1.0 Tgeg Company Information

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True Green Energy GroupUnit 5, 7 & 8 Business Arcade 1, Philexcel Business Park M. Roxas Highway, Clark Freeport Zone, Pampanga 2009 Philippines

Tel. No: 045-499-1305, 045-499-1306, 045-499-1307

Copyright 2011 True Green Energy Group| www.tgeg.asia

Page 1 Introduction of TGEG

Page 2-3 TGEG Process of Generating Renewable Energy

Page 4 Methane Extraction

Page 5-7 Pyrolysis System

Page 8-9 Fertilizer System

Page 10-13 MRF and Biosphere System

Page 14 Blueprint of Power Plant

Page 15 Use of Proceeds

Page 16 Company Structure

Page 17 Current Pictures of our San Fernando Site

Page 18 Picture Gallery

Page 19 Letter of Intent: Japanese Partnership

Agreement


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TGEG

Founded in 2009, TGEG is an international private utilities company that was created to operate a green

energy technology called The Biosphere MKV.

Our Mission

We aim to be the leading renewable energy provider using the Biosphere Gasification Technology. TGEG

have developed strategic partnerships with people who have the same vision to make a difference.

Our Vision

We envision a Zero Waste Society with a great social responsibility towards a better future. We seek

unique partnerships with communities to provide environment- friendly and economically advantageous

solutions to waste disposal and power needs.

Our Philosophy

TGEG aims for sustainable development by providing the needs of the current world population without

compromising future generations. Our solutions and technologies allow communities to enhance their

sustainability level by turning waste streams into reusable and valuable resources.


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TGEG Process of Generating Renewable Energy

TGEG has sparked the creation of a clean energy economy via the Biosphere MKV green power plant

system. True Green Energy Group's goal is to double the production of alternative energy in the

Philippines and Brazil over the next three years because of massive global deployment.

The Spectrum Concept describes the perspective of a sustainable supply of electricity for Asia, Europe

(EU), South America (SA), the Middle East (ME) and North Africa (NA) up to the year 2050 with the use of

the Biosphere MKV. It shows that a transition to competitive, secure and compatible supply is possible

using renewable energy sources and efficiency gains, and ending the use of fossil fuels for power when

the Biosphere is deployed.

In order to find a viable transition to an electricity supply that is inexpensive, compatible with the

environment and based on secure resources, rigorous criteria was applied by TGEG to ensure that the

results were compatible with a comprehensive definition of sustainability. A central criterion for power

generation is the Biosphere's availability at any moment on demand. Today, this will be achieved by

deploying the Biosphere System that consumes Municipal Solid Waste and provides electricity whenever

and wherever required as long as there is garbage available.

Amazingly, consuming the stored energy from garbage is free because people don't want it and can't

wait for it to be taken away. Today Spectrum has millions and millions of metric tons of this garbage,

while the world has billions of metric tons in reserve buried in landfills all over the planet just waiting to

be harvested by the SBS team.

The TGEG organization has created a leadership forum across all renewable energy sectors, building a

greater sense of common purpose, developing a better understanding about renewable energy issues,

initiating national outreaches about going green and the benefits of deploying the Biosphere power

plant that takes garbage of almost any kind and creates clean green renewable energy.

TGEG is an organization of green member companies and institutions that are all dedicated to moving

renewable energy into the mainstream of our global economy, ensuring the success of the renewable

energy industry while helping to build a sustainable and independent energy future for the world.

In this day and age of money and environmental awareness, TGEG gives people an opportunity to help

themselves regarding both issues. True Green Energy Group is deploying Biosphere power plants that


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get rid of garbage with zero waste and zero emissions and eliminate the need to purchase commercially

generated power.

The Biosphere system has many benefits to producing green electricity. The TGEG management system

recycles unwanted garbage with the "MRF" (material recycling facility) system while the total waste

management solution uses the remaining Municipal Solid Waste to protect and give back to the

environment pure, clean, green electricity and bi-products.

