Discover how modern cultivation methods such as hydroponics and high-tech greenhouses can be used to utilise light, water and nutrients efficiently - for higher yields on less space with a minimal ecological footprint. How can specialty crops such as strawberries and alternative protein products such as peas be grown in a resource-saving, space-saving and economical way all year round?
How does an indoor aquatic system work and what is different from keeping livestock on land? What different systems are available for indoor aquaculture - meet the operators. You will find out what requirements you and your location need to fulfil in order to set up a recirculation system for fish or crustaceans and why even salmon are now successfully growing and thriving in indoor systems. Meat from the printer is already available - what about cell-based seafood?
Insects as a source of protein and fat have long been more than just a trend. If utilised correctly, they can make a valuable contribution to sustainable agriculture and a circular economy. How do you get started - and which species are economically viable? Find out which technological, economic and legal requirements are important for successfully starting out in indoor insect farming.
Meat and milk without cows, fish without the sea, chocolate and coffee without plantations - that is the idea behind cellular agriculture. Food no longer grows in animals and plants. Instead, they are grown in-vitro from cells or produced by microorganisms. Does this contribute to solving the ethical and ecological challenges of agriculture? This session will show how large the areas of application of cellular agriculture could be in the future.
What does a site need for an algae farm and what is a photobioreactor? How do I market my aquaculture products and what legal regulations do I have to observe? Which aquatic products can be marketed, which can be fed and which can be offered as food? What is the market potential of aquatic food from closed systems and is the European market waiting for our aquatic indoor food?
Fungi-based foods are developing into a sustainable food source with immense potential. This session will explore the diverse world of mushrooms. We will look at cultivation, nutritional value and innovative applications in the food industry. In the session we want to stimulate innovation and encourage collaboration between different stakeholders to create a healthier and more sustainable food future with mushrooms.
What exactly does a CEA system specialist do? What professional qualifications are required? And how can educational institutions and companies work together to promote the need for qualified specialists? The session will shed light on the diverse activities of the new job profile in modern agriculture, which combines plant science and advanced digital technology.
In-house farming is seen as the future of modern agriculture. But how can innovative projects be financed and secured? Banks and insurers are often hesitant and the authorisation processes are complex. In this session, you will learn how to legally secure your project, utilise funding opportunities and gain the trust of investors and insurers.
Navigating the regulatory landscape: As the food industry embraces innovative products like algae, insects, and cultured meat, understanding the complex regulatory framework is crucial. This session will explore the legal and ethical challenges associated with developing and commercializing new foods.
Energy availability and security are crucial for the success of in-house farming. Innovative approaches such as microgrids and the integration of renewable energies offer promising approaches for independent and sustainable energy systems. What are the advantages of combining in-house farming with biogas, small wind turbines, PV and heat centres? Many practical answers await you.
How can artificial intelligence (AI) revolutionise agricultural systems in controlled environments? In this session, you will learn how AI is transforming Controlled Environment Agriculture (CEA). Modern system controls and advanced algorithms enable more precise and efficient control of cultivation processes, allowing climate conditions, nutrient supply and energy consumption to be optimised.
In this session, we will shed light on sales and marketing strategies for products from inhouse farming. We will discuss distribution channels and best practices for direct marketing, cooperatives and distribution via food retailers. Find out how innovative approaches and cooperations can facilitate market access and ensure the success of your products.
How can sustainable and resource-saving production methods be established in CEA systems? Best practice examples illustrate how circularity and the targeted utilisation of side streams can contribute to waste reduction. They also promote the closing of resource cycles and open up new potential for value creation.