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When colonizing Mars we are going to face a lot of problems to overcome
Oxygen
It is impossible to bring oxygen able to cover years of colonization. It will have to be generated locally and spent carefully
Team
The same people every day, month, year. You can make friends with some of them, others will start to annoy you. And here is the problem of complete privacy again
Privacy
Small premises will create the problem of privacy. Every person needs their private space, however, on Mars you can’t simply go camping with a tent on your own or go visit your grandma
Food
There is no fertile soil, so not only food concentrates must be brought to Mars, but also soil as well as fertilizers for the attempts to grow crops
Water
There are no open sources. Water will have to be processed and generated. Constant water saving will worsen the morale of the colonizers
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Gravity
Gravity on Mars is 2,5 times weaker than on the Earth, which will put a more apparent pressure on colonizers' bodies and create potential negative changes in them
Radiation
It is vital to protect colonial dwellings from harmful effects of solar radiation
1/7
Oxygen
It is impossible to bring oxygen able to cover years of colonization. It will have to be generated locally and spent carefully
Privacy
Small premises will create the problem of privacy. Every person needs their private space, however, on Mars you can’t simply go camping with a tent on your own or go visit your grandma
2/7
Team
The same people every day, month, year. You can make friends with some of them, others will start to annoy you. And here is the problem of complete privacy again
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Food
There is no fertile soil, so not only food concentrates must be brought to Mars, but also soil as well as fertilizers for the attempts to grow crops
Water
There are no open sources. Water will have to be processed and generated. Constant water saving will worsen the morale of the colonizers
Gravity
Gravity on Mars is 2,5 times weaker than on the Earth, which will put a more apparent pressure on colonizers' bodies and create potential negative changes in them
Oxygen
It is impossible to bring oxygen able to cover years of colonization. It will have to be generated locally and spent carefully
Team
The same people every day, month, year. You can make friends with some of them, others will start to annoy you. And here is the problem of complete privacy again
Privacy
Small premises will create the problem of privacy. Every person needs their private space, however, on Mars you can’t simply go camping with a tent on your own or go visit your grandma
Food
There is no fertile soil, so not only food concentrates must be brought to Mars, but also soil as well as fertilizers for the attempts to grow crops
Water
There are no open sources. Water will have to be processed and generated. Constant water saving will worsen the morale of the colonizers
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
3/7
Oxygen
It is impossible to bring oxygen able to cover years of colonization. It will have to be generated locally and spent carefully
Team
The same people every day, month, year. You can make friends with some of them, others will start to annoy you. And here is the problem of complete privacy again
Privacy
Small premises will create the problem of privacy. Every person needs their private space, however, on Mars you can’t simply go camping with a tent on your own or go visit your grandma
Food
There is no fertile soil, so not only food concentrates must be brought to Mars, but also soil as well as fertilizers for the attempts to grow crops
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
4/7
Oxygen
It is impossible to bring oxygen able to cover years of colonization. It will have to be generated locally and spent carefully
Team
The same people every day, month, year. You can make friends with some of them, others will start to annoy you. And here is the problem of complete privacy again
Privacy
Small premises will create the problem of privacy. Every person needs their private space, however, on Mars you can’t simply go camping with a tent on your own or go visit your grandma
5/7
Radiation
It is vital to protect colonial dwellings from harmful effects of solar radiation
Oxygen
It is impossible to bring oxygen able to cover years of colonization. It will have to be generated locally and spent carefully
Team
6/7
The same people every day, month, year. You can make friends with some of them, others will start to annoy you. And here is the problem of complete privacy again
Gravity
Gravity on Mars is 2,5 times weaker than on the Earth, which will put a more apparent pressure on colonizers' bodies and create potential negative changes in them
Radiation
It is vital to protect colonial dwellings from harmful effects of solar radiation
Oxygen
It is impossible to bring oxygen able to cover years of colonization. It will have to be generated locally and spent carefully
7/7
Water
There are no open sources. Water will have to be processed and generated. Constant water saving will worsen the morale of the colonizers
Gravity
Gravity on Mars is 2,5 times weaker than on the Earth, which will put a more apparent pressure on colonizers' bodies and create potential negative changes in them
Radiation
It is vital to protect colonial dwellings from harmful effects of solar radiation
All the mentioned problems are the limitations that will cause immediate psychological stress, as the living conditions of the colonizers can’t be even compared to the most severe prison.
