Pvald ehf pvald.com The social impact of geothermal - how would Iceland be without geothermal utilization? Dr. Páll Valdimarsson pvald ehf and Reykjavik.

Slides:



Advertisements
Similar presentations
Energy. oil and natural gas  supply 62% all energy consumed worldwide  how to transition to new sources?  use until mc of further use exceeds mc of.
Advertisements

Orkustofnun The National Energy Authority EQM The Nordic and the Global Perspective Nordic Showroom on Energy Quality Management Reykjavik – Harpa
Faculty of Engineering - University of Iceland 1 District heating system modeling Marta Rós Karlsdóttir Reykjavík
Miss Nelson SCIENCE ~ CHAPTER 12 ENERGY AND MATERIAL RESOURCES.
Chapter 13 Section 3.
By Samantha Jackson Grade 8
By: Zack Chiasson.  Solar power is basically the conversion of sunlight into energy.  Even the tiny percentage of sunlight that touches the earth is.
SOLAR HEATING Solar energy can be used for Solar water heating Solar space heating Solar pool heating.
By Owen Turner. Geothermal power is power extracted from heat stored below the earths crust Geothermal energy is generated in the Earth's core The energy.
By: Alexander. What is coal  Coal is a type of fuel that is mostly used to power our homes in the country. It makes power exactly the same way as gas.
Hatfield Elementary Created by: Justice Luke Gavin.
Geothermal Energy David McArdle. What is it? Geothermal energy - The process of extracting power from underground heat that is produced by the earth’s.
Engineering Technology Division
GEOTHERMAL DIRECT HEAT UTILIZATION. DISTRICT HEATING.
Reducing energy waste Good for us, great for the environment.
Geothermal Energy Chelsey Haske Taryn Mulienburg Jenny Sobecki Taylor Bourne.
GEOTHERMAL ENERGY By Sofia Culjak-Wade. HISTORY Hot mineral springs have been used for centuries by Romans, Chinese, Pioneer Americans, and many other.
Current Integrated Use of Biomass from Forest Treatment Plummer Forest Products.
Solar Geysers – a CDM perspective TATA BP Solar case study.
Renewable Geothermal Resources
The Great Forgotten Clean-Energy Source: Geothermal
Alma Elizaldi Maria Lara OCEAN ENERGY.  It’s energy carried by ocean waves, tides, salinity, and ocean temperature differences.  This energy can be.
Geothermal projects in Iceland
Fossil Fuels II. Synfuels Gas or liquid fuels from hydrocarbons locked in rock. Oil Shale Oil Shale Tar Sands Methane Hydrate.
Going Green Student Poster Showcase Getting Rid of Oil Ian Sinclair; Mr. Frykoda; SCS For a long time now we have used fossil fuel for our primary source.
Geothermal Technologies Systems: Direct-use: A drilled well into a geothermal reservoir to provide a steady stream of hot water. Deep reservoirs to.
[Legislative] [Danish Policy] Energy 2000, Target to reduce CO2 emissions in 2005 by 20% compared to 1988 levels. Energy 21, Reinforce targets.
MED-CSP Concentrating Solar Power for the Mediterranean Region WP0: Introduction WP1: Sustainability Goals WP2: Renewable Energy Technologies WP3: Renewable.
Geothermal Plants Geothermal energy originates from the original formation of the planet, from radioactive decay of minerals, from volcanic activity and.
1.)What can this type of energy be used for?
Energy and Electricity. The Cost of Electricity Electricity is measured in units called “kilowatt hours” (kWh). For example… A 3kW fire left on for 1.
Sustainable Energy options for Northern Ireland European Studies Project.
Advantages Virtually unlimited Availability will continue to increase Cleaner energy source than fossil fuels Base-load energy source Safer to develop.
Geothermal Energy – energy from the Earth
Introduction to Coal Coal is a fossil fuel that is created from the plants that have died. Coal is a non renewable energy source because it takes millions.
Geothermal Heating System in the City of Bijeljina Bijeljina, City of Bijeljina City of Bijeljina Bosnia and Herzegovina.
Complete the information below. Make sure that you include reference information to be used later. 1. Describe how the initial form of energy exists in.
Geothermal Energy – energy from the Earth 1.Cold water is pumped below the ground. 2.Hot rocks heat the water, turning it into steam. 3.The steam is used.
RENEWABLE ENERGY FOCUSING ON SOLAR ENERGY. NON-RENEWABLE ENERGY.
Alternative Energy Save The Earth! Created By James Gillespie 2013.
Energy long ago 1950s In the 1950s people would heat their homes mainly with turf and coal fires . Turf is cut from bogs. Some would also use electric.
Fig , p. 415 More Renewable Energy Increase renewable energy to 20% by 2020 and 50% by 2050 Provide large subsidies and tax credits for renewable.
Power for the People Learning objectives: Know different ways of producing electricity Know different ways of producing electricity Understand the difference.
Renewable sources of energy
Heat Pumps In a heat engine, heat is converted to mechanical energy by taking advantage of the fact that heat flows from hot to cold. The heat is taken.
Heating our future:. How Geothermal energy works: (For Low-Temp. sites) A well is dug as deep as need be. (depending on location) Water is pumped down.
Heat Pumps In a heat engine, heat is converted to mechanical energy by taking advantage of the fact that heat flows from hot to cold. The heat is taken.
Geothermal energy is thermal energy generated and stored in the Earth.
GLOBAL WARMING PRESIDENT: CLAYTON BROWN VICE PRESIDENT: TYLER MCCLELAND.
Geothermal Heat Pumps. How It Works Different from Geothermal Energy Uses the earth surface not center Finds an area at the earth’s surface that has a.
The lessons of growth theory …can make a positive difference in the lives of hundreds of millions of people. These lessons help us  understand why poor.
Sustainable Energy Systems Engineering Peter Gevorkian Ch 12: Geothermal Energy Brevard Community College ETP1420 Bruce Hesher.
Geothermal Energy Rongrong Miao. How does geothermal energy work? Rocks are heated to magma. Magma heats nearby rocks or aquifers F.
Science 7: Unit C – Heat and Temperature Topic 7: Sources of Thermal Energy.
One of the most advanced products of its league, this Pressurized Solar Water Heater System combines the stainless steel heat exchanger pipes and water.
Typical citizens of advanced industrialized nations each consume as much energy in six months as typical citizens in developing countries consume in their.
WHO WERE THE LOSERS IN THE 1920’S BOOM? L.O: To assess the negative impact of the boom 12 June, 2016.
Electricity Environmentalist By Donnelle Williams.
ENERGY SOURCES IN POLAND PRESENTATION PREPARED BY THE STUDENTS OF GIMNAZJUM No 3 IN TARNOBRZEG JANUARY 2011.
District heating year 2016.
2016 Energy Production and Consumption Declines
By Hannah, Megan, Sara and Julian
Different scales of installation
Current Climate Change
Energy: Powering Our Nation
Renewable and Non Renewable Energy Sources
District heating system modeling
District heating in Finland 2017
Exploring Geothermal Heat within the earth.
Sustainable Heating and Cooling in Sweden
Presentation transcript:

pvald ehf pvald.com The social impact of geothermal - how would Iceland be without geothermal utilization? Dr. Páll Valdimarsson pvald ehf and Reykjavik University

pvald ehf pvald.com Icelandic farmstead, 1920?... Iceland was a poor third world country 70 years ago Direct use of geothermal heat is one of the main factors in our transition to the 20th century!

pvald ehf pvald.com Reykjavík 1940, coal heating

pvald ehf pvald.com What do we get from geothermal? Heating of our homes (including tap water) Considerable part of electricity generated Spa and swimming pool culture Greenhouses – Icelandic tomatoes all year Aquaculture Industrial use.

pvald ehf pvald.com Social effects Heating is cheap, - no need to worry An Icelander often does not know his heating cost – it is under the radar Indoor temperature is usually high – nice in cold and wet climate Wasteful control – control temperature by opening the windows Hot pot in the backyard Migration to geothermal district heating areas Electricity for heating of buildings is state subventioned The search term “jöfnun húshitunarkostnaðar” (equalization of heating cost) gives hits on Google.

pvald ehf pvald.com The history Snorri Sturluson ( ) Heating of buildings starts late 1800’s District heating in Reykjavik from 1930

Strainer Volume meter Manual control valve Tap water pipe Selfoss, 1949

pvald ehf pvald.com

Heating cost Floor area 200 m2 Heated volume 600 m 3 62,56 € 70,40 US $ Newspaper is 5.613,00 ISK or € 39,90 or US $ 44,90

pvald ehf pvald.com Swimming pools and bathing Bathing in natural pools has been done since the land was settled A natural pool is heaven after a few wet, cold and sweaty hiking days…

pvald ehf pvald.com Reykjanes, Ísafjarðardjúp Salt production Boarding school 1934 – 1990 Road connection around 1950 Swimming pool from 1853.

pvald ehf pvald.com Swimming pools today There are 170 swimming pools in the country The average citizen in Reykjavík goes 15 times a year to a swimming pool Certainly important for the quality of life The hot pot is the place for gossip!

pvald ehf pvald.com The future Have we built the last geothermal power plant in Iceland? The home market for the geothermal industry will diminish (disappear?) The home market will be mostly related to operations and maintenance Around 90% of all buildings in the country are already heated by geothermal district heating – not much room for expansion there The future of the Icelandic geothermal industry is abroad.

pvald ehf pvald.com Iceland without geothermal Buildings will be heated with electricity Ground source heat pumps will be feasible Investment in a ground source heat pump system may be around USD ,-, resulting in annual fixed capital cost of USD 2 – 3 000,- per household The heating load is seasonal and has low utilization factor Price of electricity will rise dramatically The luxury of affording to waste heat in our homes will disappear The swimming pool culture will disappear.

pvald ehf pvald.com Electricity needed for heating All the hydro power plants together are not sufficient to heat the buildings in the country with direct electric heating on the coldest day There would be a huge surplus of electricity from the hydro power plants during summer – which would be very difficult to sell Installation of ground source heat pumps would reduce the power needed to about one-third – but that requires still almost half of all hydro power plants in the country …which may make fossil fuel fired power and heat feasible!!

pvald ehf pvald.com Coal fired cogeneration plant for Reykjavik A coal fired power plant in Geldinganes is a possibility… Such a plant will produce heat during winter to heat the city …but will also be able to produce electricity at relatively low price at the same time …when the hydro power plants have low production.

Geldinganes Harpa Photo

pvald ehf pvald.com Heizkraftwerk Wuppertal-Elberfeld Electricity 100 MW, heat 200 MW Reykjavík needs ca 180 MW electricity and 700 MW heat It is likely that two such plants could be sufficient A (necessary) coal harbor and coal depot is not shown The coal depot will probably contain coal for a full winter.

pvald ehf pvald.com Geothermal is of immense importance to us Heating with oil would need some kg per capita This corresponds to a typical family car driven km/year If the yearly district heating water sales of Veitur ( m 3 ) were put in a swimming pool 1 m deep and 30 m wide …then it would have to be km long!!