Welcome to Norrenergi



Similar documents
Bioenergy. A sustainable energy source.

District heating and cooling in Stockholm Site visit to the Ropsten plant

AB Fortum Värme samägt med Stockholms stad

Heat Recovery from Data Centers. Guided Tour in Kista, January 21, 2015

Integrating renewable energy sources and thermal storage

Country Report, SWEDEN

UPM Grow with Biofore. Vesiyhdistyksen Jätevesijaoston seminaari Esa Laurinsilta

Switch from gas to biomass in district heating Case Jelgava, Latvia. Kristian Rehnström, 25 February 2015

Sale of Fortum s electricity distribution business in Sweden

Role of Northern European forestry in the energy production chain, case Fortum. Jari Nylén Purchasing Manager Fortum Power and Heat Oy, HEAT

The future is our most important market Refining with a sustainable vision. Sören Eriksson

From forest to gas in the transmission system. Ulf Molén,

Utilization of renewable energy sources and their role in climate change mitigation. Norsk Energi s experience

State of the art of solid biomass technologies in Germany

Biowaste to Energy Examples from Germany

Södra Näs Vimmerby Energi AB Biomass District Heating Plant, Sweden

KUHMO: the perfect example of local bioenergy production

Work together with Energy Experts from Finland

UPM THE BIOFORE COMPANY

Energy Efficiency and Renewable Energy Sources in Sweden

Analysis of the EU Renewable Directive by a TIMES-Norway

Preliminary pellet market country report SWEDEN

Energy story of Turku region, history and future

Technologies and Economics of Energy Generation from Logging Residues and Wood Processing Waste

Wood market in Poland: structure of use, industrial and energy purposes

CHP as a part of energy transition - Opportunities for investors

Bioenergy Småland. Business development through biomass in the region of Småland

Lappeenranta Climate Capital of FINLAND

Introduction to our Business in Valmet. Marita Niemelä VP, Strategy Pulp & Energy 20 August 2014

CHP and DHC in Helsinki

Biomass Energy for Heating and Hot Water Supply in Belarus

Biofuels in Sweden: national verification system for sustainability

Aurinkolämpömarkkinat Skandinaviassa ATY Aurinkoseminaari Jari Varjotie, CEO

Latest Offshore Developments in Sweden

Uusiutuvien teknologioiden kehittäminen yhteistyössä partnereiden kanssa

DEVELOPMENT AND STATUS OF THE USE OF AGRICULTURAL RESIDUES FOR ENERGY IN DENMARK HISTORY AND POLICY DRIVERS

Good Practice Form

Göteborg Energi. Biogas potential. Henrik Forsgren. Dir. Public Affairs. Biogas has a wide range of biomass feedstock.

of bioenergy and actions

Swedish electricity certificate system

Fortum Otso -bioliquid

THE EU ETS IN THE FINNISH CONTEXT Does the ETS support local bioenergy implementation?

Present status and future projects of biomethane in Sweden (Scandinavia) Anders Mathiasson, Malmö Senior advisor Swedish Gas Association

Tutkimuksen merkitys menestyvässä liiketoiminnassa- Innovaatiosta tuotteeksi

UPM THE BIOFORE COMPANY

Renewable diesel from tall oil

Valmet biotechnologies and pyrolysis status update. Joakim Autio Product manager, Pyrolysis systems Valmet

Hillevi Eriksson, Climate and Bioenergy specialist, Swedish Forest Agency

Open district heating network in Greater Stockholm

Biogas and Biomethane

Wood Pellets for Power and Heat. Gordon Murray, Executive Director

Benefits and challenges of biomethane production in Sweden

District Heating & Cooling in Helsinki

The IMES Master Programme

M.Sc. Matti Kivelä Power Plant Manager R&D Lahti Energia Oy P.O. Box 93 FIN Lahti Finland Tel matti.kivela@lahtienergia.

Eco-Efficient Economy in Sweden

GREEN COMFORT FOR SUSTAINABLE CITIES.

