Sustainable, high-tech, space-saving ‘footloose’ CSR nursery of the future
Den Bosch, Gouda – PlantLab (developer of innovative plant growing concepts) and Imtech
(technical services provider in Europe) are starting up a strategic joint operation to
enable the sustainable cultivation of flowers, plants, vegetables and fruit in high-tech
enclosed nurseries. This will lead to the creation of innovative CSR nurseries that will
allow efficient and sustainable ‘footloose’ (i.e. at any given location) production of
plants. This technology is the next generation of modern horticulture, and is carried
out on extremely small surfaces, allowing the efficient and cheap production of flowers,
plants, vegetables and fruit for the local market in an environmentally friendly way
(minimal CO2 production, none of the negative environmental effects of transportation).
The concept is based on an entirely new method for producing flowers, plants, vegetables
and fruit (Tuinbouw 3.0). In contrast to current production methods in greenhouses,
external (day) light is no longer necessary. In fact, the less interaction there is with
the weather outside, the better. It is also possible to grow plants in stacked tiers.
The light is controlled via high-tech, environmentally friendly LED lighting. Crucial
roles are also played by CO2 dosing, air treatment, heating, as well as ‘green’ IT
infrastructure and environmentally friendly automatic control. PlantLab is acting the
part of initiator and developer, whereas Imtech is responsible for the complete
sustainable technical implementation.
Future perspective
Within a few years, a new type of balanced high-tech CSR nursery could be created
throughout the world, where products are cultivated in completely conditioned stacked
tiers without daylight. These CSR nurseries are close to the consumers and offer many
advantages: a higher production level with a precisely predictable harvest time, and a
manageable product that offers more than the traditional equivalent when it comes to
appearance, flavour, quality and nutritional value. This sustainable and environmentally
effective method of cultivation is employed on a very limited area in places where it is
currently impossible due to climate conditions, water shortages or lack of space.
Moreover, no pesticide are used and only up to 10% of the water required for current
cultivation methods is necessary.
Three basic types
In concept studies, PlantLab and Imtech have jointly designed three basic types:
*
Modular R&D unit: a high-tech facility in special containers for research into balanced
cultivation in several tiers;
*
Plant production unit: a concept with which flowers, plants, vegetables and fruit can be
cultivated very efficiently and effectively inside a building. In this way, a building
with 14 cultivation tiers covering an area of only 100 by 100 metres, is sufficient to
provide a city the size of Den Bosch (140,000 inhabitants) with its daily requirement of
fresh products;
*
Fresh Garden Mall: a concept for CSR nurseries in inner cities, ‘local for local’, fresh
for immediate consumption, and sustainable. China and Japan are already carrying out
tentative experiments in this field.
Imtech is currently carrying out the engineering and realisation of the required
technical infrastructure for the first two basic types. There is worldwide interest in
these concepts.
Centre for Growing Concepts Opening
Gerda Verburg, outgoing Minister of Agriculture, Nature and Food Quality, is today
opening the Centre for Growing Concepts in Den Bosch, where the University of Applied
Sciences HAS Den Bosch and PlantLab are carrying out technical cultivation research into
the further development of this high-tech and energy-saving solution for the sustainable
‘footloose’ production of flowers, plants, vegetables and fruit.
More information
Media: Analysts & investors:
Pieter Koenders Jeroen Leenaers
Manager Corporate Communications Manager Investor Relations
T: +31 655 74 65 85 T: +31 182 54 35 04
E: pieter.koenders@imtech.eu mailto:pieter.koenders@imtech.eu E: jeroen.leenaers@imtech.eu mailto:jeroen.leenaers@imtech.eu
www.imtech.eu http://www.imtech.eu/ www.imtech.eu http://www.imtech.eu/
Jeroen Leenaers
Manager Investor Relations
T: +31 182 54 35 04
E: jeroen.leenaers@imtech.eu mailto:jeroen.leenaers@imtech.eu
www.imtech.eu http://www.imtech.eu/
Imtech profile
Imtech N.V. is a European technical services provider in the fields of electrical
engineering, ICT and mechanical engineering. With approximately 23,000 employees, Imtech
achieves annual revenue of more then 4.3 billion euro. Imtech holds strong positions in
the buildings, industry and infrastructure/traffic markets in the Netherlands, Belgium,
Luxembourg, Germany, Eastern Europe, Nordic, the UK, Ireland and Spain and in the global
marine market. In total Imtech serves 20,000 customers. Imtech offers added value in the
form of integrated and multidisciplinary total solutions that lead to better business
processes and more efficiency for customers and the customers they, in their turn,
serve. Imtech also offers solutions that contribute towards a sustainable society, for
example in the areas of energy, the environment, water and mobility. Imtech shares are
listed on the Euronext Stock Exchange Amsterdam, where Imtech is included in the Midkap
Index. Imtech shares are also included in the Dow Jones STOXX 600 index.
PlantLab profile
PlantLab develops unique mathematical prediction models that allow the exact planning
and management of plant production processes, so that the time for harvesting, the
harvest yield and the product quality can be strictly managed, thus ensuring the best
possible link between production and market demand. After PlantLab proved and then
patented the feasibility of cultivation in completely conditioned spaces without
daylight in 2006, it quickly took the following steps that have led to a new vision of
plant production. PlantLab’s home base is the new Centre for Growing Concepts at the
University of Applied Sciences HAS in Den Bosch. This hypermodern research centre
developed by PlantLab includes 8 climate cells in which plant research can be carried
out under 56 different environmental factor combinations simultaneously.
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