Biomass is a rapidly growing source of energy and an important greenhouse gas reduction tool for Denmark as well as the EU. Increased use of biomass is one of the primary means of reaching the EU’s goal of 20% renewable energy in 2020, and plays an important role in the Danish strategies for GHG reductions and oil independence, such as the recommendations from the Danish Climate Commission and the energy strategy proposed by the Danish Government.
The increasing interest in using biomass for energy in Europe has led to new trade patterns and emerging market structures for biomass resources, and the prices for wood biomasses in particular have been affected by the growing demand. The development has also given rise to a discussion of the long-term availability of sustainable biomass resources.
Through various projects, Ea Energy Analyses is working with utilisation of biomass for energy purposes. As such, we have analysed biomass market structures, prices, demand, resource availability and sustainability for different types of biomass resources. Ea has analysed the local and regional potentials for biomass utilisation on behalf of different Danish municipalities. Additionally, the markets for trade in wood pellets, straw and wood chips have been studied for a group of Danish heating companies.
Ea is representing Denmark in IEA Bioenergy Task 32 on Biomass Combustion. Read more about this here.
Waste incineration has proved to be an efficient means of extracting energy from waste, and the Danish waste incineration sector is among the most developed. By incinerating waste, environmental problems with deposits are avoided and the energy content in the waste fractions can be utilised to produce heat and power.
In recent years, the Danish waste management sector has experienced a dramatic development. Traditionally, the organisation of the sector has been characterised by the local municipalities’ obligations to collect the waste and assign a waste incineration plant. With the EU directive on waste trade in industrial waste was liberalised within the EU. This meant that combustible industrial waste could now be imported or exported with very few boundaries. The directive has led to a debate about the organisation of the entire waste management sector in Denmark and about the relation between waste quantities and incineration capacity.
Ea Energy Analyses has carried out several projects in cooperation with key players from the Danish waste management sector. We have analysed the framework conditions for Danish waste incineration plants compared to selected countries within the EU, and in the light of this evaluated their competitiveness. In addition, we have also analysed the relation between waste quantities and the existing incineration capacity and assessed the technology options for new incineration plants. Finally, Ea has analysed the advantages and disadvantages of including the waste incineration sector in the EU Emissions Trading System.
The list of projects below illustrates the types of projects we are working on.
IEA Bioenergy Task 32 is an international forum for discussing and sharing knowledge on biomass combustion and cofiring. Representatives from Austria, Germany, Switzerland, the Netherlands, Norway, Sweden, Japan,..
Christian Bang is currently the Country Representative for Denmark in the IEA Bioenergy Task 40 for the triennium period 2019-2021. The objective of IEA Bioenergy Task 40 is..
The list of projects below illustrates the types of projects we have been working on.
The five Nordic countries – Denmark, Finland, Iceland, Norway and Sweden – have some of the most ambitious energy and climate policies in the world. Despite this, achieving..
In this project, Ea Energy Analyses supported Energinet in updating the methodology/guidance in the technology catalogue for individual heating, ‘Technology Data for Individual Heating Installations’. The technology catalogue..
Under the framework agreement with the Danish Energy Agency, this project gathered and transfered technical and regulatory experiences with co-combustion of solid biomass with coal in large utilities..
Ea Energy Analyses has been appointed as the Danish country representative for IEA Bioenergy Task 33 – Thermal gasification of Biomass and Waste for the next three-year period...
In 2017, IEA Bioenergy conducted a survey to assess the topics of interest for the next triennium. Among the 358 unique respondents, “Bioenergy in future energy systems/system analysis”..
The biogas plant in Solrød south of Copenhagen was commissioned in 2015. It produces biogas based on livestock manure, industrial waste from, among others, the nearby CP Kelco..
The project aimed to develop a biomass heat supply strategy for China. The project was funded by the Asian Development Bank (ADB) and was conducted in collaboration between..
Ea Energy Analyses helps the Danish Energy Agency annually with input to the annual energy statistics. For 2017, Ea has estimated the trend in Denmark’s consumption of straw,..
Ea Energy Analyses updated, adjusted and delivered additional data and chapters on biogas and thermal gasification to the Danish technology catalogue “Technology Data for Energy Plants Generation of..
IEA Bioenergy Task 33 is an international forum to discuss and share knowledge on thermal gasification of biomass and waste, where representatives from Austria, Italy, Germany, Norway, Sweden,..
In order to meet rising electricity demand, Indonesia has plans to increase its power generation capacity significantly in the coming years. Indonesia and Denmark are cooperating through an..
Thermal gasification can become an important part of the future energy system. Ea Energy Analyses has, on behalf of the Danish Partnership for Thermal Gasification, collected input from..
Ea Energy Analyses has carried out a wood pellet survey of the total supply of wood pellets to the Danish market in 2016, on behalf of the Danish..
On behalf of a confidential client, Ea undertook a detailed analysis of the market for wood chips in Denmark with a focus on regional price differences and logistic..
On behalf of a confidential client, Ea undertook a study of the Northern European waste markets and waste flows (with focus on the UK and the Netherlands) in..
In 2015 the Capital Region of Denmark and the municipalities in the region agreed on a joint energy vision, with focus on phasing out fossil fuels in the..