The minimal distance from the Earth to Mars is 55,6 million km. Therefore, the opportunity to bring whatever is necessary to the red planet is rather limited. In order to make the bases comfortable for the colonizers, to let them work productively and conduct research, it is essential to create autonomous life support systems on Mars. In other words, to generate suitable for human lungs oxygen, pure water and food, rich in nutrients.
Marsonation is the project designed by our company is aimed at solving all the existing problems with Mars colonization. Its core is the idea to continuously generate at least three essential to life components on Mars — air suitable for breathing, water and food. Marsonation is the synergy of new technologies, integrated into a unified life-support system for the Martian base.
The diagram below shows the principle of the system. Mars has an atmosphere, although it is not breathable, but it contains useful resources that we can use (95% carbon dioxide, 0.16% oxygen, moisture).
The diagram below shows the principle of the system. Mars has an atmosphere, although it is not breathable, but it contains useful resources that we can use (95% carbon dioxide, 0.16% oxygen, moisture).
The success of Mars colonization directly depends on how fast and efficiently we can start producing vital items along with generating water and pure air
Oxygen
Food
Water
WE MUST GENERATE MAIN RESOURCES LOCALLY
Here is the principle of the system, which is divided into several stages
The first stage of the system — Air purification where we use recirculation and run the used air of the base through the modular equipment for air purification. If needed, the air from the outer atmosphere can be added to the process
The purified air goes through the moisture absorption station where we collect all the moisture (respiration, sweat, atmospherical moisture) and direct it to the water filtration station. Recirculating water (urine, processed water from washing) is also added. This stage provides us with the first vital resource – WATER.
Here is the principle of the system, which is divided into several stages
Dry purified air moves on to the oxygen absorption module, where we collect all the oxygen and supply the internal premises of the base. The second resource is available – OXYGEN.
Here is the principle of the system, which is divided into several stages
The next stage starts when we send the air (now consists of almost 99% carbon dioxide) to the Bioreactor, which is a seaweed tank where carbon dioxide is absorbed and used for the growth of the seaweed. OXYGEN is a by-product of the Bioreactor, which is also used at the base.
Here is the principle of the system, which is divided into several stages
The station of biomasses processing is designed for the separation of proteins and carbohydrates from the biomass. They enter the next module in liquid form. Moreover, the by-products are the remains of the biomass, which can be used as fertilizers for growing crops.
Here is the principle of the system, which is divided into several stages
The final module — Food 3D printer. In this device the nutritional fluid is mixed with the concentrates brought from the Earth and food is printed. Its taste and shape resemble the original items.
Here is the principle of the system, which is divided into several stages
Here is the principle of the system, which is divided into several stages
The first stage of the system — Air purification where we use recirculation and run the used air of the base through the modular equipment for air purification. If needed, the air from the outer atmosphere can be added to the process
The purified air goes through the moisture absorption station where we collect all the moisture (respiration, sweat, atmospherical moisture) and direct it to the water filtration station. Recirculating water (urine, processed water from washing) is also added. This stage provides us with the first vital resource — WATER.
Dry purified air moves on to the oxygen absorption module, where we collect all the oxygen and supply the internal premises of the base. The second resource is available — OXYGEN.
The next stage starts when we send the air (now consists of almost 99% carbon dioxide) to the Bioreactor, which is a seaweed tank where carbon dioxide is absorbed and used for the growth of the seaweed. OXYGEN is a by-product of the Bioreactor, which is also used at the base.
