1. The Rapidly Popularizing Extremely Profitable Fuel- and Traditional-Source- Free Next Generation Power Plants
To be Presented by the President or Principal Members of the Next Generation Power Plants’ Worldwide Distribution Team

2. - 1
How These and the Other Types of Plants Generate Electric Power pp. 4-8
Economical Merits of These Over the Other Plant Types pp. 9-13
These Save, in 5 Years, Typically, of the Capital Cost, ~3600% on the Capital Plus Fuel Compared to Best Other-Type Plants pp
Savings, in 5 Years, Equaling ~150% of the Plant Price, on Small-Costs, by These
Over the Other Plant Types pp. 16
Commercial Attractiveness of These pp. 17
Technical Advantages of These Over the Other Plant Types pp
Delivery Time of These pp. 20
Cleanliness of These pp. 21
Reliability of These pp. 22
Political Benefits of These Over the Other Plant Categories pp. 23
Safety Benefits of These Over the Other Plant Kinds pp. 24
Environmental Benefits of These Over the Other Plant Species pp. 25
Social Benefits of These Over the Other Sorts pp. 26
Philanthropic Benefits of These Over the Other Varieties pp. 27
Institutional Benefits of These Over the Other Plant Genres pp. 28

3. - 2 Special Applications of NGPP pp. 29
Boosting Over the World the Popularity and Spreading of NGPP pp
What Spare Benefits Come to the First Few Buyers/Partners of NGPP? pp. 32
Nonetheless, What If I Prefer the Other Types of Power Plants Over NGPP? pp
Why You will be Eager to Become a NGPP Research/Industry Partner? pp. 35
The Impetus for the Media Partners of NGPP pp. 36
Where More Details on NGPP can be Found? pp. 37
How to Order NGPP? pp. 38
Important and Caution Notes pp. 39
Hints on Making the NGPP Order Agreement or Filling Out the NGPP Order Form pp
Who Should the Buyers or Research/Industry/Media Partners Talk to Clarify
Issues on NGPP? pp. 44
Why NGPP Industry/Research/Media Sponsors/Buyers are So Worry-Free? pp. 45
Logistics/Facilities/Resources Required for Developing and Delivering NGPP pp. 46
Future NGPP Works pp. 47
A Personal Letter to the NGPP Buyers and Research, Industry, & Media Partners pp. 48
Back to These Plants’ Economics (The Biggest Attraction of These) pp. 49
NGPP Cycle Summary pp. 50
Ways to Help Yourself, Your Country, People, and World through NGPP pp. 51
NGPP May be a Once in a Lifetime Opportunity pp. 52

4. The Commercially Feasible Electric Power Production Methods
Thermal
a. Fire Fossil-Fuel, that is coal, gas, and oil.
b. Use Non- Fossil-Fuel, that is biogas, biomass, geothermal, hot dry rock, nuclear, and solar thermal.
Natural
a. Exploit Hydro (falling water).
b. Utilize Solar Photovoltaic Cells.
c. Apply Wind Turbines.
Next Generation
Employ Omnipresent Energies.

5. How Do They Work? - 1 The Thermal Plants Burn Fuels to Boil Waters
to Generate Steams
to Move Turbine Blades
to Produce Electricty
In Hydroelectric Plants,
The Falling Water
Moves Turbine Blades
to Produce Electricty

6. How Do They Work? - 2 The Solar Panels Convert
the Energy of the Sun’s Photons
that are Incident on These
Directly to Electricty
In Wind Turbines,
The Wind Flow
Moves Turbine Blades
to Produce Electricty

7. How Do They Work? - 3 The Next Generation Plants Convert
The Omnipresent Energies
First into Radio Waves
and then to Electricity

