Chapter 21 WHY N2N? AND WHY NOW? Adam Well. Reducing Carbon Emissions  Decarbonization- “Ongoing global trend toward consumption of fuels that contain.

Slides:

Advertisements

Similar presentations

Clear Thinking on Nuclear: Hydrogen fuel 1.Demand for hydrogen is large and rapidly increasing 2.Cost effective with no gas emissions that pollute the.

Advertisements

Bp.com/statisticalreview BP Statistical Review of World Energy June 2010 BP Statistical Review of World Energy 2010 © BP 2010.

Fossil fuels Section 1.

Why N2N? And Why Now? The Megatrends Favoring Natural Gas and Nuclear Ch. 21 of Power Hungry By Robert Byryce Presented By James Tomich 1.

Shafer Powell Mary Faith Ryan.  Fuel processor or reformers split the hydrogen and carbon relatively more easily and then use the hydrogen.

Frack attack! Simon Oakes Bluedesign/Fotolia. Presentation title Frack attack! Shale gas and fracking KS5 Specifications and qualifications AQA: ‘types.

Denmark Provides an Energy Model for the United States Power Hungry Chapter 10.

© BP 2006 BP Statistical Review of World Energy 2006 Quantifying energy Peter Davies London, 14 June 2006.

Objectives - Nonrenewable  Describe nonrenewable energy consumption.  Describe the production of energy from oil and natural gas.  Describe nonrenewable.

© BP 2004 BP Statistical Review of World Energy June 2004.

Putting energy in the spotlight © BP 2005 BP Statistical Review of World Energy 2005 Peter Davies London, 14 June 2005.

Direct manufacture from methane (natural gas) without syn-gas, chemical recycling of carbon dioxide of industrial exhausts and eventually.

Chapter 4: Energy, Chemistry, and Society

BP Statistical Review of World Energy June © BP 2008 BP Statistical Review of World Energy 2008 Oil.

Energy Resources Human Impact on the Environment.

BP Statistical Review of World Energy 2004 © BP Proved oil reserves at end 2003.

Mitigation Strategies What and Why?. What is mitigation? To decrease force or intensity. To lower risk. Earthquake mitigation Flood mitigation Climate.

Introduction to Sustainable Energy Technologies

1 Introduction to Sustainable Energy Technologies.

Energy Resources Senior Seminar: Spaceship Earth Summer 2008.

ENERGY: Fossil Fuels Primary and Secondary Energy Sources Oil Production, Economics, and Impacts Coal and Other Fossil Fuels Energy Conservation (use less.

Energy from Fossil Fuels. Energy from Chemistry Question –What is “chemical” energy? A form of potential energy Potential energy is stored in the (valence)

Name the chemicals and write the formula Carbon monoxide CO.

EXPLOITATION OF GAS HYDRATES AS AN ENERGY RESOURCE K. Muralidhar Department of Mechanical Engineering Indian Institute of Technology Kanpur Kanpur

Power Hungry by Robert Bryce Brandon Cooper. “Oil Was Cash Natural Gas Was Trash” -Robert Bryce  Oil Easy to handle Easy to store Useful (Manufacturing,

Ch. 25: Gas Pains Presented by Derek Nordby. “There ain’t no such thing as a free lunch” Every form of energy is going to come with a cost to humans/the.

RISING OIL AND GAS PRICES IS GOOD FOR US AND WORLD ECONOMY IN THE LONG RUN By: Harpreet Singh.

Environmental Science: Toward a Sustainable Future Richard T. Wright Energy from Fossil Fuels PPT by Clark E. Adams Chapter 12.

Peak Oil Opportunities and Challenge at the end of Cheap Petroleum Richard Heinberg Scripps College September 18, 2006 The Challenge of Peak Oil Richard.

The Science and Economics of Energy: Learning about Solar Energy.

Alternative Energy Sources Forouzan Faridian And David Kukla.

Autumn Million Jen DePaoli

Energy The ability to make things happen. fuel Energy source; oil, natural gas, coal. source A force that gives rise to something. Thermal energy Heat.

Ch. 2: “Renewable and Nonrenewable Resources”

Mitigation Strategies What and Why?. What is mitigation? To decrease force or intensity. To lower risk. Earthquake mitigation – Build earthquake safer.

Environmental Science: Toward a Sustainable Future Richard T. Wright

Other Alternative Fuels.  Natural gas (compressed or liquefied)  Liquefied petroleum gas (propane)  Hydrogen  Coal-derived liquid fuels.

Hope or Hype?. The U.S. consumes _____ million barrels of oil per day. The U.S. produces only _____ million barrels of oil per day. There are ______ operational.

8 – Hydrocarbons Leaving Certificate Chemistry Organic Chemistry Leaving Certificate Chemistry.

Ethanol and Natural Gas

Part Four, Issue 7 Oil and Natural Gas.

Significance of Oil and Natural Gas Jay and Carl Williberg.

