OXYGEN POWER PLANT (ALTERNATIVE
ENERGY)
BUSINESS PROJECT
CONTENT
Project
Summary 1
Comparison
of different types of power generation 2
Oxygen
power plant 3
Project
economics 4
Oxygen
Energy - Solving the World's Problems 5
Conclusion
6
PROJECT SUMMARY
The fuel and energy complex is the basis of the economy of any country. The successful development of not only all sectors of the national economy, but also the standard of living in the country as a whole depends on its condition. At the same time, about a quarter of the world's population does not have access to electricity. Most of these people live in rural, remote areas of the world's poorest countries.
This project provides for the creation of a highly efficient alternative environmentally friendly source of renewable cheap energy.
An initiative group of scientists and engineers from Ukraine, which has been working in the field of creating new technologies for many years, has developed a fundamentally new and very powerful alternative source of cheap renewable and environmentally friendly energy - an oxygen power plant.
This is an innovative development that can turn the generally accepted ideas about energy in general. In this project, the pure oxygen ionization process is used for the first time to generate heat without the use of additional fuel. The generated heat is converted into mechanical and then into electrical energy.
This
is a highly efficient breakthrough technology that can provide cheap energy for
all the needs of mankind for the entire time of its existence and regardless of
the growth of its population in the future and the growth of its consumption of
any type of energy.
At the same time, oxygen energy technology is very economically beneficial, both for energy consumers and manufacturers of such power plants of various capacities and for various consumers.
COMPARISON OF DIFFERENT TYPES OF POWER GENERATION
Below
are diagrams comparing several common types of electricity generation,
including the promising oxygen energy represented by this project.
1.
Unit cost of construction of power plants with different types of electricity
generation (in thousands of dollars per 1 kW of maximum power of the plant).
The area occupied by a solar power plant of this capacity
will be about 400 hectares, so it is not shown on the diagram.
From
these diagrams, it can be seen that oxygen energy, in terms of technical and
financial characteristics, is several times superior to all existing types of
energy generation. With its development, it will be out of competition in the
global energy market. Moreover, oxygen energy will open up such opportunities
for related technologies in mechanical engineering, transport, construction and
other areas that we don’t even think about today because of the high cost of
energy.
Man
needs energy like air, and the proposed project solves this problem.
OXYGEN POWER PLANT
1.
In this heat engine there is no fuel combustion (oxidation) process, as in
conventional engines, although the thermal process also serves as the basis for
its operation. It uses not a chemical, but a physical process for the release
of thermal energy.
2.
An oxygen heat engine uses less oxygen to generate a certain amount of energy
than any existing heat engine, and without the use of hydrocarbon fuel.
3.
The volume of oxygen in the Earth's atmosphere is more than 1.5 × 10 15 tons,
and if we assume that the entire earthly civilization would completely switch
to oxygen energy, then for hundreds of years less than 1% of oxygen from all
oxygen would pass through heat engines, which exists in the Earth's atmosphere.
Oxygen would be an ideal fuel, even without its recovery. And he still fully
recovers.
4. The ecological situation on Earth is threatened not by the consumption of its oxygen, but by the pollution of the atmosphere by the products of hydrocarbon fuel oxidation, which are emitted by existing thermal engines.
Oxygen energy is an environmentally friendly, safe, unaffected by any catastrophes, endless future of mankind and earthly energy.
The oxygen power plant proposed by this project is a complex heat engine that uses oxygen as its fuel. Several constructive options for such a power plant have been developed, but in this project we want to focus on one of them, which was developed last and is the cheapest and most quickly feasible. Such an installation will visually and in its operation be similar to a steam engine.
The
oxygen power plant consists of a complex of units that are designed to perform
various work functions:
1.
The oxygen station releases oxygen from the atmosphere, providing power plant
with oxygen in direct-flow mode.
2.
The oxygen processor here is combined directly with the mechanism for
converting thermal energy into mechanical energy. The processor ensures the
implementation of controlled oxygen ionization with heat release and makes this
process fully automatic, and also transfers thermal energy to the energy
conversion mechanism (power engine).
3. The power motor allows you to convert the thermal energy of the installation into mechanical or electrical energy.
A
kilogram of oxygen, passing through the processor of such an installation,
releases about 15 MJ of thermal energy. In this case, the overall efficiency of
the oxygen power plant is up to 50%.
