1000 kilowatt-hours of electricity is equivalent to the average amount of electricity consumed per month by: 1 resident of the United States. 2.3.

Slides:



Advertisements
Similar presentations
Prepared By: Stephanie Hunt Presented By: Larry Freeman January 2015.
Advertisements

CO 2 Emission of Water Bottles The Economics of Sustainability and the Environment Fall 2013 Wonjoon (Michael) Choi.
Geology and Geography of Oil
Mitigation Strategies Review LP Mitigation Strategy #1: Transportation Efficiency A car that gets 30 mpg releases 1 ton of carbon into the air.
DARGAN M. W. FRIERSON DEPARTMENT OF ATMOSPHERIC SCIENCES DAY 4: 04/08/2010 ATM S 111, Global Warming: Understanding the Forecast.
Residence time: T ave = C/R. 1 resident of the United States. 2.3 residents of Europe. 7.6 residents of Mexico. 7.4 residents of South America.
© BP 2004 BP Statistical Review of World Energy June 2004.
Energy Consumption in the United States Sequence of use 1.Wood 2.Water (steam) 3.Coal 4.Natural gas 5.Oil 6.Nuclear power 3, 4, and 5 = 83.5% of U.S. energy.
BP Statistical Review of World Energy 2004 © BP Proved oil reserves at end 2003.
World Energy Resources To catalyze the potential of renewable energy sources into production line power requires two basic physical ingredients: –The raw.
Sources of Energy Renewable and Non- renewable. What is Energy? Energy is the ability to do work.
EGEE 102 – Energy Conservation And Environmental Protection National and International Energy Usage Profiles.
Earth Science Chapter 5 Energy Resources Class Notes: Copy everything.
ENERGY: Fossil Fuels Primary and Secondary Energy Sources Oil Production, Economics, and Impacts Coal and Other Fossil Fuels Energy Conservation (use less.
The importance of fossil fuels and the challenges facing their use

