The document discusses Worldwide Economic Development Technologies (WEDT), a development solutions company. WEDT provides strategic consulting services and products to support infrastructure projects. Its services include project management, manufacturing consulting, technology consulting, and financing consulting. Key products mentioned include fiber reinforced rebar, concrete delivery systems, composite pipes, maglev transportation tunnels, fiber optic wiring, and solar thermal concentrating systems. WEDT aims to establish strategic partnerships and transfer technologies to support sustainable development.

1. Worldwide Economic Development Technologies
(WEDT)
A Development Strategic Solutions Company
1000 N West Street
Suite 1200
Wilmington, Delaware 19801
United States Of America
© 2008 All rights Reserved

2. Confidentiality and Non-Disclosure Agreement
The undersigned acknowledges that the information provided by Worldwide
Economic Development Technologies, LLC (“WEDT”) in this presentation is
confidential; therefore, undersigned agrees not to disclose any information
herein without the express written permission of WEDT.
The information contained in this presentation is proprietary and intended only
for the persons to whom it is transmitted by WEDT. Any reproduction of this
presentation, in whole or in part, or the divulgence or use of any of its contents,
without the prior written consent of WEDT is strictly prohibited. Receipt or
possession of this presentation does not convey any rights to disclose it
contents, in whole or in part, to any third party.
It is acknowledged by the undersigned that information to be furnished in this
presentation is in all respects confidential in nature, other than information
which is in the public domain through other means, and that any disclosure or
use of any confidential information by the undersigned shall cause serious,
irreparable harm and damage to WEDT.
Signature
________________________
Name (typed or printed)
________________________
Date

3. Disclaimer
This presentation does not constitute an offer to sell any securities and any representation to
the contrary is unlawful.
The information contained in this presentation was obtained from sources believed to be
reliable, but is not guaranteed as to its accuracy by WEDT and WEDT assumes no liability for
the use of any information contained herein.

4. WEDT’s Principals and Advisory Team
Deniece Jordan-Walker, Esq.
United States
General Counsel and Chief
Financial Officer

5. WEDT: Your Answer to Development Strategic
Solutions that Work
The WEDT system provides superior, sustainable, customized
development solutions that ensure efficient, on-time , in-
budget construction.
The WEDT system is a vertically integrated construction
system that employs state-of-the-art , environmentally
friendly technology to significantly reduce construction
material storage issues at job sites and construction
completion schedules, and increase productivity and
profitability.
The WEDT system can be efficiently deployed to accomplish a
key corporate and public mission: The creation of local jobs in
manufacturing and construction that are essential to
sustainable economic stability and growth in emerging
economies. To accomplish this mission, WEDT can establish
partnerships with existing firms in the region and utilize the
construction system to fast track development projects such
as housing, hotel, water/waste treatment facilities, hospitals,
municipal buildings, blast freezing facilities, warehousing,
and infrastructure projects.

6. Strategic Development Solutions

7. Summary of Strategic Solutions Consulting
Project Management, Architect &
Developer Consulting
Manufacturing/Marketing Consulting
Technology and Construction Systems
Consulting
Development Agency Consulting
Planning Agency Consulting
Financing Consulting

8. Summary of Services Delivery Schedule
Assessment of advanced
technology and construction
systems best-suited to
complete project on-time
and in-budget.
Establish strategic alliances
needed for technology
transfer, construction and
equipping manufacturing
facility in project locale, and
training local residents for
employment at the facility
and on job sites.
Develop marketing system
for continued viability of
manufacturing facility in
host state to increase
employment and national
productivity.
Project Management of
concrete and construction
systems delivery and
installation.

9. Development Products

10. Structural Support Technology
Rebar
WEDT utilizes Fiber Reinforced
Composite Re-bar for
construction. This re-bar is
stronger and lighter than steel
and is corrosion proof. The re-
bar construction system
provides long lasting
foundations and structures in
all environments.
Non-corrosive - virtually
eliminates corrosion from inside
concrete structures
Non-magnetic - will not
interfere with electrical or
communication signals
Higher tensile strength than
steel

11. Concrete Delivery and Installation System for
Buildings, Sidewalks, Etc.
Concrete Delivery system & silo
Theft protection of aggregate on job site
Concrete is mixed and discharged as it is
needed.
No quot;hotquot; loads.
No loss of strength because of hydration that
took place in the truck.
No equipment tempering with water is
required.
The most versatile concrete production
system that is available.
Low initial cost of equipment.
High production rates of mixed concrete for
the size and price.
quot;On Demandquot; concrete production.
Instantaneous mix design changes.
Low slump mixes are easily produced.
Metered delivery for retail concrete delivery.
Simple equipment to operate and maintain.
No scales requiring constant calibration.
Ideal for job site and remote applications.
Quick set up time for standard

