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BIOENERGY FORUM June 18, 2013

BIOENERGY FORUM June 18, 2013. Anders Jonsson Anders.h.jonsson@lansstyrelsen.se. Use of bioenergy in Northern Sweden. Forestry Efficient logistics Wood processing industry District heating Engineering. Forestry in Västerbotten.

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BIOENERGY FORUM June 18, 2013

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  1. BIOENERGY FORUM June 18, 2013 Anders Jonsson Anders.h.jonsson@lansstyrelsen.se

  2. Useofbioenergy in Northern Sweden • Forestry • Efficient logistics • Wood processing industry • District heating • Engineering

  3. Forestry in Västerbotten 3,2 mil ha = 57% of total area = 3,4% of forestry land in the EU 300m m3 stock = 2,3% of EU:s stock Growth 9,7 mil m3/year 42% of forestry land is owned by 26 000 private owners = 65 ha/entity Cutting 7 mil m3 = 2% of total cutting in the EU Production of 1 500 000 m3 sawn goods/year = 2,2% of total production in the EU

  4. Processing Total harvesting 7 mil m3 3 mil m3 - sawmilling 3 mil m3 – pulpindustry 1-1.5 mil m3 – energysector

  5. Energy combine Saw mill District heating plant Saw mill Energy combine Wood house factory Saw mill Saw mill Energy combine Furniture factory Pulp mill Component factory Saw mill

  6. Fractions of fuel Residues from harvesting Thinning Peat Fire wood

  7. Energy produced and consumed in the forestry processing industry using residues from saw miling and pulp production

  8. TWh/år 26% 120 20% 100 80 15% 11% 60 9% 40 20 1970 1980 1990 2000 2005 Bioenergy development in Sweden Bioenergy break through in Sweden % = Bioenergy share of total energy consumption in Sweden Källa: SVEBIO

  9. Befintliga Ökningar Enhet: GWh Bioenergy producers in Northern Sweden Gällivare + Kiruna 220 + 64% 10700 Karlsborg +300 6530 Luleå 400 Kappa +350 Munksund 450 Storuman +600 Skellefteå 1000 GWh Lycksele 190 Umeå +400 Jämtkraft 650 Hissmofors terminal Ö-vik +1000 Etek +170 Mondi +100 ACB +540 BioNorr 690 Korsta +85 Ortviken 420 Källa: Norrbränslen

  10. 2010 Total use of bioenergy in Sweden :131 TWh Industry: 55 TWh District heating: 50 TWh Electricity production: 15,5 TWh Heating of individual houses 3,5 TWh Transports 7,5 TWh

  11. Bioenergy - an importrant and integrated part of the energy system

  12. Malå 80 GWh heat, 16 GWh electricity Lycksele 136 GHw heat, 55 GWh electricity Storuman 40GWh heat,48GWh electricity, 105000 tonnes pellets

  13. Consumed raw material annually 2,1 TWh (ca 3,2 m m3s) Skellefteå Umeå Effect: 105 MW (heating 75 MW + el 30 MW).

  14. Bioenergy combine ELectricity Raw material Hedensbyn, Skellefteå Heating BIOPELLETS Small district heatiing units Bulk deliveries Heating Pellets for small scale units 2006-01-01

  15. Biodiesel

  16. Challenges • Production of electricity in our small district heating plants • Production of biofuels for vehicles • More cost effective methods of harvesting, handling and logistics

  17. Collaboration • We are interested in sharing our experiences with you and welcome cooperation in meeting new challenges • Thank you for your attention

  18. lowered CO2 loweredCO2 , CH4 loweredCO2 Cities: Petrozavodsk Kostamuksha Medvechegorsk Potential Partners in Russia GROUND AND SOIL: Karelian Research Centre Waste-to-Energy plant W A landfill DH+Po HOUSING EFFICIENCY: PCA W-t-E: PCA Avtospetstrans DH+Po Sawmill L+F R Bio Energy plant Biomass; MLPH(InvestLPH) Biomass; Pudosh CA Karelsky LPH P A=Ashes DH=District Heating L+F= Logs+ Firewood P=Bio Pellets PCA=Petrozavodsk City Administration Po= Power R= Residues W= Waste

  19. minskad CO2 , CH4 minskad CO2 minskad CO2 CO2- bindning/ marksanering: R-fors K MCN SLU Potentiella partners i Sverige A Stad SA Energi ur Avfall anläggning FJV+EL ENERGI BESPARING/ EFFEKTIVT BYGGANDE: Umeå K Ske-å K Lycksele K deponi WTE: UE FJV+EL Sågverk T+V S Bioenergikombinat P EFFEKTIVARE MARKANVÄNDNING/ PRODUKTION: Skogsbolag; 1. SCA 2. Norra FÖRÄDLING AV BIOMASSA: Energibolag; 1.UE 2. Ske Kraft A= Avfall EL= Elektricitet FJV= Fjärrvärme P= Bio Pellets S= Sågverlksavfall SA= Slagg Aska T+V= Timmer+ Ved WTE= Energi ur Avfall (Waste to Energy)

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