TGEG Biosphere

promoters of world power
and green technologies

TABLE OF CONTENTS

1-3 .............................. Responsible Investor

4-5 ............................... Here Is The Story

6 -7 ................................ American Recovery And Reinvestment Act of 2009

8 - 10 ............................... Spectrum Blue Steel

11 - 12 ............................... Biosphere and Echotechnology

13 - 19 ............................... Resource Recovery Technology

“ The Biosphere Gasification Process ”

20 ................................ Responsible Era In Investments

21 - 26 ............................... The Biosphere Process

27 - 28 ............................... Model Of Share Purchase

29 ............................... Income From The Biosphere Per Unit

30 ................................ Cost To Run Biosphere Per Unit

31 ............................... Eight Rounds Of Financing

32 - 33 ............................... Biosphere Groundbreaking Ceremony

True Green Energy Group Unit 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 © 2008 True Green Energy Group | www.tgeg.asia


Dear Partner and Conscience Investor,

As the President and Founder of Spectrum Blue Steel www.spectrumbluesteel.com and C.E.O and Founder
of True Green Energy Group www.tgeg.asia I can appreciate the term "Put Your Money Where Your
Conscience Is" Socially and environmentally responsible investors, led by T.G.E.G’s bio revolution have the
Social Investment Forum stammering to help the deployment of Biosphere’s on a global scale. We have
received more than 5000 letters of extremely happy people with regards to our launch in San Fernando
Pampanga Philippines.

SBS and the Biosphere unit allow communities across the world to receive true clean green energy to power
their homes and businesses. The irony of investing is, you can be smart as a whip but if you overindulge into
the intellectual nature of investing and fail to act you can leave a great amount of money on the table.

The Bearish arguments always seem to be more credible but markets can be indifferent to strategies and
theories; the herd just wants to move prices higher. So I say let them. While us here at Spectrum Blue Steel
focus on billing communities around the world for using green electricity produced by the Biosphere MKV,
other people are losing their life savings trying to earn a few cents in the stock market where the street hustlers
and institutional firms get rich on investors hard earned money. Global environmental energy corporation
(GEECF.OB) has a remarkable invention that allows communities to finally procure a zero waste environment
with no harmful pollutants to earth. Spectrum Blue Steel has a license to deploy and is moving towards
becoming the first green international utilities company on the planet.

There are significant underlying reasons for today’s herd behavior, No longer must we endure the “will they
or won’t they” debate, along with the corresponding effect upon the economy. Why? Because Biospheres are
the only one of its kind and will help save the planet and keep our generations to come very safe and sound.
The fact is the herd is stampeding on a global scale to invest in the future of planet earth. The truth is making
lots of Money is only one side effect of the Biosphere MKV. The reality is the Biosphere will save lives and
help save planet earth from global warming and other horrible catastrophes.

For more than 30 years, socially responsible investors have been advocates for corporate social
responsibility.They have engaged in shareholder activism, directed capital to companies that pursue sustain-
able business practices and invested in communities, particularly those least able to obtain financial services
through traditional financial institutions. SBS has a plan that works and is now being instituted in many coun-
tries and communities just like yours. Spectrum Blue Steel pays for each biosphere system to be delivered in
any city in the world and then becomes the electric company providing clean green energy by gasifying and
treating unwanted garbage and turning it into green electricity along with solving the waste problem.

True Green Energy Group (TGEG), www.tgeg.asia, is proud to represent Spectrum Blue Steel
and the city of San Fernando and its community. The people of the Philippines have listened to the long
sounded warnings about socially irresponsible business practices in waste management both here and abroad;
and understand that without the deployment of the Biosphere MKV decades of unwanted trash and landfills
will permanently hurt the Philippines. Successfully TGEG has promoted world power and green technologies
to responsible investors who have become partners backing SBS international deployment.

I urge every person who reads this message on green energy and the Biosphere MKV to get involved and help
the planet get rid of all the unwanted garbage by calling or emailing True Green Energy Group.

Regards
Ronald Flynn
+639188880017 or email: rflynn@tgeg.asia

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True Green Energy Group Unit 5, 7 & 8 Business Arcade 1, Philexcel Business Park
Tel. No: 045-499-1305, 045-499-1306, 045-499-1307


To Planet Earth and Responsible Investor
The bulk of True Green Energy Group’s efforts are focused on unleashing a new, clean-energy
economy by using the biosphere MKV that will begin to reduce our dependence on foreign oil, will cut
our carbon pollution by about 80 percent and create millions of new jobs right here in the Philip-
pines and America.

Obama said in a state that launched him on the road to the
White House, “The nation that leads the world in creating new
energy sources will be the nation that leads the 21st century
global economy!" Today Spectrum Blue Steel is doing just
that on a global scale. Our goal is to become the largest
international green utilities company on the planet!

It was the Environmental Protection Agency's ruling March 24,
2009 – that made a case that carbon dioxide and other green-
house gases "contribute to air pollution that may endanger
public health or welfare" now legislation's wheels are in high
gear and green energy is on the lips of every political leader in
the world.

With everyone looking at saving the planet the results in regards to the testing of the Biosphere MKV
unit was reported to be like Manna from heaven... The information on the Biosphere was gathered by
monitoring the air and the emissions from a biosphere unit at a site in Dundalk Ireland on behalf of
senior environmental consultants. The report was certified as accurate and respectively submitted
under a controlled chain of custody. The document was a 40 page document issued by Bord Na Mona
environmental Ltd. New bridge co. kildare.

Today as a result of extensive testing on the Biosphere system and world deployment both in America,
South Africa, china and other places around the world, governments are making new laws to let compa-
nies like Spectrum Blue Steel lead the way in delivering green electricity.
The Philippines has created and passed a new law called “Republic act number 9513”. The act is an act
promoting the development, utilization, and commercialization of renewable energy resources and
other purposes.

Below is a link to this law signed by the president of the Philippines in Metro Manila.
http://www.doe.gov.ph/popup/RA%209513.pdf

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


Fellow Investor,
Making money in today's stock market can be an extremely difficult - even impossible - task. While it's true
you may be able to hold your own against your "peers" (other non-professional investors), beating seasoned
market pros at their own game is a battle you'll rarely win. The odds are just not in your favor, since these
"experts" have the privilege of playing on an uneven financial field. Over the course of my long career on "The
Street", I've seen "up close and personal" how "conventional" Wall Street wisdom works against the "little
guy" - the average investor. But I've found a way to beat this system and earn above average? Or even extraor-
dinary returns in the process-by unearthing what is now being called Wall Street's newest Buried Treasure.

Before we proceed any further, let me go ahead and remove some of the mystery of what I'm talking
about here.

The gold and all the treasure sits in earths Garbage, 2000 years of garbage just sitting around in dump
sites all over the planet ready to be turned into green electricity and delivered to every home on the
planet via Spectrum Blue Steel and the Biosphere MKV.

Look at the websites:

www.tgeg.asia
www.spectrumbluesteel.com
www.geecf.ru
www.hitorgroup.com
www.truebioelectric.com
www.truegreenplanet.com

All these companies are now being promoted because green is in and that’s how you can win in today’s
markets.