8. How Do They Work? - 4 How do the next generation plants work?
Their source of power generation is the omnipresent energies that these transform into electricity. They are also the only machines that confirm the existence of such energies.
How can these plants provide high power?
The omnipresent energies’ density per unit space is exceedingly high, and that's why, these plants can convert them to high rate of electric power.
How Dr. Ahmed’s theories are applied to these plants?
Dr. Ahmed’s theories reveal how, first the omnipresent energies are converted to surges of radiowaves, and next these waves are transformed into electricity that, obviously, are the only power generation steps of these plants.
Why such plants are never seen or made before?
Inventions, by definition, before they are invented, are never seen or made. Similarly, before Dr. Ahmed’s discovery, these also are not seen or made. What's more, could not be formulated until not long ago and by anyone before Dr. Ahmed, the highly complex and novel theories (that, too, are developed by Dr. Ahmed), from which the concept and technology of these plants emerged.

9. Economical Merits of These Over the Other Plant Types - 1
These plants have the lowest purchase (a 1 MW unit of this type costs only 3 crore BDT or about 352,000 USD, that is, US$ 352 per kW, which is the lowest power plant capital cost ever recorded), transportation, deployment, repairing, distribution, and no fuel, maintenance/operating, additional resource supplying, cooling, accommodation, cleaning, and neighbor, labor and environment safeguarding costs. Most importantly, their minimum return of 100% investment time line is within only 2 months (!!!), which is the shortest full investment returning time of all types of power plants or ventures!

10. Economical Merits of These Over the Other Types - 2
These plants do not have the numerous delays, faults, and unwelcome features, which cause expenses, losses, and anxieties, of the power plants of the other categories. On top, their costs exclude the lofty interest, which would be incurred during the other power plant types construction and operation.

11. Economical Merits of NGPP Over the Other Plant Types - 3
NGPPs do not have, unlike the other types of plants,
delays, caused by the construction of plant accommodations, failures and mechanical disorders, debugging and repairing, transport, cooling, distribution, etc.
faults and unwelcome features, such as, major reductions in power production due to performance degradations over time, large size and weight, restrictions on plant-locations, making dirts and hazardous substances, necessitating operations staffs and resources, etc.

12. Economical Merits of These Over the Other Plant Types - 4
These plants are scalable. To be precise, they may be started out small and, by adding autonomous units to the starting power plant, grown big in time. Subsequently, by choosing these, investors can gradually accomplish large plants that they require but can’t construct all together due to lack of funds.
SMALL STARTING PLANT
LARGE PLANT

13. Economical Merits of These Over the Other Plant Types - 5
Because of these plants scalability and gift of quickly returning a investment, a large plant of this category can be erected chunk by chunk solely from its already made chunks’ revenues, whose enormities are attributable to the gigantic saving on the fuel or source spending, which is the central feature of these plants and impossible with the other-type plants. Demonstrated below, is a plot for developing, by investing on only a 100-MW starting plant, in less than 3 years, a 1000-MW plant:
With the starting plant’s narrowly 6 months takings, another 100-MW plant will be constructed, and these two plants’ hardly 6 months income will be utilized to put up a 200-MW plant, which will yield a 400-MW plant, investing whose barely 6 months earnings to make one more 400-MW plant will raise the total plant capacity to 800 MW. Finally, the remaining 200-MW component of the 1000-MW power plant will be built using a few months’ turnovers from the 800-MW plant.
INVESTING SMALL MONEY ON THE STARTING PLANT
LARGE PLANT

14. These Plants Save, in 5 Years, Typically, on the Capital Plus Fuel Cost, ~3600% of the Capital Costs Compared to the Best Plants of the Other Types - 1
Whereas NGPP cost: 350$/kw in year 2014, and even that’s with zero fuel cost!!!
Minimum: 700$/kw in year 2012 (with the very high fuel cost), double of NGPP!