Biomethane as vehicle fuel

System analysis of overall efficiencies of different routes for bioenergy. Content

POLYCITY. Technical measures and experiences at a 6 MW cogeneration plant with wood chip furnace POLYCITY

THE REGIONAL BALANCE OF WOOD FUEL DEMAND AND SUPPLY IN FINLAND

Nordic Baltic Bioenergy Conference, Riga April 2015

BIOENERGY (FROM NORWEGIAN FORESTS) GOOD OR BAD FOR THE CLIMATE?

Borås Energi och Miljö. Pär Carlsson

Bioenergy in Sweden and potential for the future in Europe.

Overview on DHC pricing and regulations in Europe-

GOOD PRACTICE: Kuhmon Lampö (Kuhmo s Heating)

World s Greenest High Performance Data Center

Clean coal from a Vattenfall perspective

Lessons learnt from the use of solid biom ass in Germ any -

/HNR: V1.0. John Bernander, Bioenergi som motor, Oslo

Gasification of Biomass for Syngas generation at ETC

Esco s experience, know-how sharing from Energy Efficiency Italian industry

Følgegruppe for Styring & Regulering. Den danske SmartGrids gruppe. Jeanette Møller Jørgensen Forskningskoordinator, Energinet.dk JMJ@energinet.

Generating Current Electricity: Complete the following summary table for each way that electrical energy is generated. Pros:

De energievoorziening in 2040;

Metsä Fibre s Bioproduct mill

Delivering the UK s renewable heat objectives through wood fuel

What. to Us. Green. Means. of our time.

Riga Smart City Concept. Timurs Safiuļins Riga Energy Agency

POLICY ACTIONS INVESTING IN INNOVATION

Renewable Energy from Biomass. Opportunities in London and Area? Eric Rosen

Green Energy in Europe - Potentials and Prospects

LANDFILL GAS TO ENERGY- COMBINED ENGINE AND ORC-PROCESS

SKANSKA SVERIGE ENVIRONMENTAL REQUIREMENTS FOR SUPPLIERS

Hybrid system. Energy-efficient and environmentally friendly

Transcription:

Welcome to Norrenergi 2011-10-06 Mårten Zakrisson, Fuel Manager Carl Gilbe, Production Engineer 2011-10-06 Värme och kyla märkt Bra Miljöval 1

Norrenergi Solna (population 66.000) owns 67 % Sundbyberg (population 38.000) owns 33 % 2011-10-06 Värme och kyla märkt Bra Miljöval 2

History Sundbyberg started district heating in the 1950 s Solna started a few years later Cooperation became natural Heat pumps built in 1985 Norrenergi AB was formed 1993 District cooling started 1994 2011-10-06 Värme och kyla märkt Bra Miljöval 3

Evolution From burning heating oil To fossile free production Now over 90 % of market 2011-10-06 Värme och kyla märkt Bra Miljöval 4

Milestones in Norrenergis history 2008/2009 District heating and cooling with eco label Good Environmental Choice 2007 Biooil is introduced in Sundbyberg 2003 The bioenergy plant was built in Solna 2001 Biofuel was introduced at Norrenergi 1994 District cooling was introduced 1993 Norrenergi was founded by Solna and Sundbyberg 1985 The heat pump plant was built in Solna 1955 District heating was introduced in Sundbyberg 2011-10-07 Värme och kyla märkt Bra Miljöval 5

District Heating in Sweden Started 1948 in Karlstad 50% of the heating market 180 district heating companies Annual sales appr. 50 TWh/year Annual turnover appr. 2.5 billion Euro One of the pillars in Swedish environmental politics 2011-10-07 Värme och kyla märkt Bra Miljöval 6

District heating Norrenergi provides district heating to 100.000 people in households and companies in Solna, Sundbyberg and surrounding areas. District cooling Norrenergi provides district cooling to about 100 buildnings in Solna and Sundbyberg. Energy services Norrenergi provides energy services on the web and also with site visits to the customer. 2011-10-07 Värme och kyla märkt Bra Miljöval 7

