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But there is nothing unusual about the building itself and the solar panels. The most interesting thing is that we are going to power the received solar energy, what will be located inside the building!
This is a variety of equipment based on different technologies, combined into one complex system of interaction.
This is a variety of equipment based on different technologies, combined into one complex system of interaction.
The project itself is a building structure in the form of a pyramid. Such a structure is the perfect combination of the efficiency of tilting the walls, which are covered with solar panels, and the cost of construction.
All-in-one
The uniqueness of this project is in its versatility. Yes, we have the right to call it unique. After all, no one has yet implemented such a project that combines the following functions:
Natural resources
Ecology
Green Energy
• Electricity produced with the help of solar panels and partly spend it on the power supply of equipment
• Green hydrogen produced from water by photocatalysis technology
• Green hydrogen produced from water by photocatalysis technology
Natural resources
Ecology
Green Energy
• Electricity produced with the help of solar panels and partly spend it on the power supply of equipment
• Green hydrogen produced from water by photocatalysis technology
• Green hydrogen produced from water by photocatalysis technology
Green Energy
• Atmospheric water absorbed directly from air
• Organic food produced from bio-reactor
• Organic fertilizers as a by-product from bio-reactor
• Organic food produced from bio-reactor
• Organic fertilizers as a by-product from bio-reactor
Natural resources
Ecology
Green Energy
• Decarbonization — we absorb and eliminate greenhouse gases
• Complete air purification: elimination of al emissions, exhausts & smog, viruses and bacteria etc
• Desert terraforming — increase in agricultural land.
• Complete air purification: elimination of al emissions, exhausts & smog, viruses and bacteria etc
• Desert terraforming — increase in agricultural land.
Natural resources
Ecology
Green Energy
• Decarbonization — we absorb and eliminate greenhouse gases
• Complete air purification: elimination of al emissions, exhausts & smog, viruses and bacteria etc
• Desert terraforming — increase in agricultural land.
• Complete air purification: elimination of al emissions, exhausts & smog, viruses and bacteria etc
• Desert terraforming — increase in agricultural land.
Natural resources
Ecology
The surface of the Pyramid is covered with solar panels that power the equipment. According to our calculations, we will have an excess of electricity, and we can, for example, spend it on the aesthetic night illumination of the pyramid, for additional functionality — to attract tourists.
Our main resources for obtaining useful green resources are the sun (or rather, the conversion of its light into electricity) and air.
Air, or rather its components, that are the main material unit for the production of all other products. We capture air through special aerodynamic slots in the structure, and with the help of fans in calm weather.
Our main resources for obtaining useful green resources are the sun (or rather, the conversion of its light into electricity) and air.
Air, or rather its components, that are the main material unit for the production of all other products. We capture air through special aerodynamic slots in the structure, and with the help of fans in calm weather.
How it works
Air that makes products
Then the air enters the following system modules
Where the air is purified from PM and micro pollutants in the form of: exhaust gases, chemical emissions, fungi, old, viruses and bacteria, etc.
Then the air enters the following system modules
Dry air enters the carbon dioxide absorption chamber.
Then the air enters the following system modules
Purified air (cleaning efficiency 99%) enters the outside the building and/or into the ventilation system of the building.
Then the air enters the following system modules
Then the air enters the following system modules
Where the air is purified from PM and micro pollutants in the form of: exhaust gases, chemical emissions, fungi, old, viruses and bacteria, etc.
Moisture is removed from the air and then water enters the HYDROGEN MODULE.
Dry air enters the carbon dioxide absorption chamber.
Purified air (cleaning efficiency 99%) enters the outside the building and/or into the ventilation system of the building.
The air is purified from any pollutants. Moisture is absorbed. Carbon dioxide is absorbed.
The system for obtaining other useful products
The air is purified. Moisture is absorbed. Mixture of gases is generated by water photocatalysis. The gases are separated into Hydrogen and Oxygen.
The system for obtaining other useful products
The air is purified. Moisture is absorbed. Mixture of gases is generated by water photocatalysis. The gases are separated into Hydrogen and Oxygen.
The system for obtaining other useful products
The air is purified. Moisture is absorbed. Water goes through the hydrogen generation module, where little amount of gases is released. The water enters the filtration chamber.
The system for obtaining other useful products
The air is purified. Moisture is absorbed. Carbon dioxide is absorbed and enters the bio-reactor based on seaweed, which is partly cleaned, dried and ground. As a result, we get pure protein and carbohydrates.
The system for obtaining other useful products
The air is purified. Moisture is absorbed. Carbon dioxide is absorbed and enters the bio-reactor based on seaweed, which is partly used as fertilizers in the form of biomass.
The system for obtaining other useful products
The air is purified. Moisture is absorbed. Carbon dioxide is absorbed and enters the bio-reactor based on seaweed, which absorbs carbon dioxide and use it for growth.
The system for obtaining other useful products
Then the air enters the following system modules
The air is purified from any pollutants. Moisture is absorbed. Carbon dioxide is absorbed.
The air is purified. Moisture is absorbed. Mixture of gases is generated by water photocatalysis. The gases are separated into Hydrogen and Oxygen.
The air is purified. Moisture is absorbed. Mixture of gases is generated by water photocatalysis. The gases are separated into Hydrogen and Oxygen.