For more information call

Ronald Flynn

Australia: 612 8003 7413
USA: 415 992 5562
EMAIL: rflynn@tgeg.asia

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


Here's the story...
This company has a one of a kind invention, and owns the global patent rights that has built a
fantastic brand and is revolutionizing its industry. There is nodoubt this project will continue growing
at a steady pace well into the next 10 decades.

You see, this stock IS A GREAT BUY AS WE SPEAK. More important, we believe it could turn into a
"forever stock"... a stock like Coca-Cola or Apple or FedEx -- a stock you and your family thank your
lucky stars you found early on...

And right now, it's climbing -- just like Wal-Mart did in the 1980s -- so the earlier you get in, the better.

The ONE INTERNATIONAL BRAND POISED TO POWER INTO
THE GLOBAL MAINSTREAM has more smarts and greater resources than any of its competitors. It's
well-managed and extremely profitable. In fact, we are flat out more profitable than the traditional
giants in the industry already.

Just when you think there are no innovations left in a certain industry, some company like this
blockbuster-in-the-making we're talking about comes along and changes the way the game is played.
Their "new way of doing things" has quickly turned them into the WORLD’S LARGEST and FASTEST
GROWING SEGMENT in their industry.

Spectrum Blue Steel is the name that will give you peace of mind and wealth beyond your wildest
imagination. SBS has a lock on garbage! Yes garbage mounds and mounds of pure juice. Not orange
juice, electricity! The company is deploying Biosphere systems globally and producing electricity that
will give juice and power to every light bulb on the planet. Pure green energy is what True Green
Energy is all about. The truth is Spectrum Blue Steel will become the largest international utility’s
company on planet earth using your garbage to power the world.

And the upshot in all this for you is this -- the company can grow for a long, LONG time! Think Wal-
Mart. Think Nike. Think Apple. Think about the never ending piles of garbage being created every day
that are picked up and put into landfills that will now generate trillions of dollars in power generation.

www.tgeg.asia is a premier financial public relations firm. Our promotional marketing strategies are
crafted to illustrate acompany’s investment advantages, business strategy, and financial goals to poten-
tial investors.

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Our client base consists of International Environmental Energy Companies dedicated to saving the
planet. We keep our client base limited so we can provide well-deserved, focused service to those
clients.

Our goal is to make sure that the accomplishments, future potential, and credibility of our clients’
operations are fully reflected in their market share. By communicating relevant client information to
our email base, TRUE GREEN ENERY GROUP is able to provide our audience of potential inves-
tors with the information they need to make an informed choice. This hand-in-hand relationship
coupled with our integrated solutions increases the investor awareness of our clients, equating into
increased share price and liquidity.

I urge you to RESPOND TO THIS EMAIL to properly position yourself for potential windfall gains
from…..

ONE HUGE INTERNATIONAL BRAND...
We project this companies partnership stock position will pour substantial money into your portfolio
for 20 to 30 years! At which point some investors will look back at today's share price and wonder how
they missed out... (That’s how it always is)... Others, however, will look back proudly with the
sense of accomplishment that only comes from snapping up a life-changing Investment Opportunity.
Act now!
Sincerely,

rflynn@tgeg.asia

United States (415) 992 5562 Philippines
(949) 273 1544 +63 918 888 0017
(209) 589 1582 +63 908 445 5555
Fax: 1-949-266-0310 California
China
+852 8198 2323
United Kingdom +44 2032869304 - London
+44 2076813225 - London
Fax: +44 207 681 3225 London

Australia +61 8003 7413 - Sydney

True Green Energy Group Corp.
"OR CONTACT
US BY MAIL" » Unit 7, Arcade 1 Philexel Business Park
CSEZ, Clark Field
Pampanga, Philippines 2009 5

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AMERICAN RECOVERY AND REINVESTMENT ACT OF 2009

BACKGROUND
On February 17, 2009, President Barack Obama signed into law the American Recovery and Reinvest-
ment Act of 2009 (the “Act”).The House of Representatives approved the first version of the bill on
January 28, 2009. The Senate approved an amended version of the bill on February 10, 2009. The final
conference report passed the House and Senate on February 13, 2009.

The Act provides approximately $787.2 billion in appropriations and tax provisions through a variety
of funding programs. The Act is divided into two primary parts: Division A, entitled Appropriations
Provisions and Division B, entitled Tax, Unemployment, Health, State Fiscal Relief, and Other Provi-
sions. According to the Congressional Budget Office, the Act allocates approximately $575.4 billion in
Division A for discretionary and mandatory appropriations and approximately $211.8 billion in Divi-
sion B for tax incentives

OVERVIEW
Division A provides funding to various agencies and programs, generally grouped by federal agency
recipient or subject matter of appropriation. With certain exceptions, the expiration dates for funding
availability range from 2010 to 2013.

True Green Energy Group has found a company that turns Garbage and municipal waste into green
electricity. The biosphere MK-V unit not only creates electricity and Gas but also takes water and
desalinates it making it fresh and clean. Spectrum Blue Steel is a registered public company that has
been governmentally approved as a power generation utility’s company in the Philippines who has also
been the focus of attention by the current president GMA who passed the new republic act 9513 for
green energy companies.

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80 Billion In Grants for True Green Energy Companies

Energy Efficiency and Renewable Energy -

$2.5 Billion for applied research, development, demonstration and deployment activities to
include $800 Million to biomass projects; and $400 Million for geothermal activities and
projects.

$3.2 Billion for Energy Efficiency and Conservation Block Grants ( $2.8 Billion according
to formula, $400 million on competitive basis). Conditions: State receiving grants must use
no less than 60% of the funds to make sub grants to otherwise ineligible local governments.

$3.1 Billion under State Energy Plan. Conditions include: state conservation plan, 25% reduc-
tion in consumption from 1990-2012, governor must certify “reasonable assurances” that
authorities will adopt energy-efficiency building codes, give priority to energy efficient retrof
its, and adopt decoupling principles).

$5 Billion – Low Income Weatherization Assistance Program – threshold is increased from
150% to 200% of the poverty level. Assistance level per home is increased from $2,500 to
$6,500. States encouraged to give priority to using such funds for the most cost-effective
efficiency mechanism.

$2 Billion – Advanced Battery Manufacturing Grants to support the manufacturing of
advanced vehicle batteries and components.

$300 Million for Alternative Fueled Vehicles Pilot Grant Program.

$300 Million for the Energy Efficient Appliance Rebate program and the Energy Star Program.

$400 Million Transportation Electrification.

Within available funds, $50 Million for the Department to support research to increase
the efficiency of information and communications technology and to improve standards. For all
hiring of personnel under the Energy Efficiency and Renewable Energy programs, acceler-
ated hiring procedures shall apply. Electricity Delivery and Energy Reliability - The Secretary
of Energy may use or transfer amounts provided under this heading to carry out new authority
for transmission improvements, if such authority is enacted in any subsequent act. As with the
Energy Efficiency and Renewable Energy programs above, accelerating hiring procedures
apply. These funds include $100 million for worker training.