District heating in Stockholm (approx. 12 TWh) DH companies: North east 2,2 TWh Fortum SFAB Telge Norrenergi EON Vattenfall Sollentuna Energi Dalkia Central 4,4 TWh South 5,0 TWh 2011-10-07 Värme med Bra Miljöval 8

District heating Introduced: 1955 Market: Solna, Sundbyberg,Danderyd,Stockholm Network: appr. 150 km Net sales: 1050 GWh/år Annual turnover: 630 Mkr (70 MEuro) Customers: ~ 1000 Average consumption: 650 MWh/år 2011-10-07 Värme med Bra Miljöval 9

District cooling Introduced: 1994 Market : Solna, Sundbyberg Network: appr. 50 km Nets sales: 75 GWh/year Annual turnover: 30 Mkr/år ( 3.2 MEuro) Customers: ~100 2011-10-07 Värme med Bra Miljöval 10

How is district heating produced at Norrenergi? Heat pumps use the heat out of waste water from the treatment plant in Bromma and seawater from the lake Mälaren (57 %) Hot water boilers timber powder from pellets (27 %) Hot water boilers bio oil (8 %) Hot water boilers fuel oil (1 %) Hot water boilers electricity (1 %) Imported heat (6 %)

Norrenergi energy recycling process District heating 45-60 C District heating 70-115 C Waste water Treatment plant 10-15 C Treated waste water 400 GWh DC 15-17 C Surplus heat -Climate cooling -Computer chillers -Industry District Cooling 5-7 C Heat Pumps Biomass boiler Talloil boiler Vegetable oil Fuel oil Electricity (Hydro power) 200 GWh Treated waste water Baltic sea 600 GWh 0,5 C 300 GWh 100 GWh 50 GWh 30 GWh -Residues from wood industry (saw mills) -Residues from pulp and paper industry -Residues from biodiesel and food industry District Cooling station Deep sea water cooling Compressor chillers 65 GWh 7 GWh 3 GWh 2011-10-07 Värme och kyla märkt Bra Miljöval 12

Solnaverket

Solnaverket Heating 4 heat pumps with capacity of 100 MW 2 timber powder boilers with capacity of 80 MW 1 biofuel boiler with capacity of 60MW 2 fuel oil boilers with capacity of 150 MW 1 electrical boiler with capacity of 20 MW Cooling 1 district cooling plant with cooled sewage treatment effluent as heating source 20 MW 1 cooling accumulator with capacity of 10 MW (75MWh) 2 cooling units with capacity of 10 MW

Sundbybergsverket

Sundbybergsverket 3 fuel oil boilers with capacity of 140 MW (2x25MW biooil + 50MW fuel oil) 2 electrical boilers with capacity of 60 MW District cooling plant, 3 cooling units with capacity of 6 MW Frösunda cooling plant with capacity of 22 MW (including 2x6MW compressor cooling units) Silverdal cooling plant, with capacity of 1 MW Haga heat exchanger station with capacity of 85 MW

ISO 14001 since 2001 Norrenergi is certified according to the international standard ISO 14001:2004 2011-10-07 Värme och kyla märkt Bra Miljöval 18

Good Environmental Choice Bra Miljöval (Good Environmental Choice) is the eco label of SSNC - The Swedish Society for Nature Conservation. SSNC is an environmental organisation governed by its members. SSNC started eco labelling in 1988 on laundry detergent and paper. 2011-10-07 Värme och kyla märkt Bra Miljöval 19

Good Environmental Choice The company must be certified according to ISO 14001. Maximum 10% non-renewable energy in the system. Electricity used in heating pumps must originate from renewable sources. 2011-10-07 Värme och kyla märkt Bra Miljöval 20

The requirements on biomass The supplier must have a system for tracing the origins of the raw material back to the sawmill. The raw material must originates from an FSC-certified forestry operation or in accordance with principles and processes aimed at supporting sustainable forestry operations. The raw material must not originate from illegal felling operations or from high conservation value forests.

Thank you for your attention! 2011-10-07 Värme och kyla märkt Bra Miljöval 22