15. These Plants Save, in 5 Years, Typically, on the Capital Plus Fuel Cost, ~3600% of the Capital Costs Compared to the Best Plants of the Other Types - 2 15

16. Cost Savings Amount (in % of the Plant Capital Cost)
5-Year Savings, Equaling ~150% of the Plant Price, on Small-Costs, by These Over the Other Plant Types
Cost Savings Category
Cost Savings Amount (in % of the Plant Capital Cost)
Plant Transportation 1
Plant Accommodation 25
Plant Deployment 2
Power Distribution 7
Plant Operations 10
Plant Repairing
Resource Acquisition & Carrying
Cooling and Safeguarding
Interests due to Delayed Return on Investment 20
Performance Degradation Loss 40
TOTAL: 150

17. Commercial Attractiveness of These
These are the most lucrative power plants in the history for the most part because they are not based on fuels and conventional sources, thanks to which, they can produce electricity for free of charge, and also because these are cheap to implement (down to their lowest manufacturing, lodging, and deployment costs), are durable, are non-stop, have flat electricity production rate, can provide power of any characteristics, quality, and quantity and for any purpose, have near to the ground repairing and maintenance/operating costs, can quickly return investments, can be rapidly manufactured, housed, deployed, and repaired, and do not have the other categories plant’ numerous delays, faults, and unwelcome features that cause expenses, losses, and anxieties, and therefore, their costs exclude the lofty interest, which would be incurred during the other power plant types construction and operation.

18. Technical Advantages of These Over the Other Plant Types - 1
These plants, unlike the other types of plants,
save the enormous electricity production expenses of the other specimens of plants for these are the only autotrophic plants, i.e., they can produce electricity, without, burning fuels (such as coal, gas, oil, and radioactive materials) or exploiting traditional energy sources (such as, solar, air, and water).
don’t require additional resources like water
continuously (24/7) produce electricity without typical energy sources or fuels.
produce the same rate of electricity, regardless of location, day, night, and climate.
can supply power of any characteristics, quality, and quantity and for any purpose.
don’t heat up, and that's why, are the most nonstop and power producing plants ever and they don’t have any cooling costs.
highly immune to failures and mechanical disorders, which makes their repairing costs incredibly modest.
are easily and quickly debuggable and repairable – most of their technical problems are solved in less than a hour.
are cheaply and rapidly deployable (e.g., even a 1000-MW plant of this genre can be set up within a day to supply electricity to its consumers.)

19. Technical Advantages of These Over the Other Plant Types - 2
10. are so compact (the size per MW is approximately 10’ x 10’ x 10’) that their 100-MW plants fluently accommodate in small apartments or rooftops (rather than thousands of acres of fresh lands with buildings that had to be specially built for other power plants.)
are light-weight.
can be smoothly moved/transported (e.g., even a 100-MW plant of this variety can be effortlessly relocated by a single truck) and are portable.
can be placed anywhere (even in outer-space, submarines, undergrounds, and indoors) because they don’t run on fuels and their source of energy is all-pervading, strictly speaking, unlike the rest of the power plants, they don’t have to be at feasible locations to attain fuels or traditional-sources and are environment-friendly and clean.
have the least power distribution cost and delay because they can be positioned close to the distribution sites as they can be placed anywhere.
can provide output (e.g., current, voltage, and frequency) ratings that would be impossible with the alternative plants.
are forward-compatible, specifically, they are designed in such a way that they fit with their future versions planned by the next generation power plant research team, and their previously sold older versions can be easily upgraded to the newer ones.
are self-sustaining, that is, once they are started up to produce electricity, they can continue it without any external intervention. In plain English, they don’t have to be looked after. Therefore, their operating/maintenance costs are nothing.

20. Delivery Time of These
The parts of these plants can be swiftly mass-produced and assembled, and thus, these plants can be delivered fast (e.g., the slowest delivery time of their large 100-MW to 10,000-MW versions is now a year, which will be, in the near-future, a week, and their small forms of fraction-of-one MW to tens of MWs is presently 6 months, which will be, in the course of time, on the spot) and in huge numbers (meaning that many orders can be processed concurrently.)

21. Cleanliness of These
These plants are clean as, unlike the other power plants, they do not spill or vaporize fuels, chemicals, or other unwanted plant outcomes that would make their premises dirty and odorous, and so, there are no headaches and costs for the cleaning of the areas of these plants. Also, they do not have the waste and wastewater disposal and decommissioning expenses and pains that mostly occur in nuclear plants.

