The Matilda
Spinning Wheel Energy, Inc.
“The Matilda”
(a biodiesel plant)
To be constructed in Puerto
Rico, USA
Biodiesel 101
Biodiesel Defined
• Biodiesel, n.- a fuel comprised of mono-alkyl
esters of long chain fatty acids derived from
vegetable oils or animal fats, designated B-100
and meeting the requirements of ASTM D 6751.
• Biodiesel blend, n.- a blend of biodiesel fuel
meeting ASTM D 6751 with petroleum-based
diesel fuel designated BXX where XX is the
volume percent of Biodiesel.
Biodiesel Raw Materials
• Oil and Fat
– Sunflower
– Beef tallow
– Pork lard
– Used Cooking oils
– Soybean
– Corn
– Canola
– Cottonseed
Alcohol
Methanol
Ethanol
Catalyst
Sodium hydroxide
Potassium hydroxide
The Biodiesel Reaction
Yields
• Biodiesel
• (100 lbs.)
• +
• Glycerin
• (10 lbs.)
Biodiesel Physical Properties
• High Cetane (>50 vs. 42)
• Flash Point (260° F vs. 150° F)
• Virtually Zero Sulfur
• Meets 2006 ULSD rule
• No Aromatic Content
• Superior Lubricity
• Integrates into existing petroleum infrastructure
B5 Performance Properties
• Performance to B5 has Similar
• Petrodiesel:
• Torque
• Horsepower
• Mileage
• Range
• BTU Content
Environmental Attributes
• Energy Balance - for every one unit of energy needed to
produce biodiesel, 3.2 units of energy are gained.
• Biodegradable and Non-Toxic - Tests sponsored by the
United States Department of Agriculture confirm that
biodiesel is safer than diesel and biodegrades as fast as
dextrose, a test sugar.
• Greenhouse Gases – A 78% life cycle decrease in CO2
according to a USDA and DOE study.
Cleaner Emissions
• Emission Type B100 B20 B2
• Total Unburned Hydrocarbons - 67% - 20% -2.2%
• Carbon Monoxide -48% -12% -1.3%
• Particulate Matter -47% -12% -1.3%
• Oxides of Nitrogen 10% 2% 2%
Biodiesel Health Properties
• Reduces particulate emissions
• Reduces targeted compounds thought to cause cancer: PAH,
n PAH
• Biodiesel blends did not generate any unexpected new
hydrocarbon species
• Significantly reduces the mutagen city of exhaust in both the
gaseous and particulate phases
Enhanced Lubricity
• Equipment benefits
• Superior lubricity
• B2 has up to 66% more lubricity than #2
Diesel
Goals
• To build a biodiesel plant.
• Serve as a reference tool for key
considerations and important questions
ask and answer.
• Provide an overview of the biodiesel plant
development process.
Key Considerations
• Biodiesel Demand
• Legislation and Regulatory Issues
• Feedstock Supply
• Distribution
• Industry Capacity and Competition
• Technology Selection
•Biodiesel Demand
Diesel Usage
How is Biodiesel being
Used?
• As a neat fuel (B100)
• As a blending stock with petrodiesel (B20)
• Alternative fuel providers
• Emissions Reductions
• In low levels with petrodiesel (B2)
• Lubricity and Ultra Low Sulfur Diesel Fuel
• Agriculture supporting its own product
On-Highway Market
• Market for diesel 6.5 MBbls.
• B20 in all on-highway diesel would require over
48 million gallons of B100 annually
• Extremely Cost Sensitive
• Market Needs
• Education
• Infrastructure
• Incentives
Legislation and Regulatory
Issues
Biodiesel Tax Incentives
• Duty free importation of Equipment and
supplies
• Enables biodiesel blends to be marketed
more competitive to diesel fuel
• No value added tax on products
• B100 sales; no income tax
• Expires 2020
• Implied investment risk
How will it affect price?
• Reduction sales price to consumer by the
VAT amount.
• Reduction in the cost of standby power.
Feedstock Supply
Key Feedstock Issues
• Availability and Cost of Feedstock
• Multiple Feedstock Opportunities
• Quality and Consistency of Feedstock
• Preparation for Meeting New ASTM
Standards
Fats & Oils Production
Biodiesel: Looking Forward
• Current Potential: 1.4 Million gal/year
• At Two Years : 10.2 Million gal/year
• At Four Years : 48 Million gal/year
Distribution
Biodiesel form WVO
• From waste oil to your tank!
Infrastructure
• Self Contained Fueling Unit
Distribution Outlets
• #1
Distribution Outlets
• #2
Distribution Outlets
• #4
Distribution Outlets
• #5
Distribution Outlets
• #6
Retail Outlets
• Spinning Wheel Energy, Inc. has no
current plans to sell directly to the
consumer except at our processor or
distribution outlets.
Biodiesel Capacity
• Year 01 1.4 million gallons
• Year 02 4.2 million gallons
• Year 03 10.2 million gallons
• Year 04 22.7 million gallons
• Year 05 35.1 million gallons
• Year 06 54.1 million gallons
Fats and Oil Purchases
• Year 01 4,686 MT
• Year 02 14,008 MT
• Year 03 34,005 MT
• Year 04 83,672 MT
• Year 05 117,100 MT
• Year 06 180,498 MT
Biodiesel Technology
Biodiesel Production Process
PROCESS FLOWCHART
Biodiesel Is Carbon Neutral
Biodiesel has a Closed Carbon
Cycle; Therefore it does not
Contribute to Global Climate Change
Biodiesel is Engine Friendly
High lubricity extends engine life
Technology Selection
B-1000 Compact Production Unit
Inside a Plant
Conversion of Fuel Rate:
1,000 gals. per hour
Operating Cycle :
24 hours per day 5 days
16 hours two days a week
50 weeks a year.
Production:
7.6 million gals.
Economic Impact
Shinning Wheel Energy, Inc.
Everyone else
• Low Tech low pay
• Mini Health Plans
• No home buyer fund
• No education asst.
• Advancement no!
The Matilda
• High Tech great pay
• Whole family health plan
• Performance Pay
• Home buyers fund
• Educational advancement
required
• By merit!
Spinning Wheel Energy, Inc.
40 Employees
$US 8,000,000
Annual payroll
Glenn B. Winston
786-484-9767
glennbwinston@aol.com
Spinning Wheel
Energy, Inc.
The Beginning

The Matilda