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Fortum City Solutions.

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Presentation on theme: "Fortum City Solutions."— Presentation transcript:

1 Fortum City Solutions

2 Global megatrends shaping the energy sector
Climate change and resource efficiency Decarbonisation Renewables Circular economy Digitalisation, new technologies Competitive solar and wind New digitally-enabled solutions Storage Urbanisation Growth of cities – especially in Asia Need for sustainable utility services Electrification Active customers Customers make conscious choices Decentralised production Demand response

3 Transition towards Solar Economy is ongoing

4 Fortum in brief Forerunner in clean energy
64% of power generation CO2-free - in EU 97% Some 8,000 energy professionals Nordic and Baltic countries, Russia, Poland Core competences in hydro and nuclear power, combined heat and power production and in operating on energy markets Energy-related products and expert services 1.3 million electricity sales customers Figures: 2015

5 Fortum – Forerunner in clean energy

6 Sustainable city solutions
Storages for electricity Local fuels: bio/waste Wind park services Solar panels Excess heat from industry and data centers New consumer solutions for optimizing energy usage Intelligent charging systems to increase electric traffic Recycling and optimal use of waste as an energy Systems for balancing demand and supply

7 Investment programme in Europe Major investments in CHP production in several countries
Stockholm Jelgava Klaipeda Joensuu Järvenpää Espoo Częstochowa Joensuu Pyrolysis oil production in CHP plant Naantali co-owned bio-CHP (ongoing) Brista co-owned waste-CHP Järvenpää Bio-CHP Klaipeda Kaunas Värtan co-owned bio-CHP (ongoing) Espoo sewage water heat pump Zabrze Jelgava Bio-CHP Espoo geothermal heat (ongoing) Klaipeda Waste-CHP Kaunas Waste-CHP (ongoing) Zabrze Coal/waste-CHP (ongoing) Czestochowa Coal/bio-CHP Espoo heat recovery from hospital (ongoing)

8 City of Espoo and Fortum
Using waste heat from wastewater Pellets and bio-oil replacing fossil fuels Geothermal heat, pilot project with St1 Recovering waste heat from data centres Charging stations for electric vehicles Solar panels and heating optimization Recovering waste heat from Espoo hospital District cooling

9 City of Stockholm and Fortum
Stockholm Royal Seaport A hub for the development of Swedish environmental technology, in everything from housing to creating smart solutions for public transport and the use of energy. Modern district heating network Solar packages Hornsberg and Beckholmens innovative district cooling solutions Open district heating: Interxion Kista H&M Bahnhof Pionen Bahnhof Thule Charge and Drive

10 City of Tartu and Fortum
District cooling plant 13 MW + 1,6 km network Modern district heating network = heat customers Biomass CHP plant heat 50 MW, electricity 25 MW Estonian National Museum - energy efficient building with district heating and local cooling solutions SmartEnCity project – renovation of old Khrushchev-era, the heating pump between DC and DH networks Open district heating pilot project with customer Kroonpress

11 Fortum’s latest Waste to Energy projects
Brista 2 Klaipeda Klaideda WtE, Lithuania Capacity ton waste per year Boiler 85 MW Power output 20 MWe District heat 60 MW Commissioned Q1/2013 Investment 130 M€ manhours during construction period Brista 2 WtE, Sweden Capacity ton waste per year Boiler 80 MW Power output 20 MWe District heat 55 MW Commissioned Q3/2013 Investment 200 M€ manhours during construction period

12 Waste chain from source to end treatment
Waste collection and transport Municipalities or private companies arrange collection and transport of waste to treatment and sorting facilities Sorting and Pre-treatment Improving quality and costs of materials received by WtE plants Pre-treated waste volumes are subsequently processed in WtE plants Recycling and Waste to Energy Process steam, heat and/or electricity is sold to energy market, municipalities and/or industry Residual treatment / disposal Residues from combustion process (bottom ash and flue gas ash) reused or landfilled Unexploitable waste landfilled Hazardous waste treatment Hazardous waste Households Shops, stores Industry Separation at the source Treatment plant Glass Recycling Metals Paper and cardboard Compostable Bio waste Soil Unexploitable waste Landfill Combustible waste Waste to Energy Plant Steam, Heat and Electricty Ash Road and soil construction

13 WtE Technical concept

14 Main issues to be agreed for a WtE development
Waste Supply: Waste owner(-s) will need to guarantee to deliver X Tons per day of combustible, non-hazardous waste with a defined energy content for an agreed term to the WtE plant for treatment and pay an agreed gate fee. Thermal Energy: Industry or other will take produced exportable steam from the WtE plant gate for an agreed term, and pay a price competitive with the price of alternative thermal energy. Electricity: Electric distribution or other company will take produced exportable electricity from the WtE plant, and pay agreed tariff. Land: Suitable land plot needed for the construction and operation of the WtE plant. Permissions: Building and plant permissions need to be obtained (with support from stakeholders) Fortum or Special Purpose Vehicle (SPV) with Fortum participation for the development and operation of a WtE plant will undertake to Design, Build, Finance, Operate and Own the WtE plant.

15 Preliminary WtE project timetable
Start of Pre-engineering Investment decision Start of construction work Plant commissioning June 2016 Oct 2016 Sept 2017 Q1 2020 Feasibility study Pre-Engineering Construction Waste surveys (including waste amount, quality and transportation) Steam customer surveys Site selection External connections (power, steam, water, sewage, roads, gas, etc.) Plant concept optimisation Business concept Risk assessment Permits and licences Basic design Main equipment tendering Final investment cost estimation for plant Steam and power supply agreements Waste supply agreements O&M concept Final feasibility analysis Detailed design Main supplier agreements Construction work Commissioning

16 Thank you!


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