© 2011 Pearson Education, Inc. The Cultural Landscape: An Introduction to Human Geography 10 th Edition Classroom Response System Questions Chapter 14.
11 Energy in Denmark Observed energy consumption and adjusted gross energy consumption.
Transportation 1. Learning Objectives Understand that gasoline combustion moves the vehicle as well as emit greenhouse gases. Understand that carbon emissions.
 Introduction  3. All About Us  4. Personal uses of natural resources  5. Our impact-CO2 Calculator  6-8. Energy use-CO2, transportation, and electricity.
By: John Vang & Gee Yang. What is Hydrogen is the simplest atom and is even lighter then air. A highly combustible gas and also very flammable. Made of.
Energy and Sustainability. Energy How much energy do you need? How much energy do you use?
OCEANS: Mass:1.4 x kg Area:3.6 x 10 8 km 2 Average depth:~4 km How much ice needs to melt to raise the level by 1 cm? Enough to.
How much CO 2 does a coal-burning power plant emit? How much coal does it take to produce one kwh of electricity? A typical coal burning power plant (500.
October 12, 1999: 6 billion! Now doubling every 61 years.
Environmental Science: Toward a Sustainable Future Richard T. Wright Energy from Fossil Fuels PPT by Clark E. Adams Chapter 12.
Geology of Fossil Fuels. Natural Resources Global uneven distribution of natural resources Global uneven distribution of natural resources Global uneven.
Global Economy, Energy and Environment: An Overview.
The Science and Economics of Energy: Learning about Solar Energy.
Energy Units Calorie (old unit) Joule (J) (international unit) 1 cal = J Kilojoule (KJ) One calorie is the energy needed to raise 1g of water by.
Sources of Energy Earth’s energy comes from two sources- 1. The Sun (Nearly all of Earth’s energy comes from the Sun.) 2.Radioactive atoms inside Earth’s.
News  /new_england_sending_a_crowd_to_climate_talks/
1 MET 12 Global Warming: Lecture 13 Energy Shaun Tanner San Jose State University Outline:   Energy use   Story of Stuff.
Energy Units & Consumption ESM 102. Sources of Energy.
OCEANS: Mass:1.4 x kg Area:3.6 x 10 8 km 2 Average depth:~4 km How much ice needs to melt to raise the level by 1 cm? Enough.
Environmental Science: Toward a Sustainable Future Richard T. Wright
My Carbon Footprint Recycling By Jake Guglielmino.
Hydrogen Power. Why Use Hydrogen as an Energy Source? Hydrogen, when combined with oxygen (air) in a fuel cell, produces electricity with absolutely no.
ENERGY UNITBTU CONTENT 1 barrel (42 gallons) of crude oil5,800,000 Btu 1 gallon of gasoline124,238 Btu (based on U.S. consumption, 2008) 1 gallon of diesel.
Earth’s Changing Environment Lecture 15 Energy Conservation.
Global Warming By: Ryan Collins and Nguyet Luong.
World Leaders in Combustion Management Solutions OverviewExplanationFurther Information Application Further Information Explanation Introduction Application.
Would you pay for trash?. Energy! Energy History in the United States What is our main source of energy today? 100 years ago, what was our main source.
Nuclear Power Plants. Salem/Hope Creek Oyster Creek.
Key Q: What is oil used for?
ENERGY. ENERGY: Where does most of our energy come from?
Energy Demand Outlook by Mohamed Ariff Based on Data from The Institute of Energy Economics, Japan.
Carbon Footprint Dem Two: Enlly Bugarin Narciso Arevalo December 14, 2015.
INTERNATIONAL ENERGY AGENCY AGENCE INTERNATIONALE DE L’ENERGIE What is the Cost of Not Having Nuclear Power or Carbon Capture and Storage While Still Stabilizing.
Introduction to Energy Auditing. Major Topics in Introduction to Energy Auditing Course Introduction to energy auditing Residential energy auditing Calculators.
Recycling Bottles My Carbon Footprint. Throwing things away is a waste of the energy and the resources taken to make the product. Reducing the number.
ENERGY RESOURCES: PREDICTIONS AND ALTERNATIVES Kristin Clark ENERGY RESOURCES: PREDICTIONS AND ALTERNATIVES Kristin Clark.
By: Christina Nahar Conservation Transport.  An effective strategy to reduce greenhouse gas emissions must include: -Improved fuel economy -Reduce carbon.
Nuclear power By, Brandi-Lee Getson. Nuclear power is:  People think that the energy comes from nuclear reactors in the plants.  But nuclear power is.
ENERGI TERBARUKAN Dr. Ir. Agus Haryanto, M.P PS. Keteknikan Pertanian Universitas Lampung 2009.
It all starts with CARBON. coal (and electricity from coal) oil natural gas.
Energy Information Administration 25th Anniversary of the 1973 Oil Embargo 25th Anniversary of the 1973 Oil Embargo Energy Trends Since the First Major.
SAUSALITO COMMUNITY GREENHOUSE GAS EMISSIONS INVENTORY Years 2005 and 2010.
Energy Consumption The Earth’s supply and our demand.
Making transportation better sustainability. Last week… We learned that cars release a lot of… – Carbon dioxide! C 8 H 18 + O 2  CO 2 + H 2 0 Ethanol.
Mitigation Strategies Review
Mitigation Strategies Review
Cars consume a third of U. S
ENERGY: Fossil Fuels Primary and Secondary Energy Sources
1000 kilowatt-hours of electricity is equivalent to the average amount of electricity consumed per month by: 1 resident of the United States. 2.3.
Resource Issues Chapter 14 An Introduction to Human Geography
Ross Lundholm Austin Nelson Period 7
Bellwork 3/22/12 Define: Elevation, Flow Rate, Fluid, Fluid Dynamics, Force, Hydrodynamics, Pressure.
bp.com/statisticalreview #BPstats
Energy Transformation and Fuels (p 226)
Presentation transcript:

1000 kilowatt-hours of electricity is equivalent to the average amount of electricity consumed per month by: 1 resident of the United States. 2.3 residents of Europe. 7.6 residents of Mexico. 7.4 residents of South America residents of Africa residents of the Far East.

1000 kilowatt-hours of electricity is equivalent to the energy stored in each of the following: 574 fast-food meals. 34 pieces of firewood gallons of gasoline. 274pounds of coal. 34 therms of natural gas. lead-acid battery weighing pounds.

1000 kilowatt-hours of electricity production emits the following pollutants: PoundsPing pong balls CO SO NO X And require 422 gallons of cooling water

Oil consumption per capita

Major oil trade movements

Coal production - Coal consumption

Natural gas consumption per capita

Major natural gas trade movements

* * C 3 refers to 3-phosphoglycerate, C 4 to a 4-carbon analogue (3.2 x GJ/year)