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Introduction of the Green Industry and Environmental Sector in Norway

Introduction of the Green Industry and Environmental Sector in Norway. Per-Olav Lauvstad OREEC. OREEC. OREEC – facilitator for increased cooperation Our goal is to increase the participants’ speed of innovation and opportunities for business development.

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Introduction of the Green Industry and Environmental Sector in Norway

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  1. Introduction of the Green Industry and Environmental Sector in Norway Per-Olav Lauvstad OREEC

  2. OREEC • OREEC – facilitator for increased cooperation • Our goal is to increase the participants’ speed of innovation and opportunities for business development. • 45 members, 200 companies participating in our projects

  3. Cleantuesday • One Tuesday a month, at 1630-1830 • Cleantuesday is the new meeting place for entrepreneurs, established companies, investors and customers in cleantech. • Cleantuesday is based on open innovation and is an informal meeting place for actors in renewable energy. • Cleantuesdayspurpose is to increase the rate of innovation and support the growth of cleantech.

  4. Cleantuesday 2012

  5. Regions of Knowledge - COOLSWEEP COOrdinating and Leveraging regional knowledge for initiating a Sustainable and optimised EU Waste to EnErgy Programme OREEC are coordinator Partners (from International Cleantech Network): • Copenhagen Cleantech Cluster • ECO World Styria, Graz, Østerrike • Euroimpresa, Milano • Aclima, Bilbao • FORA, Danmark • Montanuniversität, Østerrike • Riga TekniskeUniversitet • Cambi AS (Third Party)

  6. Clusters http://www.futurebuilt.no/english1 http://en.greenbusiness.no/ http://www.vannklyngen.no/

  7. Cleantech definition • Improve the productive and responsible use of natural resources • Greatly reduce or eliminate negative ecological impact and • Provide superior performance at a lower cost compered to existing solutions

  8. Norwegian Energy situation • Electricity production 127 TWh • Hydropower 122 Twh • 1,3 Twh wind power • 4,8 Twh Gas power and other heat power stations • Total consumption 125 • 80 % renewable hydropower • Around 60% of total energy consumption are renewable • Looking to get 40 TWh surplus • Marked price 30 EurGWh

  9. Norwegian challange • CO2 natural in 2020 • Possible but need technology innovation and policy change • Norway will have an increase energy demand in this period • The energy production will increase to 140 TWh all renewables • Important with an flexible district heating systems • Important with improved distribution lines • Must do something with transport sector • Increased use of electricity • Hydrogen • Biofuels – will lead to a deficit in biomass and biofuel (net. Import) • Need to develop CCS for industry usage

  10. Cleantechtechnologies • Energy Generation: wind, solar, hydro/marine, geothermal, biofuels • Energy Storage: fuels cells, advanced batteries, hydrogen, hybrid systems • Energy Infrastructure: management, transmission • Energy Efficiency: lightning, buildings, glass • Transportation and Logistics: vehicles, logistics, structures, fuels • Water and Wastewater: conservation, purification, treatment • Air and Environment: emissions, monitoring and offset, trading • Advanced Materials: nano, bio, green chemicals • Manufacturing & Industrial: advanced packaging, smart production • Agriculture: natural pesticides, land management, aquaculture • Recycling and Waste: recycling, waste treatment and recovery

  11. Norwegian Cleantech industry • 1 786 companies in 2011 • Employed around 38 000 people • It is the fifth larges industry in Norway measured in added value • A total revenue of 24 billion Euro • A total of 8,6 billion Euro added value • The industry grew by more than 12 percent in 2011

  12. Overview

  13. Waste managment • Waste form private sector handled by public owned companies – in some cases private entrepreneurs • Industrial waste handled by private and public companies • Strong focus on recycling

  14. Transport • Public transport on: • Biogas and hydrogen busses • Oslo has the highest number of electric cars • Test sight for hydrogen cars from Hyundai and Mercedes • 60 companies working on hydrogen

  15. TOMRA • http://www.tomra.com/default.asp?V_ITEM_ID=9

  16. Waste to Energy • High priority • District heating • CHP in some cases • Biogasification • LBG Liquid Bio-gas

  17. Biogas production World leading production system Cambi

  18. Districkt heating

  19. IFE Institute for Energy Technology

  20. From waste to biogas to hydrogen Advantages Local production Cheap Climate neutral CO2 Possibilities H2 as fuel Usage of H2 and CO2 for production of liquid fuel (methanol) Sulfa-Treat seith remowes all H2S from biogas Fluidized bed reformer for H2-produksjon (10 – 50Nm3/time)

  21. Some tip about IEEA project • Get an Norwegian partner as early as possible • There must bee an upside for the Norwegian organization ore companies • Cooperate on the budgeting – the Norwegian expenses are high • Norwegians are not so direct • They do not work after 1600, the weekend are holy (they go to tier cabin and so on)

  22. Foresight-prosess for arenaprosjekti 2013 OREEC inn i framtiden

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