Experience a great range of activities at Agromek 2024

The Energy Stage in Hall KEnglish

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Main Stage in Hall DDanish

Join us when the prestigious Agromek Award is presented to the biggest product news.

The Energy Stage in Hall KEnglish

Presentation of Ammongas’s portfolio of equipment supply from Biogas Upgrading to CO2 Liquefaction so it can be transported and used in the PTx Industry. In addition, boosting of existing biogas installation by debottlenecking the installation to increase capacity with lowest possible investment are one of our main focus areas.

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The Energy Stage in Hall KEnglish

Learn about Welltec’s and Greenfarm’s joint project – development and demonstration of small-scale carbon capture system for decentralized point sources - sponsored by EUDP (Energy Technology Development and Demonstration programme). The Project is carried out in consortium with four other partners and is targeting to capture around 500 tons of biogenic CO2 from CHP plant by 2027.

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The Energy Stage in Hall KEnglish

In a future climate-neutral society, access to non-fossil and climate-neutral carbon represents a significant challenge. Constraints on land use and concerns for biodiversity limit the availability of biogenic carbon resources, leading to a demand for carbon that far exceeds the current supply. In this context, CO2 can become an important resource. Technologies such as point source capture, direct air capture, and potentially ocean capture may be necessary to address the growing demand for carbon. Join this informative talk about carbon supply and demand in a climate-neutral future, where Henrik Wenzel will explore the implications and strategies for navigating these critical issues.

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The Energy Stage in Hall KEnglish

Discover the future of sustainable energy with this exciting presentation. Get a unique insight into the operational experiences of the first large-scale pyrolysis plant in North Jutland, where remarkable results have been achieved. With a focus on quality, biochar of the highest standard has been developed using biomass residue fibres. This innovative product is not only important for agriculture, but has also proved to be a valuable resource in the international carbon storage credit market. Discover how the lessons learnt have led to solid results, including the large amounts of biochar applied to agricultural land in 2024. Join the presentation and be inspired by the positive experiences and opportunities pyrolysis technology creates for a greener future.

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The Energy Stage in Hall KEnglish

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Main Stage in Hall DEnglish

Denmark is recognized as a global leader in agricultural technology, often referred to as Agtech or Smart Farming. Agtech is a rapidly growing sector that combines agriculture with technology to optimize production, enhance sustainability, and address global challenges related to food supply, climate, and resource use. By integrating advanced technologies like artificial intelligence, IoT, and robotics, Agtech enables farmers and producers to make better decisions, improving both efficiency and environmental impact. This session is divided into two sessions, each packed with valuable insights from both the Danish innovation and research community, and perspectives from international markets: The first session presents insights from the Danish Agtech Innovation & Research Community. Join us for a session where we explore unique insights from Teknologisk Institut, SEGES, and Eco Solutions, showcasing how Agtech, Smart Farming and digital solutions can address some of the biggest challenges in modern agriculture. The second session explores perspectives from key international markets, where Trade Advisors from Danish Embassies around the globe will share market trends and growing demand for Danish agricultural solutions, underscoring Denmark’s position as a leader in agricultural innovation. You will meet: Brazil, Ghana, France, Nigeria, Japan, and South Korea. Both sessions are facilitated by CEO Lise Walbom from Food Nation. There will be served coffee, juice and croissants at the event. Join us for a deeper understanding of how Danish agricultural solutions not only supports sustainable and innovative practices at home but is positioned to make a global impact! The presentation lasts 1.5 hours followed by half an hour of networking.

Supplemental informations

The Energy Stage in Hall KEnglish

The session will go through the Danish model from planning, permitting, tendering to construction and commissioning. The first step can be a group of farmers who want to explore the possibility of establishing a biogas plant, it can be investors, or both. There is a long list of tasks to be solved, and it requires patience from the entrepreneurs, but in the end it pays to be thorough. In Denmark it takes 3½ - 5 year from planning to commissioning centralized biogas plants sometimes more. Farm scale biogas plants can make it faster.

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The Energy Stage in Hall KEnglish

In this presentation, Cristian Toscano will provide an overview of alternatives for utilizing CO2 produced by biogas plants. Specifically, he will discuss the Tønder biogas plant, where 45,000 tons of CO2 per year are captured, liquefied, and transported to a Power-to-X facility in Kassø, southern Denmark. At this facility, the CO2 is combined with hydrogen to produce e-methanol, which is used in the shipping industry. With an annual production of 32,000 tons of e-methanol, this project is one of the largest of its kind in the world.

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The Energy Stage in Hall KEnglish

As Germany strives to meet ambitious climate goals, biogas is crucial for ensuring energy security and sustainability. The Danish Trade Council plays an important role in this transformation by promoting collaboration between Danish companies and Germany. Danish firms, with their extensive experience in green energy and innovative biogas technologies, offer valuable solutions to enhance Germany’s efforts. This partnership presents a unique opportunity for both countries to accelerate the green energy transition, with Germany benefiting from Danish expertise and cutting-edge technology to optimize biogas production and integration.

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The Energy Stage in Hall KEnglish

Italy, as one of the major countries of the European Union, is committed to reach its climate and energy targets. In this regard, biogas and biomethane play a crucial role in achieving the goals in terms of sustainability, energy security and independence. The Royal Danish Embassy in Italy promotes Danish companies services and solutions in the Italian biogas sector with a targeted strategic business alliance which aims at strengthening the dialogue with private and public stakeholders, generating business opportunities for Danish companies. Following the presentation of key data on the Italian market and state of the art, the Royal Danish Embassy in Italy will present its cooperation activities between Denmark and Italy and the opportunity concerning the biogas sector for Danish companies

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The Energy Stage in Hall KEnglish

The presentation will give an overview of research activities at AU-Viborg. A few selected topics as next generation of straw based biogas plants and digestate treatment will be highlighted. Speaker Henrik B. Møller is Professor at Aarhus University, Biological and Chemical Engineering. His research has a focus on anaerobic digestion and all the related aspects such as energy, environmental impact and sustainability. During his research career he have worked with process optimization, biomass selection, energy yield, degradation of xenobiotics and pre-treatment. He has investigated the interactions between feeding of the animals, feed additives and biogas potential. He was among the first Danish researchers looking into the vast energy potential of biogas and was one of the research pioneers in the Danish biogas development and has been initiating the biogas research at AU.

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The Energy Stage in Hall KEnglish

Theme: Renewable energy in dairy farming How to reward dairy farmers for driving down greenhouse gas emissions through FarmAheadTM Incentive.

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The Energy Stage in Hall KEnglish

Flash pyrolysis is a pyrolysis method where the pyrolysis process is carried out in about 1 second at 800 degrees and biomasses such as digestate from biogas plants, deep litter, straw, wood, etc. are converted into synthesis gas and biochar.

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