22. Reliability of These These plants
have longevity for hundred years or more and even that with occasional minor repairing.
have negligible performance degradation over very long periods of time.
are robust since they survive in hostile (e.g., wet, hot, refrigerated, and battlefield) environments and even if they are strongly hit, to be exact, they are water-, heat-, cold-, shock-, and crash- proof.

23. Political Benefits of These Over the Other Plant Categories
These are the only type of plants that do not have to face the alarming and irrepressible grudges that people have been harboring all along against the other power plant types due to their considerable adverse environmental effects, gobbling up of the natives’ natural and livable habitats and ancestors’, farming, dwelling, and economic activities’ lands, and other serious demerits.

24. Safety Benefits of These Over the Other Plant Kinds
These plants are perfectly safe for neighbors and workers because they are not rotating; explosive; heat, steam, oil, gas, chemical, radiation, or other harmful substance emitting; and life- and health- threatening.

25. Environmental Benefits of These Over the Other Plant Species
These plants
do not depend on apparently harmless but in fact lethal materials to make electricity. For example, coal contains powerful chemicals sulfur, arsenic, selenium, mercury and radioactive elements uranium, thorium, radium and radon. When the coal is burned as part of the electricity generation process, these harmful substances can be released into the environment. Note that burned sulfur is one of the main causes of acid rain.
are not dangerous as the nuclear or fuel power stations that might create a community-wide disaster in the event of a accident.
are environment-friendly because they don’t breed any noise (as sound or radiowave), heat, toxin, smoke, radiation, waste, or byproduct, which is hazardous to our health.
do not destroy the resources or balance of nature, unlike, for instance, the thermal and hydroelectric (falling water) power stations that ravage water and water-based ecosystems.

26. Social Benefits of These Over the Other Sorts
These plants will assist
the governments in providing vast electricity to the agricultural (to drive water pumps and other electrical machineries that are essential for farmlands, hatcheries, poultries, fisheries, etc.), rural, industrial, undeveloped, developing, and other deprived sectors that critically require and will instantaneously flourish with ample electricity, and
the capitalists in making unforeseen enormous profits through, the power supply business and/or saving the electricity bills of their transports (e.g., auto rickshaws, cars, buses, subways, railways, trums, ships, submarines, helicopters, aero planes, and spacecrafts), industries, offices, malls/markets, and/or residences.

27. Philanthropic Benefits of These Over the Other Varieties
Once these become available to the world,
they will be humanizing the lives of the distressed people by giving them a opportunity to access decent foods, houses, treatments, education, and entertainments (in other words, a better life) through the blessings of immeasurable electrification.
a mixture of small and large industrial, commercial, and agricultural projects will bloom, creating countless entrepreneurial opportunities for the capitalists and high hourly-wage, lasting, and diverse employment openings for wide-ranging people - illiterate, educated, inexperienced, skilled, non-technological, and technical. It follows that there will be a time when this discovery will be considered as the climax leap of mankind that, in the end, created the poverty- and sorrow- free world and saved us and our next generations in every way we could be.

28. Institutional Benefits of NGPP Over the Other Plant Genres
NGPPs are the sole autotrophic power plants, i.e., they can produce electricity, without, burning fuels (such as, coal, gas, oil, and radioactive materials) or exploiting traditional energy sources (such as, solar, air, and water), and for this reason, the mammoth money, which is expended for purchasing or utilizing, fuel or source (respectively), either of which, for engendering electricity, is compulsory for all types of plants aside from these, is appended to their profits that thus become large enough to fulfill many hopeless and seemingly impossible dreams of a nation or organization. For instance, at the moment, the typical profit from just a 1,400-MW power plant of this strain is no less than 25,000 crore taka (> 3 billion USD) per year, which is enough to realize the long-dreamt Padma bridge of Bangladesh.