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


Spectrum Blue Steel

Today is certainly an uncertain time in the stock market. However, history has shown that when the
bear is roaring loudest, that's the time to invest. Many times, though, you'll run across the following:
"If you had invested $10,000 into company ABC back then, you would have X today." Of course, X is
always a large number like $500,000 or $1 million.

Spectrum Blue Steel is a company that performs a public service in the Philippines and in many states
in America including Romania and Thailand. SBS is the newest governmentally licensed public utility
company that creates electricity by incinerating garbage and waste. The fact is SBS is the new X factor,
and for as little as $5000 US dollars you could own shares in this privately held international utility
company that is changing the world and dominating the green environment.

A public utility (usually just utility) is an organization that maintains the infrastructure for a public
service (often also providing a service using that infrastructure). Public utilities are subject to forms of
public control and regulation ranging from local community-based groups to state-wide government
monopolies. Common arguments in favor of regulation include the desire to control market power,
facilitate competition, promote investment or system expansion, or stabilize markets. In general,
though, regulation occurs when the government believes that the operator, left to his own devices,
would behave in a way that is contrary to the government’s objectives. In some countries an early
solution to this perceived problem was government provision of the utility service. However, this
approach raised its own problems. Some governments used the state-provided utility services to pursue
political agendas, as a source of cash flow for funding other government activities, or as a means of
obtaining hard currency.

These and other consequences of state provision of utility services often resulted in inefficiency and
poor service quality. As a result, governments began to seek other solutions, namely regulation and
providing services on a commercial basis, often through private participation.

The term utilities can also refer to the set of services provided by these organizations consumed by the
public: electricity, natural gas, water and sewage. Telephone services may also be included.

In the United States of America they are often natural monopolies because the infrastructure required
to produce and deliver a product such as electricity or water is very expensive to build and maintain.
As a result, they are often government monopolies, or if privately owned, the sectors are specially regu-
lated by a public utilities commission.

Developments in technology have eroded some of the natural monopoly aspects of traditional public
utilities. For instance, electricity generation, electricity retailing, telecommunication and postal
services have become competitive in some countries and the trend towards liberalization, deregulation
and privatization of public utilities is growing, but the network infrastructure used to distribute most
utility products and services has remained largely monopolistic.

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Public utilities can be privately owned or publicly owned. Publicly owned utilities include cooperative
and municipal utilities. Municipal utilities may actually include territories outside of city limits or may
not even serve the entire city. Cooperative utilities are owned by the customers they serve. They are
usually found in rural areas. Private utilities, also called investor owned utilities, are owned by inves-
tors. Unlike private companies, private utilities may be listed on the stock exchange. Private, in this
context, means not owned by the public or the government.

In poorer developing countries, public utilities are often limited to wealthier parts of major cities, as
used to be the case in developed countries in the nineteenth century, but in some developing countries
utilities do provide services to a large share of the urban population, such as in the case of water and
sanitation in Latin America.

The good news is Spectrum Blue Steel is an international private utilities company with licenses to
deploy Biosphere unit’s globally.

In economic terms, electricity is a commodity capable of being bought and sold. An electricity market
is a system for effecting the purchase and sale of electricity, using supply and demand to set the price.
Wholesale transactions in electricity are typically cleared and settled by the grid operator or a special-
purpose independent entity charged exclusively with that function. Markets for certain related com-
modities required by (and paid for by) various grid operators to ensure reliability, such as spinning
reserve, operating reserves, and installed capacity, are also typically managed by the grid operator. In
addition, for most major grids there are markets for electricity derivatives, such as electricity futures
and options, which are actively traded. These markets developed as a result of the deregulation of
electric power systems around the world. This process has often gone on in parallel with the deregula-
tion of natural gas markets.

Today and particularly this decade will mark a new era in energy. It is called “Green Energy”, and
Green Energy is in and being talked about on every major political front on the planet. Spectrum Blue
Steel has the answer to saving planet earth and cleaning up the garbage and making landfills a thing of
the past.

There is money to be made in garbage. Such is the growing consensus on the world stage, as govern-
ments, international agencies and companies pour investment capital into “green” projects. Environ-
mental regulations are driving the industry. Two main philosophies predominate: the first focuses on
waste reduction, which aims to reduce trash whether household or industrial trash; the second involves
waste management, which concentrates on turning existing garbage into useful byproducts that can be
sold for a profit. Environmental regulators argue that both approaches are valid and should be used in
tandem to manage waste effectively. For industry, this creates two-fold opportunities for profit
making—at the front end of the waste stream, as well as at the tail end. Internationally, German and
Swiss companies are leading the vanguard of waste reduction and management, in part borne of sheer
necessity: a shortage of domestic landfills.

They have been forced to develop innovative approaches to trash, which, many predict may sweep the
United States during the coming years.

Ronald Flynn
TGEG/C.E.O
SBS/PRESIDENT

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If you would like more information about this wonderful project please visit our website at
www.tgeg.asia or simply give us a call at:

Contact

United States
(415) 992 5562 / (949) 273 1544 / (209) 589 1582

United Kingdom
+44 2032869304 - London

Australia
+61 8003 7413 - Sydney

Philippines
+63 918 888 0017 / +63 908 445 5555

China
+852 8198 2323

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BIOSHEPRE AND ECOTECHNOLOGY

Waste in itself is an environmental problem that continues to increase as populations grow, which in all
cases costs municipalities and waste management companies money to get rid of. The usual option is
through landfill, which is not a satisfactory solution.

Our solutions and technologies allow communities to enhance sustainability level by turning waste
streams into reusable and valuable resources.

What is the BIOSPHERE TECHNOLOGY?
This is a process of gasification that harnesses the combustibility of solid wastes to create a heat
source that produces an extremely hot steam that will then generate green electricity

What are the advantages of BIOSPHERE to Environment and Public Health?
Creates electricity by destroying waste in a cost effective manner without polluting the environ
ment.
The process is done in a limited – oxygen environment thereby significantly limiting atmo-
spheric emissions.

What is the importance of BIOSPHERE?

Addresses both energy production and waste management issues
No toxic leftovers that require landfill or which cause leachate issues
Groundwater and methane avoidance credits from displacing landfills
Eligible as Renewable Energy Developer as Renewable Energy Market (REM)

What is Biosphere’s ZERO WASTE PHILOSOPHY?
Addresses operates on a ZERO WASTE philosophy, defined as: The recycling of all materials
back into nature or the marketplace in a manner that protects human health and the environ-
ment.
The conversion of any carbon – based material that is in excess of 97%. Non–carbon based
materials are converted into vitrified glass. Molten metal’s are separated from glass and recov-
ered.
Non – carbon based feedstock materials are converted into saleable products without any
leftover.There is virtually no need for a landfill with this process.

What are the BY – PRODUCTS of BIOSPHERE Gasification?
Pozzolanic Ash – Several commercial uses, such as road base, and material for making concrete
blocks.
High Alloy Steel Wire – Typically contains titanium or vanadium.
Carbon Black – This is important filler in the rubber industry next to titanium dioxide. Also the
most important pigment in printing inks, toners, single – ply roofing, paints, and plastics.
Electricity – 6 megawatts of electricity/hour which is enough to generate enough power to supply
60,000 households annually.

