The prupose of the present project is to support the Danish participation in and leadership of Task 37, and to coordinate this international effort with the national activities that relate to it
During production of biogas different malodorous compounds are formed, e.g. hydrogen sulfide (H2S) that, without proper waste air treatment, can be a major nuisance towards neighbors to the biogas
The objective of the project is to develop a special wheeled mixer vessel designed for pretreatment of straw and deep litter before utilization in an agricultural biogas plant.
The objective of the project is further development and documentation of the online measurement system into an operational tool for real time monitoring and optimization of the biogas process in
The purpose of the project is to; develop, build and test a filter system that can process product gas from a gasification process so that this gas is prepared for subsequent use. In addition to this
iGLEEB contributes to the development, test, demonstration, and capacity building within intelligent building installations and decentralised integrated energy systems. Focus is on technologies for
De Nationale Geologiske Undersøgelser for Danmark og Grønland
EUDP
2019
2022
Develop, test and demonstrate a new inversion tool, Direct probabilistic inversion (DPI), concerning improved reservoir characterization in relation to exploration and utilization of geo-energy and
The aim of the project SCAVOP (SCAVenger OPtimization) is to reduce the need for maintenance at oil and gas production and processing facilities by optimization of the injection of production
The purpose of the Straw2Gas project in full is to demonstrate the use of straw fibres from the JENA straw treatment plant for the production of biogas, and thereby open for a commercial and technical
The aim of the project is to strengthen the development of technologies for the production of liquid biofuels and biorefineries by representing Danish stakeholders and active participate in Task 39
Supporting a strong Danish contribution to MI securing solid Danish footprint in the future international energy policy. We will have the opportunity to influence how the future energy system will
The purpose of the project is 1) to indentify and adress critical issues related to climate and other sustainability effects of bioenergy and biobased products, 2) to explore and develop science-based
One of the greatest challenges today is the transformation of the energy system into a more market-based flexible and integrated system, which cost-effectively can integrate renewable energy. The
BioUpgrade is aiming at developing an innovative, efficient and robust technology for biological biogas upgrade, utilising the indigenous hydrogenotrophic cultures of the anaerobic digestion process
Continued participation in the international model community within International Energy Agency on development and use of local, national, regional and global optimisation models, data bases and
The project develops international state of the art knowledge on energy technology policies, strategies and mechanisms and therby contributes to the Danish knowledge base on energy, technology