12. Concrete Delivery and Installation System for Roads

13. Composite Pipe
(Drinking water, sewerage, oil, gas, toxic chemicals)
Composite Pipes easily resist handling
damage and field abuse such as produced
by wheel loads of heavy equipment or tool
impact. The incredible strength of
Composite Pipes can be explained by the
multi-ply structure of the pipes.
This unique structure dissipates the stress
waves of impact energy around and along
the pipe body rather that through the pipe
wall.
No other pipe possesses this unique
feature which makes the pipe wall
structure virtually indestructible.
A quarter inch (6 mm) wall thickness pipe
can resist tensile end loads as great as
12,000 lbs. (5.4 tons) per circumferential
inch, while simultaneously resisting
circumferential hoop loads as great as
12,000 lbs per lineal inch.
The Twin Lock™ Coupler System enables
the Composite Pipes to be sealed and
connected to provide a pipeline with the
strength and integrity equivalent to that
of a welded steel pipe. However, use of
the Twin Lock™ Pipe Coupler System
enables the pipes to be joined and sealed
20 times faster.

14. Polygon Composite Pipe
(21st century transportation tunnels automobiles, trains, etc underground or under water.)
The Maglev 2000 can operate in
the open air, or in underground
tunnels. Using a low-pressure
tunnel will make it possible to
get from city to city rapidly .
300 miles per hour + capability.

15. Fiber Optic Wiring
Fiber Optic Wiring
Benefits of Fiber-
Optics
Displacement of copper
Future proofing
Return on investment
(which will continue to
grow exponentially)
Unlimited bandwidth
Simple installation

16. Solar Thermal Concentrating Systems
By using mirrors and lenses
to concentrate the rays of the
sun, solar thermal systems
can produce very high
temperatures—as high as
3,000 degrees Celsius. This
intense heat can be used in
industrial applications or to
produce electricity.
Solar concentrators come in
three main designs: parabolic
troughs, parabolic dishes,
and central receivers. The
most common is parabolic
troughs—long, curved
mirrors that concentrate
sunlight on a liquid inside a
tube that runs parallel to the
mirror. The liquid, at about
300 degrees Celsius, runs to
a central collector, where it
produces steam that drives
an electric turbine.

17. Field & Track Solar Grids

18. Wind Turbines
Modern electric wind turbines come in a few
different styles and many different sizes,
depending on their use. The most common
style, large or small, is the quot;horizontal axis
designquot; (with the axis of the blades horizontal
to the ground). On this turbine, two or three
blades spin upwind of the tower that it sits on.
Small wind turbines are generally used for
providing power off the grid, ranging from very
small, 250-watt turbines designed for charging
up batteries on a sailboat, to 50-kilowatt
turbines that power dairy farms and remote
villages. Like old farm windmills, these small
wind turbines have tail fans that keep them
oriented into the wind.
Large wind turbines, most often used by
utilities to provide power to a grid, range from
250 kilowatts up to the enormous 3.5 to 5 MW
machines that are being used offshore. Today,
the average land-based wind turbines have a
capacity of 1.5 MW.[i][7] Large turbines sit on
towers that can be anywhere from 50 to 100
meters tall, and have blades that range from
30 to 50 meters long.[ii][8] Utility-scale
turbines are usually placed in groups or rows
to take advantage of prime windy spots. Wind
quot;farmsquot; like these can consist of a few or
hundreds of turbines, providing enough power
for tens of thousands of homes.

19. Tidal Turbines
(underwater electrical energy generation)
Axial-Flow Rotor Turbine: The
design of these turbines consist of
a concentric hub with radial
blades, similar to that of a
windmill.
Mechanical power is applied
directly through a speed increaser
to internal electric generator, or
through a hydraulic pump that in
turn drives an onshore electric
generator.

20. Rubber Sidewalks
Rubber sidewalks are
made of 100% tire
rubber.
Each square foot of
Rubber sidewalks uses
the rubber of one
entire passenger tire.
Each 5 sf pavers
keeps five tires out of
landfill, and
400 square feet
keeps over two tons
of waste tire rubber
from going into
landfill.

21. Tidal Turbines
(underwater electrical energy generation)
This technology represents a novel
method for generating electricity
from a huge energy resource in the
sea. It is rare enough for an
entirely new energy resource to be
developed but even rarer if the
technology, as in this case:-
produces no pollution and has
negligible environmental impact
delivers energy to a predictable
timetable
has the potential to make a major
contribution to future energy needs
Although the relentless energy of
marine currents has been obvious
from the earliest days of seafaring,
it is only now that the development
of modern offshore engineering
capabilities coinciding with the
need to find large new renewable
energy resources makes this a
technically feasible and
economically viable possibility

22. Bio Mass Incinerator
An advanced system for
waste treatment. (Kiln
type Incinerator of
Pyrolysis Gasification).
Firstly, shredded waste
is heated without oxygen
in pyrolysis drum and
iron/aluminum are
recovered.
Secondly, pyrolysis
products (gas and ash)
are combusted at high
temperature in furnace
and the slug is
recovered. High
performance generation
of electricity is achieved.