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Does the BIOSPHERE TECHNOLOGY comply with the Clean Air Act?

Yes, because the air emissions from gasification are well within prescribed limit by the law.

How alarming is the waste management problem in the Philippines?
The population of the Philippines is growing at above 2% per annum, with a movement of
people towards the cities. In Metro Manila, for example, where the official population is
around 8.5 million (and the actual population is estimated to be around 12 million), over 6,000
tons of MSW are generated everyday (0.66kg of waste per individual per day)
The need for waste management measures opens up opportunities for energy recovery either
from landfills, by the collection of landfill gas from incineration or through the digestion of
waste to produce compost, with the production of biogas.

OUR MISSION
We aim to be the leading renewable energy provider using the Biosphere Gasification Technol-
ogy. We also aspire to develop strategic partnership 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.
Spectrum Blue Steel Corporation is a domestic company, which was created especially for the
Biosphere Gasification Technology. We were granted exclusive license to deploy, market and operate
the Biosphere technology and facilities.

OUR PHILOSOPHY
Spectrum Blue Steel Corp. aims for sustainable development by providing the needs of the
current world populations without compromising the future generations.
The solutions and technologies allow communities to enhance their sustainability level by
turning their waste streams into reusable and valuable resources.

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RESOURCE RECOVERY TECHNOLOGY
“THE BIOSPHERE GASIFICATION PROCESS”
As an introduction, the Biosphere Process for generating green electricity was invented by Dr. Chris
McCormack. Dr. McCormack is the Chairman and Chief Executive Officer of Global Environment
Energy Corporation (GEECF). The Biosphere process was developed and has employed in the manu
facturing of clean energy disposal system known as “The Biosphere MK-V”

The Biosphere process and technology operates in developed nations around world, to wit: United
States of America, United Kingdom, Germany, Beirut, China, Taiwan, Brazil, Lebanon, Libya, Italy,
Canada, West Africa, Singapore, France, Japan, Australia, Russia and more and more countries are
adopting this Technology.

The Biosphere Process Systems has been tested to European and US EPA standards by Bord na Mona
Environment Limited. It meets and exceeds the requirements of the newest EPA regulations, the
newest European Union regulations and all appropriate operations and emissions standards in any
clients’ jurisdiction

WHAT IS A BIOSPHERE PROCESS?
A biosphere is a gasification process which begins with the waste going into the Biosphere chamber
there beginning the thermal transformation into a clean combustible gas referred to hereinafter as
“syngas”.

The syngas is used to produce electricity in a combined cycle gas/steam turbine. Heat generated by the
process can be used to produce electricity, superheat steam, heat boiler feed water and distil/desalinate
seawater.

The Biosphere process operates on Zero Waste Philosophy.

WHAT IS ZERO WASTE PHILOSOPHY?
A process operates on ZERO WASTE PHILOSOPHY is defined as: The recycling of all materials back
into nature or the marketplace in a manner that protects human health and the environment.

THE BIOSPHERE ZERO WASTE PHILOSOPHY IS....
The conversion of any carbon-based material that is in excess of 97%. Non-carbon
based materials are converted into a vitrified glass. Molten metal’s are separated
from the glass and recovered. Non-carbon based feedstock materials are converted-
into salea ble products with nothing left over. There is virtually no need for a
land fill with this process.

The fuel gas produced is much cleaner than standard gasification processes and
only contains of traces of some elemental contaminates such as particulates, chlo-
rine, sulfur and metals (amounts depend on the feedstock). There are no tars, furans
or dioxins. Depending on the waste input there may be trace amounts of other
elements. Most of the particulate is removed by a cyclone back into the process,
becoming part of the vitrified glass. The chorine is then scrubbed out leaving dilute
hydrochloric acid (HCL). The sulfur is removed in a wet scrubber, producing
sodium bisulphate.

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The dilute (HCL) contains some amounts of particulate and metals, which are
removed. The particulate and metals removed at this point amount to a fraction
of 1% of the original feedstock.
The sole discharge into the air is from the turbine, which meets EPA emission
standards.
Heat from the process is used internally to produce electricity, distil HCL or
distil/desalinate sea water.

The technology Thermal Transformation process has been applied commercially to a variety of materi-
als including Municipal Solid Waste (MSW).

THERMAL TRANSFORMATION

The waste is injected into the Biosphere chamber of the thermal transformer
and piles up in the body of the reactor. The waste creates a sustained temperature
of up to 2100*C.
The organic material does not burn because there is not enough oxygen. The
organic matter is transformed to a gas composed primarily of carbon monoxide
(CO), hydrogen (H2) and Nitrogen (N). This gas contains substained
energy and can be used in a variety of ways.
The hot gas rises up through the waste piled in the reactor and begins the
gasification process on the material piled in the reactor. By the time the waste
has reached the bottom of the reactor, the high temperature, and oxygen
starved environment has totally transformed all organic compounds into a gas.
The gas that exits from the top of the reactor are made up of primarily carbon
monoxide, hydrogen, water and nitrogen. Small amounts of chlorine, hydrogen
sulfide, particulate, carbon dioxide and metals with boiling points less
than 1200*C are contained in the gas. Because of the low oxygen atmosphere
and high temperature, the base elements of the gas cannot form toxic compounds
such as furans, dioxins, NOx, or sulfur dioxide in the reactor.
As the gas exits the reactor it first goes to a proprietary as reformer and then it
is cooled in a series of high temperature heat exchangers. The sensible heat is
reduced to about 270 degree centigrade and is used to generate high-pressure
steam that is fed to a steam turbine to produce electricity.

THERE IS NO WASTE LEFT AT THE END OF THE THERMAL TRANSFORMATION. ALL OF
THE WASTE IS RECYCLED INTO METAL, GLASS OR HAS BEEN CONVERTED TO FUEL
GAS.

WHAT FUEL SOURCE DOES THE BIOSPHERE USE?

It can consume as a fuel source; biomedical waste, medical waste, used railroad crossties, PCB’s raw
sewage sludge , used carpet, unusable soft coal, industrial byproducts, oilfield waste, construction
anddemo material, composite building material , pressure-treated lumber, tires, agricultural surplus, or
effluent (including Pig, Chicken Farms) Really anything a human can make or produce except
concrete, glass, metals, and nuclear waste.

THE BIOSPHERE PROCESS AND TECHNOLOGY

Biosphere Process and Technology is a process of gasification. It harnesses the calorific value
(combustility) of Municipal Solid Wastes (MSW) to create a heat source that produces super
heated steam via boiler, which drives a combination stream turbine/alternator, generating green
electricity.

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A Biosphere is a gasification process developed by Dr. Christopher A. McCormack. The process begins
with a waste going into the Biosphere chamber there beginning the thermal transformation into a clean
combustible gas referred to as “syngas”.

The “syngas” is used to produce electricity in a combined cycle gas/stream turbine. Heat generated by
the process can be used to produce electricity, superheat steam, heat boiler feed water and distil desali-
nate seawater.