29. Special Applications of These
These plants can be the most suitable power supplies for, generally all the vehicles and particularly the electric ones (e.g., auto rickshaws, cars, buses, subways, railways, trums, ships, submarines, helicopters, aero planes, and spacecrafts), portable instruments and weapons, and disasters (e.g., battles, storms, and fires) because these are fuel-free (thus, these do not have to carry the burden of stored fuels), compact, light-weight, portable, self-sustaining (hence, these have no load of maintenance/operations staffs), robust, and can provide with continuous electricity without fuels or regular sources (so, hereafter, the electric vehicles will conquer the restrictions on their travel distance and time).

30. Answers to the FAQs about Boosting Over the World the Popularity and Spreading of These - 1
In spite of everything, why these plants are not all over the world yet?
Because these plants are so recently invented that there was hardly any time to popularize them.
How much time is it going to take for these to be popular?
With a bit of luck, not much because chambers of commerce and industries, industrialists, businessmen, group of companies, city corporations, investors, wealthy individuals, NGOs, research sponsoring agencies and partners, and governments of several countries are already ordering these in large numbers.

31. Answers to the FAQs about Boosting Over the World the Popularity and Spreading of These - 2
So, what have you been doing to make the whole world know about these plants?
We started off their publicity campaigns so slowly that, so far, only some top national media have covered these. However, by reason of their hefty impacts on the commerce, industries, and people’s lives, these will inescapably get, hereafter, the coverage of the popular global media and other peak publicity that will propagate and stir significant frenzy all over the earth. Additionally, to enduringly promote these plants, as has been done for the enduring promotion of their breakthroughs by the greatest man of science, who augmented our living standards and fitness for survival, Dr. Ahmed have been preparing, with his disciples, for the top global scientific magazines, Science and Nature, articles describing these plants’ model and technology. Note that the editors and writers of these magazines all eventually win Nobel Prizes or comparable honors.

32. What Spare Benefits Come to the First Few Buyers of These?
They will get forever credits and discounts of up to 15% that may be used towards all future purchases with us.

33. Nonetheless, What If I Prefer the Other Types of Power Plants Over These? - 1
Then you are committing a career suicide because to survive in today’s competitive world, you must purchase only the most profitable merchandise, and these plants provide with the most profit that you may ever get from a power plant - production-cost-free continuous (24/7) electricity!!!

34. Nonetheless, What If I Prefer the Other Types of Power Plants Over These? - 2
ii. Then sooner or later, you will be expelled out of business by your sensible competitors, who will be adopting these. For instance, by powering up the production tools of their factories with these, factory owners can, incredibly reduce the prices of their products and run their industry always (24/7), and thus, wipe out their reckless business competitors who did not take advantages of these, and by buying miniatures of these instead of the backup generators or IPSs that they would anyway procure for their buildings, builders can sell out their apartments faster than ever because their apartments’ prospective buyers will be enthralled by the news that they will have free electricity and no load shedding in their purchased apartments.

35. Why You will be Eager to Become NGPP Research/Industry Partner?
Research/industry partners and their agencies will get
within 2 years, from NGPP, the inventor and maker of these, 300% return of their donations/investments to the next generation power plant team.
promotion and publicity opportunities with us.
receptions, honors, invitations, and prestigious speaking opportunities through our occasions.

36. The Impetus for the NGPP Media Partners
Media partners and their agencies will get
small percentages of the profit earned by the next generation power plants’ worldwide distribution team.
NGPP advertisements.
promotion and publicity opportunities with us.
other media partner benefits.

37. Where More Details on These can be Found?
Mostly in the media coverage (newspapers, TV, etc.) on these plants, TVs, NGPP files (containing specifications, order form, order agreement making outlines, FAQs, etc. of these plants) of the next generation power plants’ worldwide distribution team, and interviews on these with Dr. Ahmed and his principal agents.