23. Bio Mass Incinerator

24. Bio Mass Incinerator (salable products)
Recycled Metals
The gasifier will liquefy any metal. Separation of the metals is not required before the
reactor, although it does consume energy. The metal that goes into the reactor,
either comes out the bottom of the reactor or is removed by the gas cleanup system.
Any metals that are recovered are sold to metal recyclers.
Purified Water
Any low-pressure steam (small amount) not used in the process is either condensed
or can be used to produce distilled water in a multi-effect distillation unit.
Hydrochloric Acid
During the gas clean up phase of the process, hydrochloric acid (HCL) gas is absorbed
into water and distilled to a 15-20% concentration.
Sulfur
The hydrogen sulfide (H2S) in the gas is scrubbed out to make fertilizer grade
sulfur using a biological process or alternatively can be converted into sodium
bisulfate.

25. Public Toilet & Shower Facilities (urban)
Futuristic architecture is often
achieved through a nice
juxtaposition of industrial
concrete, plastic glass brick,
some high quality black plastic
imitation marble, and stainless
steel structural supports, where
the glass brick also serves to
separate the service passage
from the main washroom.
The use of sensor operated sinks,
toilets, urinals, and hand dryers,
together with service-installed
lighting often adds to the modern
aesthetic and functionality.
Laundromats can be included.
Job creation (attendants/security)
24 hour service
Solar powered

26. Play Pump Water System
(1), While children have fun
spinning on the Play Pump merry-
go-round clean water is pumped
(2) from underground (3) into a
2,500-liter tank (4), standing
seven meters above the ground.
A simple tap (5) makes it easy for
women and children to draw
water. Excess water is diverted
from the storage tank back down
into the borehole (6).
The water storage tank (7)
provides a rare opportunity to
advertise in outlaying
communities. All four sides of the
tank are leased as billboards, with
two sides for consumer
advertising and the other two
sides for health and educational
messages. The revenue generated
by this unique model pays for
pump maintenance.
Capable of producing up to 1,400
liters of water per hour at 16 rpm
from a depth of 40 meters, it is
effective up to a depth of 100
meters.
A typical hand pump installation
cannot compete with the Play
Pump system's delivery rate, even
with substantial effort.

27. Composting Toilet
Composting is the most appropriate
method for dealing with human
waste and is completely natural. A
composting toilet is traditionally a
waterless toilet and therefore
respects precious water supplies
and doesn't create any pollution.
In the toilet room there is no chain
to pull or button to press, apart
from that it's your average toilet.
Some of the key features are...
Six removable compost bins housed
on a turntable.
The turntable is manually rotated
once a bin becomes full.
The full bin remains inside the
system to continue the composting
process.
Once a composted bin comes
around for use again the contents
will be reduced to
two thirds of it's original volume and
transformed into a soil rejuvenating
humus.
There is no strenuous raking,
bending or digging of any fresh
waste
Virtually no maintenance.
Unlimited capacity ...and the toilet
room is always fresh.

28. Public Toilet (villages/solar powered)

29. Satellite Waste Treatment

30. Decorative Pavers (Recycled Plastic Street Lights, railings)

31. Transportation (can run on dedicated lanes computerized)

32. Technology and Construction Systems’ Commercial
Applications
3 – 4 Story Apartment Buildings
Hi Rise Apartment Buildings with Parking
Shopping Malls
Office Buildings
Hotel/Resorts
Schools
Hospitals
Medical Clinics
Nursing Homes and Senior Housing
Youth Homes
Detention Facilities
Warehousing

33. Commercial Applications Renderings

34. Residential Roof Solar
After installation, solar
panels absorb the sun's
rays, even on cloudy days,
and convert sunlight into
usable electrical energy.
Next, an inverter converts
the DC current from the
solar panels to AC current
for use throughout the
home.
The solar system is
connected to the utility
grid through a standard
utility meter that tracks
the net power use
while taking into account
the electricity production
from the solar system.

35. Residential Roof Solar Panels

36. 3 Story Apartments (Front/rear view)

37. 4 Story Apartments (with solar power)

38. Condo/Apartment

39. Hi-Rise (Shopping mall/parking)

40. Hi Rise (parking/courtyard)

41. Office/Medical/Mixed Use

42. Hospital/School/Municipal Building Design

43. Warehouse
Manufacturing, canneries', Blast Freezing/Chillers, Food Processors

44. Sidewall Solar Panel (Warehouses/Commercial Buildings)

45. WEDT: An Innovative Approach to Development
The professionals at WEDT understand that each project is unique and
requires a development and construction plan that can be implemented with
time and cost efficiencies. This is especially true in developing countries
with emerging markets. The WEDT system provides these markets the
invaluable opportunity to develop housing, medical, educational,
transportation and commercial projects as well as infrastructure using cost-
saving, state-of-the art technology and construction systems while creating
local jobs and increasing national productivity. These countries can become
a showplace for modern, environmentally friendly (“Green”) development
that:
Improves the quality of life
of locals and tourists
Reduces waste and
preserves the air and
environment
Develops communities with
modern amenities
Creates jobs and
productivity
Increases tourism appeal &
traffic
Generates investment
opportunities
Upgrades Infrastructure &
Public Transportation