A platform has been developed for production of enzymatic biodiesel. The production is made flexible to enable the use of a wide range of oil qualities. The processes have been document- ed
Break-through new technology has led to a functional prototype with “Switch Mode Power Supply” based on “Piezoelectric Transformer” including energy recovery.
Use of cellulose for biofuel production requires the cellulose to be degraded into small molecules. Several different enzymes can be used for this prupose. The project aims to develop a method for
The project will study the effects of using biofuels in the Danish transport sector. The analyses will cover both resources and application of biofuels and include a raft of impacts, eg emissions, air
BioREF project provides an integrated and innovative approach to produce a multi-product biofuel from oilseed crops. The overall purpose is to develop a sustainable, cost-effective and competitive
The project aims at providing scientific evidence on the effect of CO2-injection in a limestone area in the North Sea, and on uncovering the business potential of such a procedure.
The overall aim of the project was to extend our knowledge on bioethanol production to foreign biomasses which has major potential for export of bioethanol technologies.
The project dealt with many aspects of the interplay between wood burning, user and the environment. It conducted a series of surveys on health effects of firewood smoke particles.
The main goal of the project was to achieve improved understanding of the interaction between cell-wall-degenerating enzymes and lignocellulose at increased solid matter content. Pre-treatment of
The project produced innovative methods and software tools needed to simulate, validate and optimise carbon capture from, e.g., flue gas, concrete production or pharmaceutical fermentation.
The project developed an econometric model capable of predicting car model combination of new car sales, including in particular cars using fuels produced with renewable energy, i.e. electric cars
OPUS will study bio-available carbon in sraw from wheat. The project applies a multidisciplinary structure compriing expertise in molecular biology, plant breeding, 'white biotechnology'
More than 50% of Danish oil is unattainable because the pores in chalk reservoirs are so small. Nano-Chalk explores ways to enhance particle growth thus increasing pore size and oil pro-duction.
The project highlighted markets and instruments aimed at promoting renewable energy in Denmark, the EU and internationally, while also identifying key risks and uncertainties related to renewable