TGEG can build a better future for our planet and a more sustainable way of life with the Biosphere MKV

system. TGEG will create a global community that will direct our leaders into making the right decisions.

TGEG promises to help solve our environmental crisis while building one of the largest utilities company

on the planet.

Worldwide Contracts

TGEG will deploy over 900 machines across the Philippines. We have already signed contracts in the

Philippines in San Fernando, Santa Rosa, Naga City, Dumaguete, Tanjay, and Bayawan City. We will

deploy over 1,000 machines across Brazil. Cities include Foz do Iguau, Goinia, Cristalina, Rio de

Janeiro, Palmas ,Aracaj, Tefilo Otoni, Braslia DF, So Paulo.


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Methane Extraction

Methane gas is extracted from the ground via a pump system made from PVC pipes. The methane gas

will then be funneled into a separator tower so that it will isolate itself from other gasses. The methane

is then redirected to a generator that produces 1 to 2 MW of electricity per hour. Other gases are stored

in there appropriate tanks to allow the selling of gases to other industries. As a result, we are unable to

put a price tag on the value of methane gas. The only thing we can do is give an approximate value

based on other landfill methane extractions done around the world.


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Pyrolysis System

The Pyrolysis System is a technology that has been implemented worldwide for over 40 years. We are

using a system that is being used by big companies, for example, Carredi that has over 400 plants

installed worldwide. The top of the line machines can be installed to process 24 tons of rubber, plastic

and tires per day with very high precision. The final products are bunker oil, carbon black and self

sustaining gas used as fuel for the daily operation.

All of these calculations were based upon processing 1,000 tons of garbage using a Trommel System that

was approved by the EPA Environmental Agency.

In the mining of the landfill, you can successfully extract 5 main products.

Based on our test in San Fernando we were able to give an estimate on the value and quality of

materials extracted. The percentages are as follows:

26% to 29% - plastics, rubbers and tires

Close to 40% - decomposed or decomposing matter

The remaining will be glass and metals.

The Pyrolysis System is a simple process. A Gigantic Trommel unit will be installed on the landfill site.

The Trommel will process and separate dirt, decomposed waste, decomposing waste, glass, plastics and

metals. Out of 1,000 tons, 300 tons approximately of plastics, rubber and tires will be extracted from the

landfill on a daily basis.

I am giving you the best case and the worst case scenario using 300 tons of daily processed waste using

approximately 10 to 11 pyrolysis machines:

300 tons of daily processing of waste with the use of approximately 10 to 11 pyrolysis machines:

Worst Case Scenario 90 tons of bunker oil per day= 105,882.30 liters per day

Best Case Scenario 135 tons of bunker oil per day= 158,823.45 liters per day

Today's current Market value for bunker oil is holding at a high price. It can be used for heavy

equipment, refined into kerosene, gasoline and diesel. Bunker oil is used to operate heavy equipment

and cement factories. With the price of sweet crude oil rising on a daily basis, the cost of bunker oil as

of today is extremely high following the world market price for sweet crude oil. The current average


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price for sweet crude oil is around $107 to $114 per barrel. Bunker oil is roughly around the same price

as sweet crude oil. In our feasibility study, the concentration of sulfur shows less than .76%. The price

range for our bunker oil is approximately $1,050 per metric ton which is equivalent to 0.8925 cents per

liter.

Approximate Income Generated:

Liters per day

Average Price

Per Liter

Approximate

Daily Income

Approximate

Annual Income (365 days)

Worst Case Scenario 105,882.30 0.8925 $94,499.95 34,492,482.75

Best Case Scenario 158,823.45 0.8925 $141,749.93 51,738,724.13

Note: The range of the calculation is based on the quality of the materials used. 30% will present the

worst case scenario and 45% is the best case scenario.

Calculations of Carbon Black output from the Pyrolysis System

The worst case scenario is that 60 tons of carbon black will be produced on a daily basis from our power

plant in San Fernando. The average cost of carbon black per ton is approximately $350. This will equal a

total revenue of $21,000 per day and $7,665,000 per year. Carbon black does fluctuate on a daily basis

but a price of $450 a ton is easily achievable.