Syngas…or Synthesis Gas consists primarily of carbon dioxide and hydrogen, and has less than half of
this energy density of natural gas. Syngas is combustible and often used as a fuel source or as an inter-
mediate for the production of other chemicals. Syngas for use as a fuel is most often produced by gasifi-
cation of coal or municipal waste mainly by the following paths:

C + H2O => CO + H
C + O2 => CO2
CO2+ C => 2CO

WHAT IS THE DIFFERENCE BETWEEN
INCINERATION AND GASIFICATION?
Incinerators typically operate at atmospheric pressure and temperatures with the mineral matter or
ash in the waste is not completely fused (as slag) during the incineration processes. Ash solids will
either exit the bottom/discharge of the combustion chambers as bottom ash or as particular matter
entrained in the combustion flue gas stream.

Four major types of combustion chamber designs are used in modern incineration systems: liquid
injection, rotary kiln, fixed hearth, and fluidized bed. Boilers and industrial furnaces (BIF units) are
also examples of incineration systems; however, according to EPA MACT information, less than 15%
of the hazardous waste is disposed of in these units. The application of each type of combustion cham-
ber is a function of the physical form and ash content of the wastes being combusted. In each of these
designs, waste material is combusted in the presence of a relatively large excess of oxygen (air) to
maximize the conversion of the hydrocarbon-based wastes to carbon wastes to carbon dioxide and
water (50% to 200%) in some configurations, excess fuel and oxygen must be added to increase incin-
eration temperature to improve destruction and removal efficiency. This also increases the production
and emission of carbon dioxide.

Factors that may limit the applicability and effectiveness of the process include:
1. There are specific feed size and the materials handling requirements that can impact
applicability or cost at specific sites;
2. Heavy metals including lead, cadmium, mercury and arsenic leave the combustion unit
with the flue gases and require the installation of gas cleaning system for removal.
3. Volatile heavy metals, including lead, cadmium, mercury and arsenic, leave the cobus-
tion unit with the flue gases and require the installation of gas cleaning system for
removal
4. Metal can react with the others elements in the feed stream, such as chlorine or sulfur,
forming more volatile and toxic compounds than the original species. Such compounds
are likely to be short-lived reaction intermediates that can be destroyed in caustic
quench.
5. Sodium and potassium from low melting point ashes that can attack the brick lining and
form a sticky particulate that foul gas ducts

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Gasification is a technology that has been widely used in commercial applications for more than 50
years in the production of fuels and chemicals. Current trends in the chemical manufacturing and petro-
leum refinery industries indicate that use of gasification facilities to produce synthesis gas (“syngas”)
will continue to increase. Attractive features of this technology include: 1) the ability to produce the
consistent, high quality syngas product that can be used for energy production or as building block for
building for other chemical manufacturing processes; 2) the ability to accommodate a wide variety of
gaseous, liquids, and solid feedstock. Conventional fuels such as coal and oil, as well as low- or nega-
tive and wastes such as petroleum coke, heavy refinery residuals, secondary oil-bearing refinery mate-
rials, municipal sewage sludge, hydrocarbon contaminated soils, and chlorinated hydrocarbon byprodu
cts have all been used successfully in gasification operations.

Gasification typically operates on an oxygen-starved environment at 20-70 bars of pressure (290.075-
1015.26 psi). The gasification process converts any carbon-containing material into synthesis gas com-
posed primary carbon monoxide and hydrogen, which can be used as a fuel to generate number of uses
in the petrochemical and refining industries. Gasification adds value to low-or negative-value feed
stocks by converting them to marketable fuels and products.

The high temperature in the gasifier converts the inorganic materials in the feedstock (such as ash and
metals) into a vitrified material resembling coarse sand. With some feed stocks, valuable metals are
concentrated and recovered for reuse. The vitrified material, generally referred to as slag, inert and has
a variety of uses in the construction and building industries.

Gas treatment facilities refine the raw gas using the proven commercial technologies that are an
integral part of the gasification plant. Trace elements or other impurities are removed from the syngas
and are either recirculated to the gasifier or recovered. Sulfur is recovered either in its elemental form
or as sulfuric acid, both marketable commodities.

If the syngas is to be used to produce electricity, it is typically used as a fuel in an integrated gasifica
tion combined cycle (IGCC) power generation configuration.

IGCC is the cleanest, most efficient means of producing electricity from coal, petroleum residues and
other low-or negative feed stocks. The combined cycle system has two basic components. A high
efficiency gas turbine, widely used in power generation today, burns the clean syngas to produce
electricity. Exhaust heat from the gas turbine is recovered to produce steam to power traditional high
efficiency steam turbines.

The syngas can also be processed using commercially available technologies to produce a wide range
of products, fuels, chemicals, fertilizers or industrial gases. Some facilities have the capability to
produce both power and products from the syngas, depending on the plant’s configuration as well as
site specific technical and market conditions.

WHAT IS SYNTHESIS GAS (SYNGAS)

Syngas consist of primarily of carbon monoxide, carbon dioxide and hydrogen and has less than half
of the energy density of natural gas. Syngas is combustible and often used as a fuel source or as an
intermediate for the production of other chemicals. Syngas for use as fuel is most often produced by
gasification of coal or municipal waste mainly by the following paths:

C + H20 => C0+ H2
C + 02 => C02
C02 + C => 2C0

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HOW IS SYNGAS CLEANED UP?
After the fuel gas has left the exchanger, approximately 85% of the particulates are removed in a
cyclone. A smaller percentage of the metals are also removed with the particulates.
The gas then goes through the scrubber where the hydrochloric acid (HCL) is scrubbed out to form
dilute HCL water. The liquid goes through a series of nana filter membranes where the particulates and
metals in the liquid are removed. The metals and particulates at this stage can be either be sold to a
metal refiner or removed to a landfill. This small amount of material is the only potential that goes back
to a landfill and represents less than a fraction of one percent of the waste feedstock. The clean HCL
water is concentrated to 15-20% for commercial sale.

The water in the gas is condensed out and is used to provide clean makeup water for the rest of the
plant. The hydrogen sulfide (H2S) in the gas scrubbed out to make fertilizer grade sulfur using a
biological process or alternatively can be converted into a sodium bisulfate. The gas then goes to a gas
compressor and then to the gas turbine.

HOW MUCH RESIDUE IS GENERATED FROM THE BIOSPHERE PROCESS?
The reduction is 93% of volume; 172 tons is reduced to 12.04 tons.

WHAT IS THE WASTE WEIGHT TO ENERGY CONVERSION?
High pressure steam from the primary heat exchanger goes into steam turbine where it is converted to
electricity. The electricity generated with this steam source provides most of the power needed for
internal requirements.

The fuel goes into a gas/steam combined cycle turbine where it is used to produce electricity.
All the available heat in the process is used to make electricity or steam. The discharge temperature of
the gas turbine is less then 300 degree centigrade. Any low pressure steam (small amount) not used in
the process is steamed.

A facility designed with electricity production can export approximately 0.84 MW of electricity fo each
ton of MSW, depending on the moisture content and characterization of the MSW.

Incinerator by-products
Need to be land filled
Gasifier by-product needs
Not to be land filled

Countries, towns and cities, all over the world continue to generate huge amounts of munici-
pal, green, bio and industrial wastes and have a need to dispose of it in a safe way and with
least environmental impact. Spectrum Blue Steel Corporation readily provides solutions.
Wastes of all kinds that are used as an alternate fuel to generate green energy.