38. How to Order These? To place a order
First, contact Dr. Ahmed or one of the principal members of the next generation power plants’ worldwide distribution team.
Second, on the basis of guidelines provided here, prepare an agreement or fill out the NGPP order form to order these plants.
Once preparation of the contract or filling out the form is done, on their signing and the installment paying days, the buyers/partners should schedule meetings with Dr. Ahmed via his agents or by directly calling him in or

39. Important and Caution Notes
In the presence of Dr. Ahmed and delegates from both the parties of deeds, all legal documents must be validated with Dr. Ahmed’s signatures.
To be lawful, and so, claimable, payments must be both directly handed over to Dr. Ahmed and authenticated by his signatures.
Other than Dr. Ahmed, anyone who will study, modify, disclose, copy, distribute, use, or reproduce the concept, technology, or anything of these plants, will be prosecuted with the consent of Dr. Ahmed.

40. Some Hints on Making the Order Agreement - 1
In the order agreements, please specify
your basic requirements (e.g., the required power-plant capacity in MW (1 MW, 10 MWs, 1000 MWs, etc.), the delivery deadline (allow at least 7 calendar months for small and medium (less than 100 MW) and a year or more for large (greater than 100 MW) plants), and the signing date.)
your preferred guaranty and warranty periods (note that up till now, 1-year guarantee and 4-year warranty have been given to those who paid 3 crore BDT (~352,000 USD) for each 1 MW (that is, US$ 352 per kW, which is the lowest power plant capital cost ever recorded) electric power producing unit of their plants., and the cost of the plant Increases with the guaranty or/and warranty period(s).)
the capital cost of your plant taking into account only the latest price of a 1-MW unit of these plants (i.e., multiply the plant capacity in MW with the current capital cost per MW of a plant of this sort, which is 3 crore BDT (~352,000 USD).)

41. Some Hints on Making the Order Agreement - 2
that right after a portion of the plant (which is already paid for by the signing or the immediately preceding advance money) is delivered to the payer, a new advance (which is usually the same amount as the signing money or any previous advance) will be paid for the next delivery and that this process (of the payees receiving the latest advance for the future delivery, to the payer, of the next part of the plant, instantly after delivering the newest section of the plant, whose price is also prepaid by the signing money or a advance, whichever immediately precedes the latest advance) will repeat till the whole plant is delivered.

42. Some Hints on Making the Order Agreement - 3
that if a payment is to be made through a check, this check should be payable to Dr. Ahmed F Kamal and properly dated (e.g., if a check is issued for paying the signing money, it ought to be written out for the date of agreement signing.)
that other than Dr. Ahmed, anyone who will study, modify, disclose, copy, distribute, use, or reproduce the concept, technology, or anything of these plants, will be prosecuted with the consent of Dr. Ahmed.

43. Some Hints on Making the Order Agreement - 4
Research/industry partners should specify the amount of their donations/investments to the next generation power plant research/production team.
Deeds with the media partners may indicate the benefits and what percents of NGPP annual profit and advertisement they are attracted to.

44. To Clarify Issues on These, Who Should the Buyers or Research/Industry/Media Partners Talk?
Generally, readily accessible to the buyers/partners for meetings and discussions on these power plants are the principal members of the next generation power plants’ worldwide distribution team. However, as he can’t waste his research or work time, Dr. Ahmed rarely converses or meets the buyers/partners other than for transactions or signing deeds.

45. Why the Buyers and Industry/Research/Media Sponsors are So Worry-Free about These?
Since Dr. Ahmed proclaims that until your plants are delivered, he will supervise, and not, mind to be under your strict continuous (24/7) surveillance, and, leave the country without your permission during the processing of your order and within 6 months of your whole plant’s hand over to you, and if you are displeased over your plants’ performance, you can seize his personal possessions, send him to prison, and even take his life.

46. Logistics/Facilities/Resources Required for Developing and Delivering These
Dr. Ahmed will arrange any resource, such as manpower, tools, accommodation, transports, etc., required for developing and delivering the plant.

47. Future Works
In concert with their research, industry, and media partners and buyers, the next generation power plant team will establish 8 hubs, one at a time, in USA, South America, Europe, Middle East, Africa, Central and South East Asia, and Australia for espousing these plants’ research and development as well as growth in these regions.
Dr. Ahmed will be present at each hub from its initiation till becoming independently operational in a full-fledged manner with appropriate experts, systems, and processes to turn it around so that it can become self-sustainable.

