1. Fortum
In Lithuania

2. • Fortum is operating in Lithuanian energy market since 1999
• During the years have proved to be a responsible, competent
and honest partner and neighbor for the local communities
• The strategy of Fortum in Lithuania is to produce combined heat
and power, increase energy efficiency in district heating,
maintain a long-term competitiveness and reduce the impact on
environment
• In Lithuania, Fortum operates the heat networks of Joniškis and
Švenčionys, is building a plant in Klaipėda and plans
investments in Kaunas and Vilnius
Overview

3. • The following fuel types are being used for power generation -
natural gas (49.3%), biomass fuel (wood) (48.2%), oil products
(2.5%)
• 11 boiler-rooms, 26 km of heating networks, heating centers of
residential houses are operated in Joniškis and Švenčionėliai
• Heat sales in 2011 - 63 Gwh
• Produced and supplied biomass fuel in 2011 - 50 Gwh
• Natural gas sold in 2011 – 43 m. m3
• Main activity trends:
• acquisition of shares from heating supply companies,
investment in heat generation and transmission,
investment in electrical power and heat generation
• biomass production and supply
• consultation for companies
Current Operations

4. Fortum Heat Lietuva

5. UAB „Fortum Klaipėda“
• Heat energy and power production
• Founded – 2007
• Ownership – 95% (Fortum) , AB “Klaipėdos energija” – 5 %
• Investments into the CHP plant - 420 million litas
• Planned heat capacity - 50 MW
• Planned electricity capacity - 20 MW
UAB „Fortum Švenčionių energija“
• District heating operator of Švenčionys, Švenčionėliai and Pabradė
• Founded – 2001
• Ownership – 50% (Fortum), municipality – 50%
• Total investments - 16,6 million in:
− new boilers (8,5 MW biofuel and 3,2 MW gas) and renovation of
existing boilers
− renovation of 64% of district heating network and heat substations
Current Operations

6. Current Operations
UAB „Fortum Joniškio energija“
• District heating operator of Joniškis, Gataučiai and Žagarė
• Founded - 2006
• Ownership - 66,2% (Fortum), municipality – 19,6%
• Total investments - 9 million in 24 km of district heating
network, boilers and substations
UAB „Fortum ekošiluma“
• Production of biofuel
• Founded - 2001
• Ownership - 100%
Kaunas
• Estimated investment in the CHP plant - approx. 470 – 570 million
litas

7. Fortum Klaipėda

8. CHP – a simple and safe technique
with great benefits

9. Overview
• At the moment ”Fortum Heat Lietuva” owns 95% of ”Fortum Klaipeda” shares, other 5 % - AB
Klaipėdos energija
• Total planned investment - EUR 130 million
• Power plant capacity for heat power will consist of 50 MW from fuels incineration plus 14 MW
during Winter time from flue gas condenser. It planned to produce 140 GWh of electricity and
about 380 GWh of heat power

10. Overview
• Capacity – 50 MW of heat and 20 MW of electricity
• Klaipėda CHP plant will use biofuels as well as municipal and
industrial waste as fuel, producing both heat energy that will be
supplied to Klaipeda city, covering 40% of Klaipeda’s heat
demand, and electricity that will be sold in the national grid
Klaipeda CHP plant will use the latest available technologies
that will secure maximum efficiency of fuel consumption as well
as from flue gas cleaning
• Planned commissioning – 2013
Annual reduction
of CO2
emissions - by
96000
tons

11. Steam boiler of a grate type 85MW
• Steam pressure - 47 bars, temperature - 400º C,
• Steam generation capacity - 105 t/h
• Steam turbine and generator 20MW
Annual output will be generated:
• about 400 GWh thermal energy
• about 140 GWh electrical power
Fuel types which are being used at CHP
• Biomass fuel (wooden chips) - 75’000 tons
• Public utilities waste - 115 -130’000 tons
• Industrial waste - 50’000 tons
Public utilities waste from Klaipėda region after the primary
screening on the locations of their collection or after the secondary
screening
Fuel types

12. Benefits for Klaipėda region
• Reduces dependence on imported fuels (natural gas) when
supplying heat to Klaipeda city, whereas 40% of heat from total
needed for the city will be produced in this CHP plant.
• Reduced dependence on imported fuel (gas)
• More stable heat tariff
• Reduced expenses for construction of new waste dumps and
management of the existing ones since the amount of waste
reduces by 4 to 5 times as a result of waste burning process
• Reduced impact on the formation of the greenhouse gas effect
since the gas originating from waste dumps (shale gas) has a
much greater impact on the increase of the greenhouse effect
than CO2 gas

13. Construction in Klaipėda

16. Fortum in Baltic region
Competencies of Fortum
• Combined Heat and Power (CHP)
• Energy markets
• In the Baltic countries Fortum focuses on the development
of CHPs with local fuels, including waste
BALTIC COUNTRIES
Power generation 0.4 TWh
Heat sales 1.1 TWh
Distribution customers ~24,000

17. Consumers: industry, public buildings, population
Energy sales in Estonia
heat 1.1 TWh
gas 20 GWh
electrical power 140 Gwh
Energy sales in Lithuania
heat 63 GWh
gas 40 GWh
biomass fuel (wood) 50 GWh
Staff : ~ 93
Energy sales in Latvia
heat 0.2 TWh
electrical power 32 GWh
Staff: ~103
Fortum’s Current Operations in Baltic region

18. Thank you!