The overall objective of this project is to develop a carbon-neutral technology for converting plastic waste to methanol. There is a large carbon dioxide emission reduction potential as both
The project will deliver the knowledge base and precise assumptions needed for Crossbridge and in the future other refineries to make investment decisions to build and operate commercial scale plants
The main purpose of this project is to demonstrate a large-scale pyrolysis process for production of high-quality biochar and energy from common agricultural waste products. The operation of the
The purpose of the project is thus to develop a full-scale flash pyrolysis plant with a capacity of 15 tons of biomass per day. The plant will be developed in continuation of the reactor patent we
The SkyClean Scale-Up project makes it realistic to achieve a pyrolysis-based reduction of greenhouse gas emissions from the Danish agricultural sector of at least 2 million tonnes of CO2e yearly in
PURfection will pursue total recyclability of the high-performance and difficult to replace plastic material polyurethane (PUR). Its excellent performance and extensive range of applications
A new epoch of hyperspectral imaging (HSI) technology is evolving as the technology has gained interest in the recent decade, mainly due to enhanced production methods, improved computing
READY will pursue textile-to-textile recycling, spearheaded by the Danish textile companies Mascot, Bestseller, and Kvadrat. The continuously growing textile production has approximately
We urgently need solutions to reduce our resource consumption and waste created. We all see in our everyday cooking how plastic waste piles up with 31 kg of plastic waste produced per EU
The aim is to develop an integrated technology for organic waste treatment resulting in significantly lower carbon footprint approximately 1-2 kg eq. of CO2 for proteinous feed production by
Hyperspectral imaging using broadband light sources is very important to textiles and meat. Textile recycling is a growing industry due to its immense pollution of microplastics and chemicals
Admixing of alcohols in motor fuels can result in CO2 reductions and even better combustion, but also holds a number of technical challenges. The International Energy Agency wished to create a global
The project will compare next generation biodiesel to current biodiesel. HVO Biodiesel has superior properties compared to the traditional FAME type biodiesel produced by DAKA and Emmelev.
The project focuses on improving the gas yield from animal manure, straw and degassed fiber residues by pre-treatment. The objective is to demonstrate process stability during continuous pilot plant
RETROMAX aims to develop and demonstrate a slurry treatment technology that economically increases the amount of animal slurry/manure based feedstock to biogas plants resulting in a higher biogas
The project aims at testing the Pyroneer technology as a promising platform for improved utilization of a variety of low-value and difficult fuels from different sectors in society in order to produce
Topsoe's new methanol reactor (CONRAD) produces syngas and methanol from biomass. The project will demonstrate that CONRAD works as expected at industrial conditions and investigate how this novel
The purpose of the project is to create a sustainable systemic energy concept based on local CO2 neutral energy sources by integrating biomass based technologies and optimizing the energy flows
The aim of lEA Bioenergy Task 37 is the international collaboration and mutual exchange of research, knowledge and information between the member countries, in the area of production and utilisation
The objective is to develop a system that permits a diesel engine to run on bio-ethanol with high efficiency and low emissions. R&D in system components, catalyst as well as fuel injection and engine