BY: Austin Brehio.  Power Generation  Domestic Use  Transportation  Fertilizers  Aviation  Hydrogen  Manufacturing.

Slides:



Advertisements
Similar presentations
The Energy Challenge CONTEXT SCALE. Humanity’s Top 10 Problems for Next 50 Years 1.Energy 2.Water 3.Food 4.Environment 5.Poverty 6.Terrorism and War 7.Disease.
Advertisements

CO 2 Emission per Primary Energy Consumption Unit : 1,000 Tons-CO 2 /KTOE (FEB) Year
Coal Notes. Take out your notes and answer these questions….in writing!  What is a non-renewable resource?  Give some examples…  What is a renewable.
HYDROGEN FUEL CELLS CURRENT AND FUTURE DESIGNS USE AS AN ENERGY STORAGE DEVICE RENEWABLE VS. CO2 GENERATING DISTRIBUTION METHODS AND COSTS SAFETY.
THE OXYGEN-CARBON DIOXIDE CYCLE.. Oxygen-Carbon Dioxide Cycle  Both are GASSES important to all living things.  Unlike water which always stays water,
Global Warming Carbon. 2. What’s the problem? Greenhouse effect Caused by water and carbon dioxide Turns the Earth from a ‘snowball’ with a hot Equator.
Energy TPES.
Mitigation Strategies Review LP Mitigation Strategy #1: Transportation Efficiency A car that gets 30 mpg releases 1 ton of carbon into the air.
Direct manufacture from methane (natural gas) without syn-gas, chemical recycling of carbon dioxide of industrial exhausts and eventually.
Earth’s Changing Environment Lecture 13 Energy Calculation Review & Some Important Quantities.
The importance of fossil fuels and the challenges facing their use
Carbon Footprint:.
The good, the bad, and the ugly.. Coal Basics Most abundant of fossil fuels World’s largest energy source Type of rock composed of organic matter having.
-What are the assigned energy source’s? -How much energy does biomass fuels currently produce in Texas? -How important is biomass source of energy likely.
Air Quality Revision.
This formative assessment is a modified “True/False” quiz. It is made up of questions you and your peers made up based upon your sections of the project.
GHG and Carbon Pie. Atmospheric Gases Gas Symbol Content Nitrogen N % Oxygen O % Argon Ar 0.934% Carbon Dioxide CO % Neon Ne
Natural Gas. What is Natural Gas Natural Gas: -A flammable material made from carbon and hydrogen formed in short chains. A nonrenewable fuel. eg. Methane,
Energy Production & Carbon Emissions. Why Do We Need Energy? Energy is the ability to do work. We must have energy in order to survive. This means that.
1 EAEE E4001 Industrial Ecology of Earth Resources The Grand Cycles.
NATURAL GAS VEHICLES AMERICA’S NEW CHOICE FOR CLEAN TRANSPORTATION 1.
Nuclear Energy. How does it work? Some atoms, (like Uranium), are so big that we can break them apart by shooting tiny particles at them. This process.
Energy, Fossil Fuels, and the Carbon Cycle Module 2: Greenhouse Gases.
Energy Units & Consumption ESM 102. Sources of Energy.
Mitigation Strategies What and Why?. What is mitigation? To decrease force or intensity. To lower risk. Earthquake mitigation – Build earthquake safer.
Energy Information Administration Official Energy Statistics from the U.S. Government Annual Energy Outlook 2008 Energy Information Administration December.
Other Alternative Fuels.  Natural gas (compressed or liquefied)  Liquefied petroleum gas (propane)  Hydrogen  Coal-derived liquid fuels.
IP Advantages and disadvantages of fossil fuels © Oxford University Press 2011 Advantages and disadvantages of fossil fuels.
Ethanol and Natural Gas
Alternative Energy Take a look at how electricity is made
Air Quality Revision Notes. Air –What’s it made up of? Naturally air is made up of nitrogen, oxygen and argon Nitrogen (N2) makes up 98% of air. Oxygen.
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.
Global Changes from World Fossil Fuel Energy Exhaustion Greg McCormick.
Depend on CARBON and CHEMICAL ENERGY from FOSSIL FUELS.
By: Anna Haywood, Josie Wadlow, Sebastian Immonen, and Will Taft.