When such a power plant operates in the mode of a thermal power plant, its efficiency will be up to 80%.
A characteristic feature of the oxygen power plant is that when it is used as a power plant, it can operate in a fully automatic mode and independently adapt to changes in the load connected to it, maintaining the required current frequency. At the same time, load fluctuations can change at least 10 times - the power plant will operate uninterruptedly, stably and with maximum efficiency, since the operating power of the station will proportionally change along with the load change.
Another feature of such an electric or thermal station is the possibility of its manufacture in a mobile version (on heavy vehicles), and this possibility remains for stations with a capacity of up to 3-5 MW. This will allow, in case of any emergencies, to quickly and efficiently provide the affected areas with heat and electricity.
PROJECT ECONOMY
The proposed project is very beneficial for its participants (developers and investors). This project provides for the creation of a prototype oxygen power plant and its further sale to a third party, along with all rights to its technology, or the organization of mass production of such power plants of various capacities and purposes.
The
project figures below refer to the project implementation option in Ukraine and
with the cooperation of the investor with a private developer group. When an
investor cooperates with a private enterprise in Ukraine, the cost of project
implementation increases by 30%.
When implementing this project in the territory of inexpensive countries of Eastern Europe, the cost of its implementation increases by 50-80%.
The proposed project will be implemented in 2 phases.
The first stage of the project.
The first stage of the proposed project involves the creation of a simple pulsed non-automatic oxygen processor, demonstrating the possibility of safely extracting thermal energy from oxygen. That is, this processor will demonstrate the operability of the principle of oxygen energy.
The
main characteristics of the first stage of the project:
The
cost of project implementation (required investments) - $ 1.30 million.
The
project implementation period is up to 12 months.
Estimated
income from the sale of the project is at least $ 100 million.
The
index of return on investment is at least 75.
As stated
above, the first phase of the project will be implemented in 12 months.
However, work on the second stage of the project can be started even before the
completion of the first stage of the project. Starting from the 8-9th month
after the start of work on the project. This will reduce the duration of the
entire project by 3-4 months.
The
cost of project implementation (required investments) - $ 7.40 million.
The
project implementation period is up to 18 months.
Estimated
income from the sale of the project is at least $ 3.0 billion.
The return on investment index is at least 345.
This stage completes the oxygen energy project and brings it to a new level - the sale of all the technologies included in it or the organization of mass production of such power plants of various capacities and purposes.
OXYGEN ENERGY - SOLUTION TO WORLD PROBLEMS
The proposed project for the creation of a new generation thermal power plant has a great positive impact on reducing the load on the Earth's ecology. The implementation of this project will make it possible to reduce emissions of carbon dioxide, nitrogen oxides and other toxic substances into the Earth's atmosphere, and in 25 years to reduce them to zero.
The proposed project will also have a very strong social impact on the various processes taking place around the world, and its positive impact will have the form of a chain reaction.
The availability of cheap energy anywhere on the Earth and in unlimited quantities will expand the use of the benefits of electricity to almost all inhabitants of the Earth, regardless of their economic status and their distance from traditional energy sources.
A decrease in the cost of energy will inevitably lead to a decrease in the cost of any goods, including food products, which again is aimed at improving the living standards of the poorest segments of the planet's population. This will also lead to an increase in the production of food crops, as there will be no need to use huge areas of cultivated land for the production of industrial crops, which are now used to produce biofuels. This will increase the area under the cultivation of food, which again is beneficial in terms of providing the world's poorest people with affordable food.
The
reduction in the cost of heat and electricity will lead to a significant
reduction in the cost of utilities, which will positively affect the budgets of
settlements and save money directly by the residents of these settlements. The
cost of transport services will also significantly decrease, which will lead to
a decrease in the cost of transported goods. The increase in the welfare of
ordinary people, which will inevitably come from the reduction in the cost of
energy, will increase their purchasing power. People will start buying more
other goods, and this will revive the world market.
CONCLUSION
The oxygen power plant described above is an alternative energy unit
capable of generating absolutely clean thermal, mechanical or electrical
energy, without any environmental pollution. For energy or power plants of any
capacity, developed on the basis of the new technologies described above,
absolutely no fuel is required.
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