PRODUCTS AND SERVICE DESCRIPTION

The local government units have been tasked through the Solid Waste Management Act to implement
the collection, hauling, transporting and disposal of municipal solid wastes. With the Biosphere facility
being installed, once collected and hauled, the MSW are delivered to the Biosphere facilities while
paying Biosphere a tipping fee set per ton of MSW. Biosphere processes the MSW, generating electric-
ity which is sold to the rural electric cooperatives.

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The installation of 6 MW/hr Biosphere Facility will be all over the identified sites in selected towns and
cities during the full operation of the Biosphere Technology In the Philippines.

The government of the Republic of the Philippines through the Electric Power Industry Reform Act
(R.A. 9156) encourages the use of indigenous source by means of renewable environment Technology
as an alternative to the electricity generated from fossil fuels.

Spectrum Blue Steel Corporation expects that within ten (10) years “Biosphere Process Systems” will
be the industry standard in the Philippines.

TECHNOLOGY INTRODUCTION

The Functioning of the Biosphere Process System: The Biosphere process system when operated on
MSW takes place in five distinct stages.

Stage One: MSW is collected and brought to a centralized Biosphere process facility located at the
designated site. Each facility is designated as a “One-Stop Shop” providing for up to 100% recycling
of the total tonnage of MSW collected. The Biosphere Process facilities are economically viable at a
little as 5-8 tons/hr and can be constructed in closed facilities of as little as 3000 square feet. Each
Biosphere Process facility is designed to be a stand alone facility, with internal air control ensuring that
the facility does not emit any prohibited emissions to the atmosphere.

Stage Two: The MSW is sorted to provide separation for compost production, plastics and rubber
recovery, metals, glass, aggregate recovery and finally electrical power generation that, Typically oper-
ates at a rate of tons/hr. Each receiving line separates MSW into two feedstock streams comprising
putrescible (organic) and non-putrescible (non-organic) materials.

Putrescible materials usually comprise around 20% by volume are rapidly composted and recycled into
high nutrient value soil additives and fertilizers using a proprietary vertical accelerated composter.

Non-putrescible materials are further sorted to allow plastics and rubber recovery at around 10% of
volume before being shredded in advance of valuable metal recovery. All of the recoverable aluminum
and ferrous metals are removed from the waste stream using rotating trammels equipped with band
magnets, and hand picking stations. Sand are removed using a Biosphere Separator 2 which achieves
the following separation percentage; metals 3.1%, glass 5.2%, aggregates, concrete, dirt and sand,
8.0% and finally residual materials suitable for power generation equal to not more than 53.7% by
volume of the initial MSW.

Stage Three: In stage three of the process, all other materials in the waste stream is forced through a
Biosphere Densifier 3, which compacts the MSW into 20g flakes with 15-20% moisture termed
Biosphere Flakes 4 at the rate of 30 tons/hour, these flakes drive the Biosphere Process.
Stage Four: The Biosphere Flakes are converted into 1000 (degree) C, 1800 (degree) C flux using a
Biosphere Venturi 5. The process is designated to produce an inert ash which is then recycled into a
concrete products for the building industry, thus ensuring up a 100% recycling of all MSW handled
through the Biosphere Process completely replacing traditional land filling as a method of waste
disposal.

Stage Four: The Biosphere Flakes are converted into 1000 (degree) C, 1800 (degree) C flux using a
Biosphere Venturi 5. The process is designated to produce an inert ash which is then recycled into a
concrete products for the building industry, thus ensuring up a 100% recycling of all MSW handled
through the Biosphere Process completely replacing traditional land filling as a method of waste
disposal.

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Stage Five: The 1000(degree) C to 1800 (degree) C flux produced in stage four is used to power a 6
MW generating electricity.

DOES THE PROCESS
PRODUCE SO2 AND NOx?

Organic compounds such as benzene, toluene, naphthalene, and acenapthalene have been detected at
very low levels in the syngas from some gasification systems. However, when the syngas is used as a
fuel and combusted in a gas turbine, the emissions of these compounds or other organic HAPs are
eithernot detected or present at a sub-part-per-billon concentrations in the emitted stack gas. In addi-
tion, emissions of particulate matter are found to be to two orders of magnitude below of the RCRA
standards and the recently proposed MACT standards for hazardous waste incinerators. By reducing
atmosphere with the gasification reactor prevent the formation of oxidized species such as SO2 and
Nox.

THE FEEDSTOCK

The Biosphere Process uses wastes as its fuel, harnessing its calorific value (combustibility or ability
to burn), to create the heat for the process.

Waste in itself is an environmental problem that continues to increase as populations grow. Which in
all cases it costs municipalities and waste management companies money to get rid of . This is usually
put into landfills, which is not satisfactory solution. With the Biosphere process, this problem is virtu-
ally eliminated. In fact most councils and waste companies would be willing to pay a fee to dispose of
the waste via the Biosphere process if it were to be less than they are presently paying. So, the feedstock
is basically free or a potential source of income.

The Biosphere Process, safely, efficiently and under minimal oxygen conditions, gasifies traditional,
non-traditional by-products and/or fossil fuels, into electricity and other beneficial by-products.

The Process assists in solving the global warming problem by converting disposable materials such as:
Municipal Solid Waste
Automotive and Truck Tires
Petroleum and Polychlorinated Biphenyl (PCB) Waste
Agricultural Surpluses, animal waste or animal Parts Wastes and Affluents Indus-
trial
Waste
Sour or Wet Natural Gas without refining
Soil - contaminated Waste
Land Fill Reclamation
Traditional Fossil Fuels, including sulfur contaminated coal and untreated Shale
Oil
Petroleum drilling waste such as oil contaminated Top Soil, drill cutting and
oil-contaminated Ground Water

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Welcome to True Green Energy Group
A Responsible Era in Investments
True Green Energy Group was launched around a simple idea: to dedicate our company only to envi-
ronment friendly companies dedicated to replenishing our planet in order to preserving our way of life
for future generations. TGEG’s commitment to change starts with educating our investors in the way
the world invests. TGEG’s commitment continues by delivering only the very best Green Investments
from around the world to mainstream investors that were once reserved for the wealthiest individuals
and institutions.

It’s precisely those Green Investments benefits that are the core focus of TGEG’s powerful value
proposition:

Delivering Responsibility and Peace of Mind to today’s investors

Investors and regulators alike have demanded transparency and proper disclosure to give investors
peace of mind concerning their financial portfolios. Responding to this demand, True Green Energy
Group offers investors responsible minded Portfolios, managed account investments designed specifi-
cally to help investors regain their comfort level and confidence in the investment process while
preserving our children’s future.

With the investor’s personal goals and objectives in mind, True Green Energy Group and the investor
work together to deliver a comprehensive investment plan that reflects the maximum investment
returns with the minimal risk level for the investor.

And again, I would like to personally welcome our valued Investors to True Green Energy
Groups Responsible Era in Investments.

Ronald S. Flynn
President

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Annex A. The Biosphere Process

Material is collected and brought to a central Biosphere Process
Stage where 100% of the total tonnage is processed.