The best case scenario is 30% of 300 tons of carbon black produce daily would equal to $31,500. The

annual revenue generated from carbon black is $11,497,500.

The remaining percentage will be transferred into a gas that will be used as a fuel to operate the reactor.

The Pyrolysis System is self sufficient and extremely profitable.

Results of the analysis of the annual revenue of the Pyrolysis System:

Pyrolysis System Carbon Black Total Average Production

Worst case scenario: $34,492,483 $11,497,500 $45,989,982.75

Best case scenario: $51,738,724 $11,497,500 $63,236,224.13

$54,613,103.44

Conclusion:

The Pyrolysis System is a very efficient system depending on the quality of the materials extracted from

the landfill sites and several other variables. This number can be changed to a lower or a greater


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number depending on the content of the landfill to be explored. Our average figures based on our

feasibility studies are 90% accurate.

1. Burner

2. Casing

3. Rotatable reactor

4. Electric control

5. Catalyst tower

6. Heavy oil tank7. Condenser for oil

8. Oil storage tank

9. Hydro seal

10. Water tank by brick and cement

11. Cooling tower

12. Condenser for flue

13. Draft fan

14. Dedusting device with ceramic

15. Burner for combustible gas

16. Speed reducer

17. Automatic device for taking out carbon black

18. Platform for maintenance19. Storage tank for carbon black

20. Feeding conveyor

21. Crusher

22. Spiral feeding device


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Fertilizer System

This is the synopsis of the fertilizer program that TGEG is under negotiation to use. TGEG is engaging in a

strategic partnership with ERS machines from Japan. A meeting with our engineers from both

companies is scheduled to happen.

The purpose of this meeting is to discuss a customized machine that can handle between 60 to 80 tons

of organic waste per day. Currently the maximum capacity of a Fertilizer System is 24 tons of organic

waste per day. The ERS can process all biodegradable waste at any stage of decomposition and soil

harvest from the landfill site. During the process, the bad bacteria exposed to the microbe system used

by ERS will be completely eliminated.

The objective would be to mix organic waste with pre decomposed organic waste on a daily basis from

the land fill site. The volume of waste can range between approximately 300 to 500 tons per day. The

number of machines needed to process that quality of waste will be decided by our engineers and ERS

engineers, since, this will increase the profitability of the plant significantly and will eliminate all the

contaminated organic waste from both daily deliveries and landfills producing clean, high grade organic

fertilizer.

The numbers below are an estimate of our San Fernando facilitys projected revenue. Example:

producing 300 tons per day of waste, we will lose between 50 to 75 tons of water weight because of

humidity. This leaves us approximately 275 tons of solid organic waste to be recovered as the final

product.

The quality of the fertilizer produced is high grade and very much in demand in the agriculture industry.

Based on the calculations from other fertilizer facilities, around the world that are generating 200 tons

of waste per day have a projected income of $250 per ton. Keep in mind that the calculation could have

a much higher value after an analysis of each proposed landfill. The gross daily profit for each facility is

approximately $50,000 a day and an annual income of $18,250,000. These are very conservative

figures.

Our engineers and the ERS engineers believe that we can double this profit based on the feasibility

studies of the proposed landfill site. Then again this is just a calculation on the worst case scenario.


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MRF and Biosphere System

The fresh garbage will be deposited into the tipping area and will go through our MRF. All the

recyclables will be separated, bailed, stored and prepared to be sold for the worldwide market. All

remaining garbage that cannot be processed will be put into a conveyor belt going into a shredder.

From the shredder the remaining garbage will go to a unit to be dried and prepared to be pelletized.

After the pelletization, those pellets will be dropped in a hopper that uses a computerized system that

will feed each of the biosphere units that are lined up with the rest of the equipment. All 3 biospheres

will intake 172 tons of pellets daily. Each biosphere works within a starved oxygen environment. Once

the pellets are dropped inside the first chamber called the reactor, the temperature inside the chamber

is 800C. The temperature at first is achieved by the injection of natural gas or methane. Once the

pellets are in the first chamber, the biosphere becomes self contained.

