Peak
Oil, Alternative Energy
and the Consumer Driven Conservation Movement
Greg
Rock
Sustainability
Engineer
Co-Owner
of The Green Car Company
What
is Peak Oil?
- Basic
Phenomenon
- Oil Discovery
Peaks
- Oil Production
Peaks
- Historical
Example
- U.S. Lower
48
- M. King Hubert
1930
U.S. Oil Discoveries Peak
1972
U.S. Oil Production Peaks
Demand
has overrun Discoveries
World
Oil Discoveries Peaked 1962
World
Oil Production
Excess
Production Capacity
Excess
Capacity Dropped from 8.2% to 1.2%
in 3 years
When
is Peak Oil?
- Most Experts
say 2010 +/- 5 years
- Of the 54
major oil producing nations 36 have all ready peaked
- World Oil
discoveries peaked in 1962
- Rapidly declining
Excess Capacity
- 3 different
types of mathematical analysis all converging on the same date
- My Economic
Analysis
Peak
Natural Gas
One-Two Punch
- 2002 North
America first continent to reach Natural Gas Production Peak
- Every power
plant built over last 20 years is Nat. Gas Fired
- Nat. Gas
used for home heating and fertilizer production
- World LNG
Market??
- Compress
and cool to -260 degrees Fahrenheit
- Expensive:
2 billion for one train
Consequences
- Rising and
Volatile Energy Prices
- Economic
Impact
- Rising
Costs for:
- Personal
Vehicle Fuel, Food, Home Heating, Mortgages,
Plastics, Pharmaceuticals, Transporting all goods
- Demand Destruction
- Resource
Wars
- Competition
between Consuming Nations
- Consuming
Nations invading Producing Nations
- Civil War
between producing nations for control
- Nuclear Proliferation
Break
Then
Alternative Energy Sources
Clean
Renewable
Alternatives
- Oil
- Natural Gas
- Electricity
- Wind, Solar,
Hydro, Tidal, Geothermal
Dirty
and Dangerous
Alternatives
- Oil
- Tar Sands,
Coal to Liquid, Oil Shale, Gas to Liquid
- 2nd
law of thermodynamics
- Layered
Carbon Dioxide Emissions
Evaluating
Alternative Energy
- Net Energy
- What Rules
do we Follow
- Misleading
Studies
- Net Energy
Profit Ratio (NEPR)
- Estimates
of Current Net Energy Returns
Tar Sands, Coal
to Liquid 5:1
The Hirsch
Report
What
is Market Ready?
- Capable of
producing 1 MM bpd in the next 5 years
- New plant
in Washington (Largest in the world) to produce 100 million gallons
per year = 5,000 barrels/day (200 similar plants to equal 1 MM bpd)
- World Consumes
85 MM bpd (.006%)
- U.S. Consumes
21 MM bpd (.025%)
The Hirsch
Report
Start Crash Program
when we Peak
Start
Crash Program 10 years Prior to Peak
Challenges
- Shortages
no matter what we develop
- Dirty and
Dangerous
- Higher
NEPR
- Cheaper
- Long time
to develop
- Clean Renewables
- Cost More
- Predominantly
Produce Electricity
- Long time
to develop
Global
Warming
- Largest Environmental
Challenge we face
- Left unchecked
our economy and our government will lead us towards catastrophic global
warming
Conservation
- No Supply
Side Solutions we Need Demand Side Solutions
- Continued
Exponential Growth is Not Sustainable
- We Need to
Slow, Stop, and Reduce Exponential Growth
Exponential Growth Example
1
- Coal
- 250 years
of supply at current rates of consumption
- 2% exponential
growth in Coal Demand Supply shrinks to 90 years
- Coal to Liquid
conversion supply shrinks to 60 years
Exponential Growth Example
2
- Solar Energy
- Enough Solar
Energy hits the planet each hour to power the entire worlds energy demand
for a whole year
- 2% Growth
in Energy Demand
- Cover
entire planet with 10% efficient PV panels
- Humanity
would consume all planetary input energy
Break
Then
Solutions
Conservation
- Reducing
your Demand for energy
- Lifestyle
change
- Turn down
thermostat
- Smaller Homes
- Reduce Level
of Consumption
- Embodied
Energy (food, water, all products)
- Drive Less
- bike,
walk, carpool, public transit
- Support
the Infrastructure
- Saves you
Money
New Urbanism
People, not Auto Orientated Cities
- Copenhagen,
Denmark
- Converted
their main street into 3 mile Pedestrian only Boulevard
- Tore out
9 parking structures converted them to public squares
- Removed 1-2
lanes from practically every road.
- Used
space for wider sidewalks and bike paths.
- Bike orientated
traffic lights
Efficiency
Gains
- New Technology
to allow us to continue doing what we are doing but consume less energy.