Based on a methodology developed by Ea Energy Analyses, the Danish Energy Agency utilises energy commodity forwards and future prices in combination with long-term price forecasts to arrive..
Every other year the consumption of firewood in Denmark is estimated by the Danish Energy Agency (DEA) and the Environmental Protection Agency (EPA). The survey provides input to..
Waste incineration is a significant part of the production of district heating in Denmark, and the regulation for waste incineration is changing. EU is now allowing international trade..
The government’s long-term goal is that Denmark must be independent of fossil fuels by 2050. The report “Energy Scenarios to 2020, 2035 and 2050” presented four possible options..
Ea Energy Analyses has twice previously provided the Danish Energy Agency (Energistyrelsen) with long-term price forecasts for biomass (wood pellets, wood chips and straw), with the most recent..
In corporation with the Geothermal Company of the Danish District Heating Association and COWI, Ea Energy Analyses carried out a project analysing the potential for exploiting geothermal heat..
Ea Energy Analyses has carried out a plan to increase production and use of biomass for the municipality of Favrskov. The focus was on existing types of biomass..
On behalf of the Danish Energy Agency, Ea Energy Analyses has analysed the development of biomass prices at the place of consumption. As a part of the assignment,..
Ea Energy Analyses has analysed the socioeconomic consequences associated with importing waste to fill unused capacity in Denmark’s existing waste incineration plants. The analyses compares different scenarios with..
In the resource strategy “Denmark without waste” from November 2013, the Danish government have proposed to increase the degree to which waste gets recycled and to modernise the..
HOFOR (in English, Greater Copenhagen Utility) will be commissioning a new block at its Amager power plant, Amagerværket block 4, which will use sustainable wood chips in a..
In association with the Technical University of Denmark, Ea Energy Analyses carried out a study for the Danish Energy Agency (DEA), which is part of the DEA’s periodic..
In connection with the Danish Energy Agreement of March 2012, it was agreed to establish a Biogas Task Force, whose purpose was to follow up on the objective..
In 2010-2011 Københavns Energi (KE) (now HOFOR) conducted the first phase of an analysis investigating the possibility of establishing a new effective biomass-fired power plant on Amager. The..
Ea Energy Analyses has carried out an investigation of future willingness-to-pay (WTP) for biomethane certificates in Denmark. The investigation is based on a general analysis of voluntary willingness..
Ea Energy Analyses has together with Risø-DTU, Mali Folkecenter Nyetaa and DNE/CNESOLER been participating in a preliminary study on the possibilities of establishing a biomass CHP plant based..
Ea participates in four projects about electrolysis by means of “solid oxide electrolyser cells”. By using electrolysis, inexpensive electricity can be used to convert e.g. biogas or CO2 and..
Ea Energy Analyses has assisted Energinet.dk in analysing how biogas best can be integrated into the cohesive energy system from a socioeconomic perspective, and identified possible improvements of..
In May 2012 the City of Copenhagen presented a draft for a Climate Action Plan, whereby Copenhagen is expected to become the world’s first CO2-neutral capital by 2025...
The Danish part of the EU financed ENERCOAST project is lead by Agro Business Park/INBIOM and is based on the biomass potential in Region Midtjylland (administrative region in..
In 2010, Ea Energy Analyses made an assessment for waste denmark and RenoSam of the advantages and drawbacks of including the Danish waste incineration sector in the EU’s..
The waste treatment company, AVV, that handles waste from the municipalities of Hjørring and Brønderslev (northern Jutland) is planning to establish new waste combustion capacity to replace existing..
On behalf of Copenhagen Energy and District heating Fyn, Ea Energy Analyses undertook an analysis of the market structures for the trading of biomass. The analysis contained an..
In the autumn of 2010, Copenhagen Energy (now HOFOR) initiated an analysis of the possibilities of establishing a CHP plant to replace heat production from old heat production..
The Danish Energy Agency periodically publishes guidelines and assumptions for socio-economic analyses within the energy field. For the latest edition of assumptions for socio-economic analyses within the energy..
Ea Energy Analyses has carried out supply chain analyses of selected biomass resources and evaluated the possibilities of increased production and utilisation of biomass in the municipalities of..
An analysis performed by Ea Energy Analyses for DONG Energy and Vestas Wind Systems shows how the development of the energy supply in Denmark and the neighbouring regions..
Ea Energy Analyses carried out an analysis of the markets for selected biomass resources and evaluated the consequences of the market development for utilisation on a local level..
Ea Energy Analyses has assessed the framework conditions for Danish waste incineration plants compared with selected countries within the European Union. The purpose of the project is to..
CTR, the Metropolitan Copenhagen Heating Transmission Company, has commissioned Ea Energy Analyses to make an assessment of the technical opportunities and the economic costs of reducing carbon emissions..
Ea Energy Analyses has prepared a report on the socio-economic aspects related to the production of 2nd generation bioethanol. The project was carried out for Partnerskabet for Biobrændstoffer..
In 2006, Ea Energy Analyses carried out a project on “The total cost of electricity generation” for the Association of Danish Energy Companies. The project analysed total generation..