The project mission is to enable non-OEM automotive professionals’ access to reliable information on expected remaining EV battery life without void of OEM-guarantee on the vehicle. Commercial parties
The aim is to have influence on the IEA implementing agreement IEA Energy Technology Data Exchange (ETDE) through participation in ETDE's executive committee and in ETDE's technical working group.
A core group of Danish researchers and industrial companies has establised considerable know-how in the gasification field with the aim of producing gasifiers for CHP purposes. In France a similar
In recent years, focus on rural CHP plants and their financial difficulties and problems concerning i.a. electricity overflow has led to a number of different measures that should be able to
The aim is to disseminate information about Danish energy research and development and its results both nationally and internationally. Furthermore, it is the aim to give Danish institutions, industry
For at reducere CO2 udslip har den danske regering besluttet at fra 2010 skal 29% af al strøm leveres fra alternative energikilder. Vindenergi indgår som et væsentligt led i opnåelsen af dette mål
Direct use of oxidation catalysts for removal of formaldehyde from gas engine flue gas seems to be the most promising technology considering the emission reductions achieved and the plant costs
Vanadium redox-flow batteries are one of the promising battery technologies. A 15kW/120kWh vanadium battery was installed as part of the SYSLAB facility at Risø DTU. The battery was installed in
The objective of the project is to demonstrate the basic features of the RUF concept in order to show that the RUF technology is technically feasible in such a way that the potential energy savings
The aim of this project has been to improve the energy and emission model EMMA. EMMA can be run separately or in interaction with the Danish macro econometric model ADAM.
The effec on wax appearance temperature, pour point and viscosity have been measured of 12 different chemicals that may potentially act as wax inhibitors or pour point depressants.
The goal of the project has been to establish a method of fracture density detection from seismic data. The project has its origin in the PRIORITY project and has made use of the interpreted image
The objective of the project is to provide a better understanding of the displacement process in fractured chalk. The project aims at combining petrophysical and rock mechanics methods to establish a
De Nationale Geologiske Undersøgelser for Danmark og Grønland
EFP
2000
2001
More than 4,700 cuttings samples from the pre-Upper Cretaceous succession in 33 wells widely distributed in the Danish Basin and Fennoscandian Border Zone have been analysed (TOC determination and