5. 2020 goals
• 20% of electricity comes from wind and biomass
• 60% of centralized heat comes from biomass
• 10% of transport used fuel from RES
• 1,5% annual growth of energy consumption
efficiency
• Less CO2
• 30-40% of savings in centralized
heating system
19. Three big problems
• Problem No.1:
Overcapacity, Low Prices For Energy & A
Need For Investments
• Problem No.2:
Huge Prices For Heating & Dependence On
Gas
• Problem No.3:
Landfills & EU Requirements
23. Figures
• 95% of shares – UAB Fortum Heat Lietuva
• 5% of shares – AB Klaipėdos energija
• 130 million EUR – value of the project
• 50 МW – heat capacity
• 15 МW – additional heat capacity from smoke
condenser during the winter time
• 20 MW – electric capacity
• 400 GWh – annual production of heat energy
• 140 GWh – annual production of electricity
• 40% of heat amount necessary for Klaipėda heat
consumers
24. Facts
• The plant burn up to 245 thousand tons of municipal and
industrial waste and biofuel (wood chips) ; 40-42% of
municipal waste is biodegradable
• The best available technologies (BAT)used in the plant ensure
the best method of waste incineration
• All heat produced is transmitted to the Klaipėda city district
heating system, while electricity is supplied to common
electricity network
• The new Klaipėda plant, where waste will be used as fuel, is
the first object of such type in the Baltic countries
• The company employs 35 professionals
• More 30 service agreements
27. Benefits to Klaipėda region and
Lithuania
• Decreased dependence on imported fuels
• More stable heat prices
• Reduced costs for building new landfills
• 4 – 5 times smaller amounts of waste disposed in
landfill
• Reduced environmental pollution
• Competition of heat suppliers
• One of the largest “green field” investment in Lithuania
• About 35 MEUR civil and constructing works was done
by local companies