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Workshop for good practice exchange Baltic University programme (Industry Sector). EcoRegion Partner Conference 1st- 3rd June 2010, Region Zealand, Denmark. Christine Jakobsson, Director Lyudmyla Babak, Project Assistant. Good practices by BUP. - PowerPoint PPT Presentation
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Workshop for good practice exchange
Baltic University programme (Industry Sector)
EcoRegion Partner Conference
1st- 3rd June 2010, Region Zealand, Denmark
Christine Jakobsson, Director
Lyudmyla Babak, Project Assistant
Good practices by BUPFarmingAdvisory service on nutrients SwedenPromotion of Sustainable Agriculture and Technology in Estonia, Latvia and Lithuania
Estonia, Latvia and Lithuania
InnovationsCompetition for Environmental Innovation Halland Region,
SwedenClimate technologies SwedenPublic ProcurementLife cycle cost assessment Jönköping
municipality, Sweden
Environment and health requirements for purchasing and use of chemicals
Örebro municipality, Sweden
Quality-controlled food in Dalsland Dalsland region, Sweden
3
EnergyAshes from power plants as fertilizers for energy forest: a closed loop
Enköping, Sweden
Large heat pumps for district heating Drammen, Norway
Sustainable management and utilization of biomass Poland, the Ner River areas
Social IssuesAmbassadors to promote women’s entrepreneurship SwedenNature PreservationThe Rospuda Valley: Protection of Nature – Problem solving
The Podlaskie province, Poland
Application of a denitrification wall for groundwater protection in agricultural areas
Poland
4
NetworksBaltic 21 institute for Sustainable IndustryEducation Forum “Ecobaltica” St. Petersburg,
Russia;
Baltic Sea RegionEnglish Philology Speaking Classes – Education for Sustainable Development
Bialystok, Poland
IndustryVoluntary action makes licensing easy Roskilde,
DenmarkVernitas Textile Company: Cleaner Production Project
Lithuania
Kunda Nordic Tsement: Experience of sustainable solutions
Estonia
JOCCOW project: Joint Capacity Building Concerning Waste Management
Kaliningrad, Russia;
Kalmar, Sweden
5
Kunda Nordic Tsement – experience of sustainable solutions
The case
Kunda Tsement is a cement factory on the coast of Gulf of Finland in Estonia. During late Soviet years it was an environmental, economical and social disaster.
Today Kunda Tsement is a well working profitable industry integrated in the Estonian Society contributing to sustainability in Estonia.
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Kunda Nordic Tsement Developments 1993-1998
1. New owners (twice)
2. Renovation and Environmental Policy
3. Investments in new filters and later in new kilns
4. Reducing Air Pollution
5. Reducing water use
6. Investments in new wastewater treatment
7. Reducing Emissions to Water
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1992 Cement production - the third largest contributor to air pollution in Estonia (10% of cement – into the air – due to poor technology)
By installation of new filters dust emission from the kilns thus have decreased from almost 80,000 tonnes (!) in 1992 to 2,000 tonnes in 1997).
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Reduction in dust emissions Year Dust emissions
per unit of production
1992 146 kg/tonne
1996 22 kg/tonne
1997 3 kg/tonne
2004 0.4 kg/tonne
2007 0.1 kg/tonne
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Air quality improvement in Kunda town
Year Number of times Maximum Permitted Level was exceeded per year
1994 120
1995 127
1996 50
1997 4
2005 3
2007 7
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Kunda Nordic Tsement Developments 1998-2005
1. Introducing an EMS and ISO 14001 Certification2. Using Clinker Dust in Agriculture3. Energy Management4. Waste Management5. Introducing an Integrated Management System6. Economy and Public Image
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Innovations of Kunda tsements:
-a programme to promote the use of fly ash as fertilizer
-utilizing hazardous waste
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Clinker dust used for liming of agricultural fields
Year Clinker dust (tonnes)
1996 500 1997 10,500 1998 300 1999 60,000 2000 63,000 2003 55,000
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Waste used as fuel in the clinker production
Year Waste (tonnes)
2001 15,0002003 47,000
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Large heat pump for district heating with natural refrigerant R717 (ammonia)The city of Drammen decided to use R717 (ammonia) as a refrigerant instead of R134a-prevents emission of a potent fluorinated greenhouse gas -saves electricity (about 15 %)
1620.04.23
R134a: potent greenhouse gas (GWP=1430; GWP of CO2=1). Leakage rate of the system = 2 %A 14 MW heat pump would require a charge of approximately 14,000 kg R134a (1 kg/kW). A leakage rate of 2 % emission of 280 kg x 1430= 400,040 kg CO2-equivalent annually!Equivalent to 1.4 Million miles in a car.
If electricity is provided by renewable sources, the heat pump is able to operate 100 % climate neutral. Heat source of the device is sea water (installed by Star Refrigeration (Glasgow, Scotland) & Norsk Kulde (Norway)).