- Green Building
Design
- Built
Green, LEED certification
- Energy Efficient
Lighting
- Compact
Fluorescents, LED’s
- High Efficiency
Vehicles
- Hybrids,
Smart Cars, Diesels
Compact
Fluorescent Lights
6000 hours of light
- 60 Watt Incandescent
Bulb
- 8 bulbs =
6000 hours
- 360 Kwh of
electricity
- $.10/kwh
= $36
- 8 bulbs @$.75/unit
= $6
- Total Cost
= $42
- 16 Compact
Fluorescent
- 1 bulbs =
6000 hours
- 96 Kwh of
electricity
- $.10/kwh
= $9.60
- 1 bulbs @$4/unit
= $4
- Total Cost
= $15.60
Traditional
Incandescent Bulbs
Use 3
times as much energy
Produces
3 times as much Carbon Dioxide
Cost
home owners 3 times as much to purchase and operate
Compared
to Compact Fluorescent
Renewable
Energy
- Home
- Solar
Hot Water
- Solar PV
(Washington State tax Subsidy)
- Bio-Heat
from Laurelhurst Oil
- Green UP!
Your Electricity
- Alternative
Fuel Vehicles
- Biodiesel,
Ethanol, Renewable Electricity
What
about Hydrogen?
- Not an Energy
Source an Energy Carrier
- 98% current
production from Nat. Gas
- 2nd
Law of Thermodynamics
- Best
Case
- Wind
creates Electricity, Electricity creates
Hydrogen, Hydrogen creates Electricity,
Electricity creates Motion
- Energy
Density and Storage
Focus
on Automobile
- 98% of our
Transportation is dependent on Oil
- Green Car
Score
- Global
Warming
- Fossil Fuel
Depletion
- Local Air
Pollution
Hybrid
vs Biodiesel
- Toyota Prius
- 46 mpg
- Fuel: Gasoline
- GCS = 30
- CO2 = 267
g/mile
- Ffuel = 415
gallons
- VW Golf Tdi
- 42 mpg
- Fuel: B99
- GCS = 65
- CO2 = 61
g/mile
- Ffuel = 150
gallons
Fossil
Fuel consumed to travel 20,000 miles
VW Golf
running on biodiesel is more than twice as green as Prius
¼ the
impact on Global Warming and 1/3 the impact on Fossil Fuel Depletion
Ethanol
vs. Biodiesel
- Ethanol
- NEPR = 1.5
- Gas Engine:
20 mpg
(97% of Passenger Vehicles)
100 gal. Fossil Fuel
150 gal. Ethanol
Car Moves 3000 miles
- Biodiesel
- NEPR = 3
- Diesel Engine: (33% more efficient) 27 mpg
100 gal. Fossil Fuel
300 gal. Biodiesel
Car Moves 8000 miles
For the
same car, 260% more fossil fuel input required to make the car move
if it is powered by a gas engine and ethanol, compared to a diesel engine
and biodiesel
Electric
Car vs. Electric Car
- Zap Xebra
- 1500 lb City
Electric Car
- Top Speed:
40 mph Range: 30 Miles
- 80% of
vehicle Trips within 10 miles of home
- 40% of trips
within 5 miles of home
Washington State Electricity
- 80% Hydroelectric
- GCS = 80
- CO2 = 28
g/mile
- Ffuel = 40
Gallons Equiv
United States Avg. Electricity
- 52% Coal
- GCS = 35
- CO2 =
162 g/mile
- Ffuel = 263
Gallons Equiv
Quantity of Fossil Fuel
Energy burned to move the car 20,000 miles. Value represented as a gallon
of gasoline equivalent
Policy
- Support Construction
of Energy Efficient Infrastructure. Public Transit, Green Buildings,
Bike paths, etc
- Increase
Energy Prices
- Eliminate
Billions of dollars of tax breaks to big oil Companies (Resource Depletion
Allowance)
- Raise the
Fuel Tax
Artificially
Subsidize Energy Prices (U.S.)
- Gives People
incentive to over consume energy
- Slowed growth
in alternative energy sector
- Increased
Corporate Wealth, while government operates on deficit
Artificially
Raise Energy Prices (Europe)
- Gives people
incentive to conserve energy
- Made alternative
energy sources cost competitive
- Provide revenues
which were reinvested in Society
Consumer
Driven Conservation Movement
- Government
Can NOT Conserve Energy for You
- Most Powerful
vote we have is with our Dollar. And we make it every day
- If we don’t
buy it, they won’t build it
- If we buy
it they will produce it
- Double Edged
Sword
How to
Do it
- Buy Local
!!!
- Buy Organic
Food
- Buy Bio-fuels
- Buy Renewable
Electricity
- Buy Green
Tags
- Boycott:
Big Box Stores, Non-Organic Food, Petroleum
- Choose To
Buy Less
?? Questions
??
Some
of my Websites
- Green Vehicles
- Peak Oil,
Sustainability, and Europe Blog
- Learn about
Net Energy Profit Ratio