48. A Personal Letter to the Buyers and Research, Industry, and Media Partners
Dear Sir/madam, I am hoping to provide you with these plants’ enormous benefits. To attest my sincerity as a man of social concern, integrity, and above all, pure intention and science, I am putting even my life as a collateral. You certainly will achieve, unforeseen profits, and thus prosperity, through these plants. Therefore, commonsensically, you should not let go by this once in a lifetime opportunity to make huge wealth through these power plants. Sincerely Yours, Dr. Ahmed F Kamal ( or ) Scientist, Professor, and Engineer President, The Next Generation Power Plants’ Worldwide Distribution Team

49. Back to These Plants’ Economics (The Biggest Attractions of These)
Currently, whereas the capital plus 5-year fuel cost of these plants is million USD, it is ~11 million USD for the least expensive of the other sorts of plants, that is, if a NGPP costs 3.5 USD, the cheapest of the other varieties of plants costs 110 USD, which is ~32 times higher than NGPP cost!!! Without using these, you/your organization will loose typically capacity of your plant (in MW) x 176,000 USD per month through only fuel or covering renewable source manufacturing expenditure (excluding the other profits and advantages of these over even the best power plants of the other categories).

50. NGPP Cycle Summary START SERVICE S OF NGPP NEVER ENDS 
Schedule Meetings with Dr. Ahmed on Signing and Installment Paying Days
START
Contact with Dr. Ahmed or NGPP Worldwide Distribution Team
Fill Out /Prepare NGPP Order Form/ Agreement
During the 5-Year Guarantee-Warranty Period, Regularly Monitor Performance of the Ordered NGPP and if Necessary, Repair/Replace the Ordered Plant’s Parts to Maintain the Quality of Service of the Ordered Plant
SERVICE S OF
NGPP
NEVER
ENDS 
Sign the Order Form/ Agreement and Transfer Signing Money, Which is the First Advance Payment Required for Confirming the Contract
Once the Whole Plant is Complete
Deliver and Demonstrate Performance of the Latest Manufactured Part of the Ordered Plant
Develop Part of the Ordered Plant with Capacity Costing the Signing Money or the Latest Advance
If, for the Zone of the Ordered NGPP, No Manufacturing & Repairing Sites and Resources are Available, Assign, Immediately Proceeding the Contract Confirmation, One in This Zone
Continue Until the Whole Plant
is manufactured

51. Ways to Help Yourself, Your Country, People, and World through NGPP
Place an Order for a Next Generation Power Plant as a Buyer.
Invest on NGPP as a Industry Partner for 300% return Over 2 Years.
Donate NGPP as a Research Partner for 300% return Over 2 Years.
Donate NGPP to Be Honored for Lifetime and Remembered in the History.
Become a NGPP Media Partner and Get Percentages of NGPP Profits, NGPP Advertisements, etc.
Finance NGPP Launching Campaigns and Get Percentages of NGPP Profits.
Find Buyers and Partners/Sponsors for NGPP and Get Percentages of NGPP Profits.
Buy or Sponsor One or More of NGPP Distribution Team’s other Products or Services (For an Idea on These, See the List of Some of Our Other Products) and Improve Your Organization and Profit.
Get Money for NGPP Through NGPP’s Property.
Give or Arrange NGPP a Loan.

52. NGPP May be a Once in a Lifetime Opportunity
Because
It is NGPP policy to increase the price of these plants frequently and continuously and not supply plants to those who gratuitously refused NGPP at anytime.
Dr. Ahmed will knock each and every countries and capitalists.
There may be a huge queue of buyers and partners in the future.
Even in Bangladesh, many great institutions and figures show willingness to support NGPP including Chittagong Chamber of Commerce, A. H. M. Mostafa Kamal (Planning Minister), and Mujibul Haq Mujib (Railway Minister).
Some foreign countries and investors also already showed interest in NGPP.

53. Questions?