The Biosphere Machine has three (3) chambers:

1st

chamber: works at 800C in a controlled oxygen environment

2nd

chamber: works in 1,100C because the controlled oxygen will be released from the 1st

chamber.

This will pass the fire belt to get to the 3rd

chamber.

3rd

chamber: works in 1,600C. Almost gasified the matter is now transferred to the 3rd

level of the

biosphere 1,600C and this is where the oxidation occurs. The product produced is

mixed gas.

Mixed gas is highly combustible. When exposed to a controlled environment of oxygen, it will become

flammable and will produce a jet of flame that is connected to the center chamber of the low pressure

boiler (350-400 PSI). This is enough to produce steam to have each turbine produce 3 mw/hour of

electricity. This process happens simultaneously with 3 systems working side by side with the end result

of 9 mw per hour that will be delivered directly to the grid.


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Power Plant Configuration

9mw maximum rated capacity7.5 mw normal operating capacity

6.37 mw power for sale

1.13 mw station use

The Biosphere is a very important component of the whole operation because it will produce half mw of

electricity needed for the daily operation of the power plant. This will increase the profitability of the

plant tremendously.

In the Philippines, the annual cost to operate the facility is $900,000 to $1,200,000.

This is a general synopsis of a whole entire plant. At this moment, it is virtually impossible to have an

exact number. However, based on my our feasibility studies, this is an approximate calculation of the

expected profit from the facility:

Total Plant Income Figures

Pyrolysis System $54,613,103 (approximate calculated average)

Fertilizer System $18,250,000 (approximate calculated average)

MRF System (recyclables) $8,000,000 (approximate calculated average)

Methane (rough estimate) $3,000,000 (approximate calculated average)Pozzolonic Ash $9,000,000 (approximate calculated average)

Biosphere (electricity) $15,000,000 (approximate calculated average)

Total $107,863,103

Note: The figures here are highly conservative and can increase exponentially, depending on the

condition of the proposed landfill.

According to the United Nations, three systems (Pyrolysis System, Fertilizer System and BiosphereSystem) qualify for carbon credit. At this moment, we cannot give you the exact amount of carbon

credits that can be generated. However, we know for a fact that it can increase the profitability of the

plant between 15% to 30% annually.


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Finally we do have all the products produced by the facility with letter of intents from several companies

worldwide to sign a contract with us to fully purchase all the final products mentioned above.

All our systems are built in modular sections that can be added for expansion of the power plant and

increase the efficiency significantly.


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Blueprint of Power Plant


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Total Use of Proceeds per power plant and waste management facility

In Euros

Pyrolysis Complete System 3,200,000.00

Fertilizer Complete System 4,500,000.00

Organizational and Start Up Engineering Cost 540,000.00

Power Plant and MRF Construction 11,000,000.00

Administration Office Construction 600,000.00

Administration, Maintenance and Other Buildings 1,250,000.00

Equipment, trommel, extra tank connector 1,150,000.00

Communications and Security System 55,000.00

Earthwork, Site Grading, Storm Sewers 150,000.00

Utilities on Site 20,000.00

Heavy Machinery 1,290,000.00

Deposit on Adjacent Land Cost 25 years free

Design and Construction Management 60,000.00

Miscellaneous and Advertising 45,000.00

Legal Fees 250,000.00

Accounting Fees 50,000.00

Working Capital 2,000,000.00

TOTAL 26,160,000.00

DISCLAIMER: SBSC has a total of 100,000,000 shares. 80% of these shares are owned by TGEG. TGEG is

listed on the Frankfurt Stock Exchange under the symbol TGG.F. Our uses of proceeds are listed in Euros,

as the denomination of currency in Germany is the Euro. This use of proceeds corresponds to the total

amount needed to construct and deploy each facility as described in this book. Please keep in mind,

landfill sites vary country to country.


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