The air is purified. Moisture is absorbed. Water goes through the hydrogen generation module, where little amount of gases is released. The water enters the filtration chamber.
The air is purified. Moisture is absorbed. Carbon dioxide is absorbed and enters the bio-reactor based on seaweed, which is partly cleaned, dried and ground. As a result, we get pure protein and carbohydrates.
The air is purified. Moisture is absorbed. Carbon dioxide is absorbed and enters the bio-reactor based on seaweed, which is partly used as fertilizers in the form of biomass.
The air is purified. Moisture is absorbed. Carbon dioxide is absorbed and enters the bio-reactor based on seaweed, which absorbs carbon dioxide and use it for growth.
We want to note that we get all the listed products only from air and sunlight!
In addition to real products, we also receive carbon credits, which we can sell on the carbon credit exchange or transfer to the government to reduce the country’s carbon footprint
The project’s ability to collect large volumes of water and produce organic fertilizers makes it an excellent opportunity to use the ALNILAM pyramids to terraform desert and arid regions.
The absorbed carbon dioxide can be used in greenhouses and algae farms to enhance plant growth. The pyramid performing the main functions (green energy, decarbonization, natural resources) performs another very serious function to increase agricultural land in our country.
Desert Terraforming Option
But is the Pyramid effective?
Yes, very effective. The values of the obtained resources for a pyramid of 100 meters in height are provided. A pyramid of this size would be able to capture 120 thousand tons of greenhouse gases, which is equivalent to the efficiency of about 4 million palm trees!
Yes, very effective. The values of the obtained resources for a pyramid of 100 meters in height are provided. A pyramid of this size would be able to capture 120 thousand tons of greenhouse gases, which is equivalent to the efficiency of about 4 million palm trees!
Efficiency
Pyramid height,
m 100
m 100
Side surface area,
m2 60000
m2 60000
Pyramid dimensions, h * a 100*150
Choose Pyramid high
Calculate efficiency
Solar radiation, kWh / m2 per year
1562500
Energy collected, kWh / per year
625000
CO2, tons / year
1250
H2, tons / year
11
О2, tons / year
89
Н2О, tons
840
Dry biomass, tons / year
694
Weight of pollutants eliminated, tons / year
417
Data obtained by theoretical calculations with assumptions. Accurate results will be obtained after the creation and testing of a pilot project. But based on the experience of our research team, we can expect +/-20% accuracy, which is already an excellent indicator of the effectiveness of the project.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
Solar radiation, kWh / m2 per year
13500000
Energy collected, kWh / per year
5400000
CO2, tons / year
10800
H2, tons / year
97
О2, tons / year
772
Н2О, tons
7259
Dry biomass, tons / year
6000
Weight of pollutants eliminated, tons / year
3601
Data obtained by theoretical calculations with assumptions. Accurate results will be obtained after the creation and testing of a pilot project. But based on the experience of our research team, we can expect +/-20% accuracy, which is already an excellent indicator of the effectiveness of the project.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
Solar radiation, kWh / m2 per year
37500000
Energy collected, kWh / per year
15000000
CO2, tons / year
30000
H2, tons / year
270
О2, tons / year
2144
Н2О, tons
20164
Dry biomass, tons / year
16667
Weight of pollutants eliminated, tons / year
10003
Data obtained by theoretical calculations with assumptions. Accurate results will be obtained after the creation and testing of a pilot project. But based on the experience of our research team, we can expect +/-20% accuracy, which is already an excellent indicator of the effectiveness of the project.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
Solar radiation, kWh / m2 per year
73500000
Energy collected, kWh / per year
29400000
CO2, tons / year
58800
H2, tons / year
528
О2, tons / year
4201
Н2О, tons
39521
Dry biomass, tons / year
32667
Weight of pollutants eliminated, tons / year
19606
Data obtained by theoretical calculations with assumptions. Accurate results will be obtained after the creation and testing of a pilot project. But based on the experience of our research team, we can expect +/-20% accuracy, which is already an excellent indicator of the effectiveness of the project.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
Solar radiation, kWh / m2 per year
121500000
Energy collected, kWh / per year
48600000
CO2, tons / year
97200
H2, tons / year
874
О2, tons / year
6945
Н2О, tons
65331
Dry biomass, tons / year
54000
Weight of pollutants eliminated, tons / year
32410
Data obtained by theoretical calculations with assumptions. Accurate results will be obtained after the creation and testing of a pilot project. But based on the experience of our research team, we can expect +/-20% accuracy, which is already an excellent indicator of the effectiveness of the project.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
Solar radiation, kWh / m2 per year
150000000
Energy collected, kWh / per year
60000000
CO2, tons / year
120000
H2, tons / year
1079
О2, tons / year
8574
Н2О, tons
80656
Dry biomass, tons / year
66667
Weight of pollutants eliminated, tons / year
40012
Data obtained by theoretical calculations with assumptions. Accurate results will be obtained after the creation and testing of a pilot project. But based on the experience of our research team, we can expect +/-20% accuracy, which is already an excellent indicator of the effectiveness of the project.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.
The first pilot project we want to create is multifunctional, designed to produce all resources. But in the future, the effectiveness of each Pyramid can be aimed at obtaining one main or several resources. For example, the Pyramid for air decarbonization only, or the Pyramid for atmospheric water generation and hydrogen production.