The station of biomasses processing is designed for the separation of proteins and carbohydrates from the biomass. They enter the next module in liquid form. Moreover, the by-products are the remains of the biomass, which can be used as fertilizers for growing crops.
The final module — Food 3D printer. In this device the nutritional fluid is mixed with the concentrates brought from the Earth and food is printed. Its taste and shape resemble the original items.
In addition to the basic air purification that eliminates 99% of all internal pollutants, it is essential to include a high-level bacteriological protection module. We have already done a research on such technologies and created the experimental equipment.
Besides, the production technology of the concentrates by dehydrating with the maximum preservation of taste and beneficial properties has already been designed by us and is applied in food industry. This means that a printed apple (pizza, beefsteak, etc.) will have 90% of taste and beneficial properties of the original item. Therefore, the colonizers will be able to have a rich and varied diet, similar to the one on the Earth.
Marsonation concept implies generating water and nutritional fluid, which are of 100% Martian origin, and prepared food, which is at least of 95% Martian origin. With efficient algorithm setup of food growth on Mars the last figures can be also brought up to 100%.
Which technology and equipment will we need for the System?
Dehydration
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Biomass processing station
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Bioreactor
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Oxygen absorption
We have developed the experimental equipment. The adaptation and project integration is required
Water purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Atmosphere water generation
We have developed the experimental equipment. It is also possible to involve a partner with ready installations. The adaptation and project integration is required
Module air purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
1/8
Dehydration
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Bioreactor
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Biomass processing station
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Oxygen absorption
We have developed the experimental equipment. The adaptation and project integration is required
Water purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Atmosphere water generation
We have developed the experimental equipment. It is also possible to involve a partner with ready installations. The adaptation and project integration is required
2/8
Dehydration
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Bioreactor
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Biomass processing station
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Oxygen absorption
We have developed the experimental equipment. The adaptation and project integration is required
Water purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
3/8
Dehydration
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Bioreactor
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Biomass processing station
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Oxygen absorption
We have developed the experimental equipment. The adaptation and project integration is required
4/8
Dehydration
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Bioreactor
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Biomass processing station
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
5/8
Dehydration
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Biomass processing station
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Module air purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
6/8
Dehydration
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Atmosphere water generation
We have developed the experimental equipment. It is also possible to involve a partner with ready installations. The adaptation and project integration is required
Module air purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
7/8
Water purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
Food 3D printing technology
It is required to involve a partner with ready installations. The adaptation and project integration is needed
Atmosphere water generation
We have developed the experimental equipment. It is also possible to involve a partner with ready installations. The adaptation and project integration is required
Module air purification
Is already developed by us and is used on the Earth. The adaptation and project integration is required
8/8
As you can see in the description, part of the equipment has already been developed and is successfully used on the Earth. We are able to develop all the required technologies and installations, but why reinvent the wheel if our potential partners already have all these technologies and we can invite them to take part in the project.
3D printing
Printing of the base and/or its elements
In addition to the internal life-support system we suggest developing of the following technologies and equipment
Protection
Energy
Terraforming
3D printing
Printing of the base and/or its elements
In addition to the internal life-support system we suggest developing of the following technologies and equipment
Protection
Energy
Terraforming
3D printing
Creation of radiation shield
In addition to the internal life-support system we suggest developing of the following technologies and equipment
Protection
Energy
Terraforming
3D printing
Creation and integration of new generation solar batteries
In addition to the internal life-support system we suggest developing of the following technologies and equipment
Protection
Energy
Terraforming
3D printing
Creation of soil suitable for life
In addition to the internal life-support system we suggest developing of the following technologies and equipment
Protection
Energy
Terraforming
3D printing
Creation of soil suitable for life
In addition to the internal life-support system we suggest developing of the following technologies and equipment
Protection
Energy
Terraforming