure and a logistics concept geared to the specific framework conditions are required. The aim of the “Logistics and Infrastructure” sub-project is therefore to…
Flexible NH3 Refueling System CF10_2 Project Duration: 04/2021–03/2023 Partners: With the support of the associated partners: Aim of project: In the sub-project “Flexible NH3 refueling system”, non-stationary options for supplying ships with ammonia as fuel are being developed. Based on data on the current supply of fossil fuels, the temporal and spatial demand for green…
On-Shore NH3 Refueling System CF10_3 Project duration: 04/2021–03/2024 Partners: Aim of project: In order to take over ammonia imports as base load supply for large consumers, a shore-side transhipment facility for the future supply of ships (loading of transport ships as well as bunkering of ammonia-fueled ships) is designed in the subproject CF10_3 of the…
Ammonia to hydrogen fueling station CF10_4 Project duration: 01.04.2022 to 30.03.2025 Partners: Associated Partners: Aim of project: The research project has the goal of developing a plant for the production of hydrogen suitable for refueling from green ammonia. Cost-effective fine purification technologies for the product gas optimization of NH3 crackers are thus an important key…
More info to come.
Ammonia Marine Engine CF08_2 Project duration: 04/2021–03/2024 Partners: Aim of Project: On the way to implementing the energy transition, shipping must also be transformed into an emission-free and climate-neutral area of mobility. The use of “green” ammonia as a carbon-free fuel offers the potential to contribute to achieving this goal for future shipping. Against this…
Green ammonia CF06_2 Project costs: 502 T€ Project period: 05/2020–06/2022 Partners: Objective: The objective of project CF06_2 is to develop a concept for the industrial production of green ammonia with 16 MW installed capacity from wind and solar and 5 MW from electrolysis at a site in the region. The plant will be designed to…
Green ammonia CF06_1 Project costs: 714 T€ Project period: 04/2020–10/2022 Partners: KIT Objective: In project CF06_1, a test laboratory for the development of new systems for decentralised ammonia synthesis is being set up on the YARA premises using the existing infrastructure. The University of Rostock, a project partner, will configure and test three possible types…
Marine propulsion CF09 Project costs: 605 T€ Project period: 10/2020–10/2022 Partners: Objective: The use of ammonia as a new energy source on the Baltic Sea requires a detailed consideration of the Baltic Sea countries, their port structures and shipping connections with northern Germany. In addition to developing potential ammonia-based ferry lines in the Baltic Sea…
Marine propulsion CF08_1 Project costs: 1.279 T€ Project period: 09/2020–08/2022 Partners: Objective: The objective of CF08 projects is to outfit an inland vessel as a ‘test vehicle’ that uses an ammonia-powered internal combustion engine, a process that includes the installation of the necessary tank, safety and peripheral systems onboard the vessel. The ammonia-powered propulsion system…