1. Zero Emissions
Wine Production
www.zewipro.com
ECO - 10 - 277384
“The content of the brochure reflects only the author’s views
and the European Union is not liable for any use that may be
made of the information contained therein.”
ENCO s.r.l.
Project Coordinator
Mr. Marco de la Feld
m.delafeld@enco-consulting.it
ALGAELINK
Technical Manager
Mr. Peter van den Dorpel
peter@vandendorpel.com
www.enco-consulting.it
www.fazibattaglia.it
www.solarviejo.com
www.algaelink.com
ZZero Emissions wine production
ZEWIPRO project aims at introducing an
innovative technology on the wine pro-
duction’s market.
The technology could be very useful to sol-
ve problems the wineries face in relation to
the handling and the disposal of developed
gaseous pollutants during the wine fermen-
tation process.
The innovative solution allows the reco-
very of carbon dioxide gas and the wa-
stewaters degradation. Four partners from
Italy, Spain and The Netherlands will work
to enhance the first full deployment of
the technology. ENCO (Italy) will be invol-
ved in market analysis and dissemination
activities. ALGAELINK (The Netherlands)
will work on the technology implementa-
tion presented with the ZEWIPRO project.
BODEGAS SOLAR VIEJO (Spain) and FAZI
BATTAGLIA (Italy) will provide the neces-
sary expertise in relation to the wine ma-
king process.
www.zewipro.com

2. ZZero Emissions wine production
OBJECTIVES EXPECTED OUTCOMES ZEWIPRO TECHNOLOGY
Decrease of carbon dioxide’s emission
produced during the wine fermenta-
tion period.
Implementation of a zero emission
wine production.
Developing algae market.
Repetition of the project in other sec-
tors having similar features.
Remarkable improvements concerning
the safety conditions for cellar staff.
Resource savings compared to the
traditional algae-breeding practices.
Diversification of economic benefi-
ts for cellars and wine producers and
image payback.
Considerable increase in the depura-
tion of wastewaters.
Fostering renewable energy source.
Marketing of an eco-friendly process
for the breeding of algae.
Contribution to the transition to a
more sustainable society and bio-ba-
sed economy.
Net decrease of the greenhouse gas
emissions.
Net decrease of ethylic alcohol
otherwise released onto the atmo-
sphere.
Drastic reduction of odours emitted
by the cellar during the fermentation
period. This specific aspect turns out
to be very important mainly for cel-
lars located near populated areas.
Net reduction of nitrogen and pho-
sphor contained in the waste-wa-
ters.
The system will work thanks to a photo bio-
reactor, a patented automated cleaning sy-
stem, a pump, hardware and software con-
trols. CO2 produced into the cellars will flow
throughout a pump into the photo bioreac-
tor. The photo bioreactor itself promotes mi-
croalgae growth by controlling environmen-
tal parameters. The system is also capable
of recovering up to 95% of the water used.