Key aspects in Adaptive Greenhouse design
Each climate and situation requires a unique greenhouse design. TNO and Hortivation have developed KIS, a tool that allows growers to collaborate with builders to create the ideal greenhouse that meets all specific requirements. Additionally, KIS provides valuable insights into the sustainability performance of the design using SIOM, offering a compact overview of how the design aligns with environmental goals. This session will explore how adaptive greenhouse designs can be customized for different conditions while ensuring optimal sustainability and performance.
Speakers
Egon Janssen is Manager Greenhouse horticulture at TNO. In this function he is a broker between innovation needs of growers, suppliers and TNO’s experts. The main drivers of Egon Janssen are a broad interest in technology, the ability of making connections between people and a lot of enthusiasm. After finishing his Msc Structural engineering in 1998 he started his career at TNO. Remarkable projects are Greenhouse of the future, presented on the Floriade 2002, the development of a Food production unit for use on MARS (2004) and the development of energy indicators to reduce energy use of greenhouses. In 2004 he formed the greenhouse horticulture team within TNO, combining all relevant technologies (greenhouse structure, water technology, energy, light, CO2, ICT, Robotics and logistics). To make an easy entry to the knowledge of TNO he founded the Fieldlab greenhouse horticulture in 2007. This facility, nowadays known as World Horti Centre is a marketplace for innovation where growers, suppliers and TNO meet and discuss innovations. In greenhouse units new technologies are demonstrated on small scale, where after research and development projects are started. In 2017 he started a strategic partnership with Hortivation. TNO is developing new knowledge and transfers this to the companies associated with Hortivation.
Annie van de Riet is the President of AVAG, the association for the Dutch greenhouse technology sector. With a background in economic geography and extensive experience in both horticulture and advocacy, she is committed to driving the industry forward. AVAG represents 80 companies with a combined turnover of €3 billion, 80% of which comes from exports. These companies collaborate to develop quality standards, conduct research, and drive innovation in a pre-competitive environment. This collective effort has made the sector a global leader. A Dutch supplier is synonymous with state-of-the-art technology and top-quality solutions.
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Master’s degree in Chemical Engineering from the Universitat de València, currently working as an R&D Technician in the Sustainable Materials Development Department within the Agriculture and Aquatic Environment Group.
Multiple years of experience in the formulation, processing, and transformation of thermoplastics, with a strong focus on bioplastics. My expertise lies particularly in extrusion technologies, including cast film, blown film, and foam extrusion.
My research is driven to commitment to advancing sustainability in the agricultural sector through the valorization and recycling of industrial by-products, the improvement of conventional agricultural plastic products, and
thedevelopment of innovative, eco-friendly solutions for agricultural applications.
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Feije de Zwart is working in the field of greenhouse horticulture for more than 30 years.
He started his work with an PhD from 1989 to 1996 on simulating the greenhouse climate to energy saving perspectives of various techniques in horticulture. This model was built from standard physical relations to describe the physical processes in the greenhouse envelope and includes a complete practical-like greenhouse climate controller. In the period from 1996 till today, this simulation model has been continuously evovolved in its use for ongoing research projects and constantly updated with the newest climate control equipment (especially cooling devices) and the latest insights in greenhouse climate control.
In the past years, this model is gradually transformed to an on-line applicable system for all kind of educational and design purposes.
In the past decade, his expertise on energy aspects of horticulture has been extended with solar energy and other sorts of sustainable energy. This expertise covers both the theoretical, as the practical aspects of standard solar panels and concentrated solar power.
The last decade, H.F. de Zwart is also involved in a number of international consultancy and demonstration projects (China, Japan, Abu Dhabi, Korea, Saudi-Arabia). The purpose of these projects is to teach local greenhouse managers and researchers on the ins and outs of modern greenhouses and the latest horticultural insights. These projects do not only address climate and energy-issues, but also water and nutrition and crop handling.
In the past years, also the role of horticultural production in the wider perspective of sustainable food supply for urban communities was added to the field of expertise.
The work of H.F. de Zwart is carried out in the framework of consultancy projects and research programs, from which a number are managed by himself. The management qualifications involve the contacts with stakeholders, financers and co-workers.