One

Material is sorted for recycling the biosphere separator

Stage 1.
2.
Compost production (20%)
Plastic/ Rubber recover (10%)
Two 3. Metals, glass and aggregate recovery (3%, 5%, & 8%)
4. Materials burned to generate electricity (54%)
Operating at a rate of 5-8T/hours each receiving line separates materials
Into two feedstock streams comprising putrescible (organic) and non
Putrescible (inorganic) materials if necessary.

All non-recycle materials is forced through the Biosphere Densifies,
Stage Which compacts the materials into 20g* flakes with 15-20% moisture,
Three (Termed Biosphere Flakes)at the rate of 5-8T/hour.These flakes fuel the
Biosphere Process.

*20g=2/3 oz

Biosphere Flakes are fed into Biosphere Venturi flux at 3,500 F./2,100 C.
Stage This process produces inert ash which is then recycled into concrete
Masonry and black carbon.
Four

Gasification products in stage four power a gas turbine for Micro Power
Stage Generation.
Five

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ANNEX “B” STEP FIVE OF THE BIOSPHERE PROCESS

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How is Waste Handled?
The incoming waste is weighed in and then deposited on the tipping floor from any of the trucks
Currently in use that pick-up and or transfer MSW.No tedious sorting or handling is needed. The
Only separation that is required will be oversize pieces that won’t fit into the shredder, heavy metals
like engines that may slow down the shredder or items that need special pre-processing,
Such as refrigerators, freezers and AC units that need the Freon removed. Hazardous waste and medi-
cal waste are handled separately and not co-mingled with the normal waste.

The system is designed to process waste as quickly as possible. During delivery hours the waste is
delivered faster than it can be gasified. Part of the waste is stored for processing at night and on week-
ends and holidays. Any oversized material is shredded and then conveyed to storage.

The waste is completely cycled every day. Should unscheduled shutdowns occur, the waste received
from the municipality goes into storage area which is designed to handle normal surges and continue
accepting the waste.

What is the Quality of the Different Types of Garbage?
Tires and plastic are petroleum based producers hence will create a high temperature per
weight. But the Biosphere was designed to turn all waste into energy regardless of the compounds.
Also, there is no additional equipment needed to consume the different types of waste.

What is the Typical Operating Temperature for Gasification?

Temperature for the gasification operates starting at 400 degree centigrade in the first chamber.
When the semi-gaseous material passes to the second chamber the temperature rises 1200
degree centigrade. At this point, the material is gasified. It then passes into the third and final
chamber where the temperature rises at 1700 degree centigrade to 2100 degree centigrade.

The heat from the 3rd chamber passes out to the steam boiler as a source of blowtorch heating
the water into super heated steam which in turn drives a steam turbine that generates the
electricity. Most of the components used in the process are standard equipment such as shredders,
pelletize, electronics, and water treatment,]9 steam boilers and turbine generators. The
biosphere Ventura is the only specially designed pieces of equipment in the process.

What are the By-Products of Gasification?
Standard Solid waste becomes inert ash or pozzolana, also known as pozzolanic ash, is a fine,
sandy volcanic ash.

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What can the By-Products of Gasification be Used for?
Modern pozzolanic cements are a mix of natural or industrial pozzolans and Portland cement. In addi-
tional to underwater use, the pozzolana’s high alkalinity makes it especially resistant to common forms
of corrosion from sulphates. Once fully hardened, the Portland cement-pozzolana blend maybe stron-
ger that Portland cement due to its lower porosity, which also makes it more resistant to water absorp-
tion and spalling.

Would the Petroleum Industry Benefit from the use of Gasification?
Conventional fuels such as coal and oil, as well as low-or negative-value materials and waste such as
petroleum coke, heavy refinery residuals, secondary oil-bearing refinery materials, municipal sewage
sludge, hydrocarbon contaminated soils, and chlorinated hydrocarbon by-products have all been used
successfully in gasification operations.

Gasification of these materials has many potential benefits when compared with conventional options
such as combustion or disposal by incineration. Recently, the U.S. Environmental protection Agency
(EPA) announced that the Agency is considering an exclusion from the Resource Conservation and
Recovery Act (RCRA) for listed secondary oil-bearing refinery materials when processed in a gasifica-
tion system, exclusion analogous to the one granted for insertion of RCPA listed refinery waste into the
coking process at refineries. In addition, representatives of the gasification industry have asked EPA to
consider a broader exclusion that would include gasification of any carbonaceous materials, including
hazardous wastes from other industrial sectors (e.g. chemical manufacturing in modern, high tempera
ture slugging gasifies.

Site Location: The Three Factors that need to be taken into Account in the Site Location are
Proximity to a sustainable waste supply

Proximity to a suitable water supply. This could be a river, lake, dam or sewerage treatment plant
or the sea;

Proximity to a suitable power grid

Area Required for each Biosphere Facility
A 5 TO 10 MW per hour plant requires 15,000 square feet as an area for the facility, double that for
administrative activities. This size of Biosphere Facility requires 172 tons of Municipal Solid Waste
per day. A 30 to 45 MW per hour Biosphere Plant requires 45 000 square feet, double that for adminis-
trative activities and will consume 1200 tons of MSW per day. Generated green energy is 643 to 700
MW per day.

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The Facility (Including Shipment, Installation and other Construction

Value/cost for a 5-10 MW/HR Biosphere Plant and 1 MRF System --- US $ 13.5 Million
Value/cost for a 30-45 MW/HR Biosphere Plant and 1 MRF System ---US $ 72 Million

Period to Construct: 3 to 6 Months

Plants are delivered complete with all the required machinery except locally required handling
and electrical substations.

Operational and engineering reports available;

Plants are designed to operate for 8700 hours per annum;

Process is continually monitored using a sophisticated proprietary computerized system

Plants have a 25 year process life as they are fully guaranteed and warranted by manufacturer

The Biosphere Produces Clean Energy Which:
Eliminates Solid and Liquid waste

Reduces Landfill Volume By 93%.

Recovers Brown Field and Landfill Sites for Development.

Generates 6 to 45 MW Continuous Power /hr

Distills 5,000 Gallons of Drinkable Water/Unit/Hour

Producers inert ash sold to commercial and industrial market

Revenues for the Biosphere Process Operations:
Waste Tipping and Processing Fees

Sale of end Products and Recyclables

Electricity Sales

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Carbon Credit Trading

This is the new trading phenomenon that is starting
to take off. As more companies are forced to
compensate for their carbon footprints, the greater
the demand is going to be to buy carbon credits
(CC). The emissions trading schemes set up a
market that will put a value on carbon emissions. IT
will encourage companies that cut their greenhouse
gas emissions and make more expensive for compa-
nies who don’t.

The Biosphere Process is a carbon negative, meaning that it generates a large amount of Carbon Credits that can be
traded to earn substantial incomes in the coming years. This is because conventional coal, gas, and other fossils fuel
electricity generation produces 60% of the CO2 emissions. Carbon Credits are actively trading and the prices of 1 ton
of Carbon Credits has risen from $6 to over $35 this year alone.