Topic 9: How does the river help us produce energy? Discussion: Fri 10/ & Mon 10/8 Homework Due: Wed 10/10.

Earth’s Changing Environment Lecture 6 Global and US Energy Consumption and Production.

Power Hungry by Robert Bryce Chapter Seven Twenty-Seven Saudi Arabias Per Day Presented by Ammani Al-Yousifi.

 Methane  Methane is a part of the hydrocarbon family.  Cyclic compound: The carbon atoms form one or more closed rings. The carbon atoms form one.

Power Hungry Chapter 24: America’s Secret Google By: Robert Bryce Presented By: Logan Fischer.

PHYS 1110 Lecture 13 Professor Stephen Thornton October 16, 2012.

By: Kalli Dinger.  “From our cellulose waste products on the farm such as straw, corn- stalks, corn cobs and all similar sorts of material we throw away,

Peak oil Cameron Dunn. Peak oil What is peak oil? Peak oil refers to the point in time when crude oil production reaches its maximum level. After peak.

Globalization- Energy FactsWorld Template: presentationmagazine.com.

Chapter 7 27 Saudi Arabias Per Day Power Hungry by Robert Bryce Presented by Matthew Cagle.

By: Colt.  There are four main types of energy uses in Canada, and they are: oil, natural gas, coal, & hydro.  Other energy sources that Canada use.

Ch. 17: Non Renewable Resources. Oil of Wilderness on Alaska’s North Slope? Oil has been extracted from parts of Alaska’s North Slope since The.

Myth: Wind and Solar are Green Presented by: Brett Carlson.

NONRENEWABLE AND RENEWABLE RESOURCES. HMMMM.... What do you think nonrenewable resources are? Break it down... Nonrenewable? Resource?

Fossil Fuels ch. 19 Oil, Coal, Natural gas How long are each expected to last Location of major reservoirs Major pros and cons of each type What are the.

© 2011 Pearson Education, Inc. AP Environmental Science Mr. Grant Lesson 91 Chapter 19 Preparation & APES Free Response Practice.

ENERGY: SUPPLY AND DEMAND Dr. Ron Lembke. International Energy Outlook, 2011, US Energy Information Admistration, eia.gov.

Presented By Claire Leuschen.  “WE DON’T GIVE A DAMN about energy. What we want is power.”  There is a difference between the two. Energy or Power?

Energy Consumption The Earth’s supply and our demand.

ASIA GLOBAL ENERGY REVIEW The global energy challenge: Awash with carbon.

Global Patterns of energy supply, consumption and trade

Primary energy and energy intensity Energy consumption growth.

Key features of Key features of 2015 Growth in GDP and energy.

Outline Energy demand and prices Reserves and new sources of energy supply.

ENERGY: Fossil Fuels Primary and Secondary Energy Sources

America’s Secret Google

Chapter 8 Wind and Solar Are “Green” ----MYTH----

Fossil fuels: abundance, risk management,

Presentation transcript:

Chapter 21 WHY N2N? AND WHY NOW? Adam Well

Reducing Carbon Emissions  Decarbonization- “Ongoing global trend toward consumption of fuels that contain less carbon”.  Reducing the Carbon to Hydrogen Ratio Chapter 21

Carbon to Hydrogen Ratio  C:H = Carbon-to-burnable Hydrogen  Wood 10:1  Coal 2:1  Oil 1:2  Natural gas (methane CH 4 ) 1:4  “Chemical formula (CH 4 ) suggests, has a ration of 1:4 or 1 Carbon atom for every 4 Hydrogen” Chapter 21

Reserves or Resources  Reserve-“only applies to in-the-ground hydrocarbons that have been surveyed by drilling and other agreed-upon techniques”.  Resources- “is something that’s probably out there”. Chapter 21

How Much Oil – How Much Natural Gas  At current rates of extraction its estimated that Oil will last another 42 years  At current rates of extraction its estimated that Natural Gas will last more than 60 years  This number will increase as more gas resources get moved to the reserves category Chapter 21

Peak Oil  Peak oil – peak world oil production  Reaching peak oil means “The price of oil will have to be whatever is required to cause total consumption to decline” Chapter 21

Summary “But N2N offers the most viable way to hedge our bets with regard to both peak oil and peak coal. To be sure, both oil and coal will continue to be key sources of primary energy throughout the world for the rest of the twenty-first century, but it is also apparent that the inevitable production plateaus of those fuels will force consumers to find alternatives. And natural gas and nuclear power are the only alternatives that can provide the scale of energy supplies needed to substitute for some of the expected declines in oil and coal production. In other words, natural gas and nuclear power can be used as a hedge against the looming “twin peaks””. Chapter 21

References  "File:Power-hungry.jpeg." Wikipedia, the Free Encyclopedia. Web. 22 Mar  Bryce, Robert. Power Hungry: the Myths of "green" Energy and the Real Fuels of the Future. New York, NY: PublicAffairs, Print. Chapter 21

Questions? Chapter 21