Carbon Cycle Chapter 2. Carbon Most abundant element found in living organisms. The Carbon Cycle is when the carbon atoms flow from living organisms to.
Geothermal Advantages By Katie. Geothermal Energy Advantages Summary Geothermal energy is a cheap, clean and plentiful energy source. It will be here.
Coal From where does it come? What happens when it is burned?
Tuesday 2/21/12week 23 objective – SWBAT identify products of coal combustion and their effects on the environment. HW – Read p. 89 Combustion of Fossil.
Carbon footprint By. Sarah Case. What is a Carbon Footprint?: A measurement of the effect of a project on the climate in terms of the amount of carbon.
Carbon Capture and Sequestration Graham Friant and Rahul Ramanna Sustainability The main goal of CCS is to increase the sustainability of the current system.
Carbon Monoxide MAKING GAS SAFE. Carbon monoxide Carbon Monoxide can be produced by burning any fossil fuel – not just gas. It can be generated by: 
Coal Formation. Coal types Peat: Youngest form of coal, lowest grade, low quality fuel and organic material for gardeners Lignite: 150 million yrs old,
 Very widely used  Cleanest of all the fossil fuels  Can be used as an automotive fuel  No waste/residue left behind from burning it  Can be used.
Nuclear Power  Period 1  Benny Situ  Paolo Tolentino  David Liang.
Why is CO 2 accumulating in the atmosphere and what can be done about it ?
Fossil Fuel Power Stations Stefan Suarez, Harrison Pearl, Will Engelhardt, and YOU!
Replacing Coal USING CLEAN ENERGY TO REDUCE CO2 EMISSIONS.
Fossil fuels: Energy from fossilised organic materials.
There are 3 major forms of fossil fuel. Coal which is a sedimentary rock that is used as a human resource for consumption, Oil which is a liquid substance.
Fossil Fuels By Brian Morgan. Most Popular Coal* Oil Petroleum Natural gases.
Why are fossil fuels considered nonrenewable? Fossil Fuels are sources of energy that take a very long period of time to form and once depleted, are essentially.
Figure 1. Emission Levels, Reference Case Projections for 2010 and 2020, and Target Caps for Electricity Generators Target 0 2,000 4,000 6,000.
Emission Levels, Reference Case Projections for 2010 and 2020, and Target Caps for Electricity Generators Target 0 2,000 4,000 6,000 8,000.
Earth’s Changing Environment Lecture 8 Global and US Fossil Fuel Resources: Coal.
Carbon, Climate, & Energy Resources Unit 4 Carbon Dioxide Production from Burning Fossil Fuels Pamela J. W. Gore, unit author.
Do you think Global Warming is happening?
Industrial Ecology of Earth Resources
Overview of Regulatory Issues Regarding Various Energy Sources
FOSSIL FUELS By Niall Heeney & Ben McCarthy
THE OTHER SIDE OF THE GLOBAL WARMING STORY
Energy Futures?.
CO2 Capture and Storage Potential for Reducing CO2 Emissions
Carbon & oxygen cycles & energy
Common Compounds.
Do Now: What is the difference between an autotroph and a heterotroph?
Carbon Cycle Page 11.
Greenhouse Gases & their effect on earth
Lesson Objective: List and explain the advantages (pros) and disadvantages (cons) of using fossil fuels to obtain energy.
Presentation transcript:

BY: Austin Brehio

 Power Generation  Domestic Use  Transportation  Fertilizers  Aviation  Hydrogen  Manufacturing

 Cheaper than most other fossil fuels  Only about $7 per 1,000 cubic ft.  1 cubic foot produces 1,028 BTU  $3-$10 will get approx 300 Kwh

 Cleanest of all fossil fuels  ½ the co2 emissions of oil and coal  Effects atmosphere for 12 years, rather than years

 Produced 5.3 billion tons of co2 emission  Coal and oil produced around 10.6 billion  Carbon dioxide produced at 107,000ppm vs. coal which is 208,000ppm  Carbon monoxide produced at 40ppm vs. coal which is 208ppm

 Uses the “hydrofracking” (hydraulic fracturing) method  Not many accidents  Safer to mine than coal  No big accidents VIDEO

 Can’t run out  Getting more popular by the day  Cheaper  Easy mining  Good for environment  Overall good