Environmental Acceptability

The Biosphere Process passes the newest EPA regulations, including the batneec guidance note for the
waste sector (revision 1-May 1996), the? Council Directive on 8 June 1989.

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Model of share purchase
1. First round financing “Investor partner” Purchases 50,000 shares at $2.00 per share.

2. Investor Partner wire transfers $100,000 USD to Spectrum Blue Steel

3. Investor Partner signs documentation as new partner and shareholder.

4. Investor Partner receives share certificate as official partner in SBS.

Example of deployment Model and share forecasting dividend calculation

1. It cost $13,500,000 to deploy one Biosphere Machine and one MRF Machine

2. The goal is to complete the San Fernando and Santa Rosa Biosphere and MRF System
Project by the end of 2010.

3. Each Facility will earn approximately $82,200,000

4. The total overhead to run Biosphere and MRF System is $400,000 USD. The total
cost to run 25 Biosphere and MRF units equals $10,000,000

5. Total income from 25 Biosphere and MRF units Equals $2,055,000,000. Less the
Total overhead of $10,000,000 equals a net income of $2,045,000,000

To calculate the dividend into share float

Simply divide the total earning s of SBS INTO THE 100,000,000 share float.

6. Example 2,045,000,000 divided by 100,000,000 shares equals $20.45 not
including corporate officers. SBS has set aside $10,000,000 USD for corporate officers
and key management personal including office rental.

About Financial Statement Forecasting

Forecasting financial statements is a process that involves multiple steps to arrive at
forecasted balance sheets, income statements, and expense and budget statements used by
management and department heads for decision-making.

One-year forecasts are likely to be more accurate than five-year forecasts because more actual
information is likely to be known by each department. However, having long-term financial
forecast assists upper management in planning future building, equipment and personnel
needs. Long-term forecasts are subject to revisions when actual information becomes known.
Individual line items are forecast and then totals are brought together.

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Known Financial Changes
Upper management is aware of production contracts they have won that will begin
production in the next year or two. They may also be aware of production contracts that
will probably be awarded to the company in the future. These contracts have agreed upon
pricing for production as well as estimated quantities. This knowledge can be used to
forecast future personnel needs, which will help in forecasting labor costs. The knowledge
of future production is also used to estimate equipment purchases, asset totals and depre-
ciation expense. Utilities, property owners, state and township governments may make
companies aware of future cost increases for their services. These actual known changes
are used in the financial forecasting process.

Budget Requests-
Budget planning forms are sent to various company departments of SBS so those areas
can let upper management know of their future needs and wants. Again, some of these
increases will be based on known future production changes. Some estimated costs are
based on planned equipment changes due to obsolescence, software changes or personnel
changes. Some requests on budget forecast include department wish lists. Upper manage-
ment will review and modify these budget plans and use approved department budgets in
the financial forecasting process.

Inflation Estimates

Specific expense items and income sources that cannot be estimated from known sources
or factors are usually estimated using projected inflation numbers. For example, each
expense may be increased by three percent for each year of the forecast. Once individual
items are forecasted, totals can be calculated, and plugged into financial statements to
create forecasted balance sheets and income statements.

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Income from Biosphere Machine and Municipal
Recycle Facility

Electricity = US$15,000,000
Methane Gas = US$3,000,000
By-Products = US$50,000,000
Drinking Water = US$6,000,000
EPA-UN = US$7,200,000
Garbage Income = US$1,000,000

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The cost to run a BIOSPHERE and MRF System per year is
$400,000 USD.The BIOSPHERE and MRF System employ
48 people.

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100,000,000
SHARES IN THE FLOAT

8 ROUNDS AT 5 MILLION
SHARES PER ROUND

8 ROUNDS ROUND AMOUNT OF SHARES PRICE AMOUNT RAISED
OF FINANCING NUMBER PER ROUND PER SHARE PER ROUND

FIRST ROUND OF FINANCING 1 5,000,000 $2.00 $10,000,000.00
SECOND ROUND OF FINANCING 2 5,000,000 $5.00 $25,000,000.00
THIRD ROUND FINANCING 3 5,000,000 $10.00 $50,000,000.00
FOURTH ROUND FINANCING 4 5,000,000 $25.00 $125,000,000.00
FIFTH ROUND FINANCING 5 5,000,000 $50.00 $250,000,000.00
SIXTH ROUND FINANCING 6 5,000,000 $75.00 $375,000,000.00
SEVENTH ROUND FINANCING 7 5,000,000 $100.00 $500,000,000.00
EIGHTH ROUND FINANCING 8 5,000,000 $300.00 $1,500,000,000.00

TOTAL SHARES SOLD 40,000,000 TOTAL CASH RAISED $2,835,000,000.00

TOTAL OUTSTANDING SHARES OWNERS
60,000,000 BOARD OF DIRECTORS

SCHEDULE OF PAYOUT AMOUNT IN USD
# of MKV and Income for the Overhead to run Dividend Amount Example Quarterly
Profit - the Yearly Dividend
MRF System MKV and MRF the MKV and MRF paid per shares for 50,000 Dividend
Overhead Payout
Deployed System System (100,000,000) Shares Payout

1 82,200,000.00 400,000.00 81,800,000.00 0.82 50,000.00 10,225.00 40,900.00
5 411,000,000.00 2,000,000.00 409,000,000.00 4.09 50,000.00 51,125.00 204,500.00
10 822,000,000.00 4,000,000.00 818,000,000.00 8.18 50,000.00 102,250.00 409,500.00
15 1,233,000,000.00 6,000,000.00 1,227,000,000.00 12.27 50,000.00 153,375.00 613,500.00
20 1,644,000,000.00 8,000,000.00 1,636,000,000.00 16.36 50,000.00 204,500.00 818,000.00
25 2,055,000,000.00 10,000,000.00 2,045,000,000.00 20.45 50,000.00 255,625.00 1,022,000.00
50 4,110,000,000.00 20,000,000.00 4,090,500,000.00 40.90 50,000.00 511,250.00 2,045,500.00
100 8,220,000,000.00 40,000,000.00 8,180,000,000.00 81.80 50,000.00 1,022,000.00 4,090,500.00
500 41,100,000,000.00 200,000,000.00 40,900,000,000.00 409.00 50,000.00 5,112,500.00 20,450,000.00
1000 82,200,000,000.00 400,000,000.00 81,800,000,000.00 818.00 50,000.00 10,225,000.00 40,900,000.00
1500 123,300,000,000.00 600,000,000.00 122,700,000,000.00 1,227.00 50,000.00 15,337,500.00 61,350,000.00
1800 147,960,000,000.00 720,000,000.00 147,240,000,000.00 1,472.00 50,000.00 18,405,000.00 73,620,000.00

FORMULA TO FIGURE OUT YEARLY DIVIDEND PAYOUT:

# of MKV / MRF System Deploy X Profit - Overhead = ( ) DIVIDED BY
100 Million Shares = Dividend Amount X # of Shares Owned = Yearly Dividend Pay Out

31
Tel. No: 045-499-1305, 045-499-1306, 045-499-1307


32
Tel. No: 045-499-1305, 045-499-1306, 045-499-1307


33
Tel. No: 045-499-1305, 045-499-1306, 045-499-1307

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