Load Brochure (English PDF 0,5 Mb) - Biolan

9.
8.
3. 8.
• Novarbo-järjestelmä soveltuu automatiikan vaatimukset huomioon ottaen uusiin
ja vanhoihin kasvihuoneisiin.
• Järjestelmästä on mahdollista tehdä useita eri sovellutuksia.
• Sijoituskorkeus on vapaasti valittavissa kasvi- ja kasvihuonekohtaisesti
4.
Ota yhteyttä ja pyydä tarjous kun haluat tehostaa tuotantoasi
Biolanin kehittämällä Novarbo-järjestelmällä.
4.
2.
Droplet curtain system
7.
3.
Nozzle unit
(valve, nozzle body, filter, droplet
former, droplet limiter)
Novarbo TM
– Closed greenhouse climate
management system enables
the vents of the greenhouse to
be kept closed
5.
1.
The Novarbo-system absorbs the excess heat
and moisture generated by the sun and the
additional lighting and conveys them bound in
water away from the greenhouse. The optimum
temperature and humidity in the greenhouse
enable the air vents to be kept closed. A closed
greenhouse efficiently prevents the ingress of plant
diseases and pest infections from outside air.
A higher carbon dioxide content can be applied in
a closed greenhouse. Remarkable advantages are
achieved by using additional lighting simultaneously.
The added yield, established in the tests of research
institutes and within professional farming, has been up
to 40%. The Novarbo system also offers new opportunities
for timing the crop by means of temperature
control.
Two international patents are pending for the Novarbo
greenhouse climate management system.

Novarbo TM - Climate management system
for a closed greenhouse. An opportunity
for more profitable production!
1. Bottom valve and filter for filtration of debris from the water.
2. Pumping unit and adjustment equipment for pumping the water into the greenhouse.
3. The Novarbo droplet curtain absorbs heat and moisture. One droplet curtain/ten meters of
room width, space requirement in vertical direction about three metres.
4. The droplet separator unit collects the droplets and separates the water and the air flow from
each other.
5. The water is returned to the cooling pool by means of the collecting system. Volume of water in
the pool is 300 – 400 m 3 /1000 m 2 of greenhouse space.
6. The water is cooled in the pool by means of a propeller cooler, which evaporates heat.
The propeller system operates independently according to the preset temperature.
7. The filtration unit keeps the water in the pool clean. As required, additional chemical disinfection
can also be applied.
8. The droplet curtain creates a stream of air, which cools down the air in the greenhouse.
9. The greenhouse automation controls the Novarbo plant.
6.
RH%
°C
100
90
80
70
60
50
40
30
20
10
Date: 14.07.2007
CO 2
Relative humidity %
Average : 1230 ppm
Inside temperature (°C)
CO 2 (ppm)
0 6 12 18 24
ppm
4500
4000
5300
3000
2500
2000
1500
1000
500
30
28
26
24
22
Date: 16.06.2007 Area: 500m 2
kw
kw
Inside temperature (°C)
Outside temperature 23,3
Inside temperature 26-28
Used energy 2,2 kw
Cooling capacity 265 kw
Used energy /kW
20
2,0
18
1,5
16
1,0
14
0,5
12
0 6 12 18 24
4,5
4,0
3,5
3,0
2,5

• The Novarbo system can be installed in greenhouses equipped with any kind of automation
• The system is suited to many different applications
• The vertical position of the unit can be selected individually for each greenhouse and plat to be grown
FOR FURTHER INFORMATION:
Biolan Oy, P.O.Box 2, FI-27501 KAUTTUA, Finland Tel. +358 2 549 1600 Fax: +358 2 549 1625
novarbo@biolan.fi, www.novarbo.fi