NEW INNOVATION:
Hopefully, we will soon be able to stop mining operations that damage our environment, and instead, through new filtration technologies, access the extremely low-cost energy and water the world needs. In addition, with new DAC (Direct Air Capture) technology, we can eliminate as much carbon dioxide as we wish—at an extremely low cost.

THE AIR WE BREATHE CONTAINS EVERYTHING WE NEED. ALL CHEAP ENERGY AND CLEAN WATER THE WORLD NEEDS.

The nanofiltration system of the future, which with the wind as a power source will be able to filter out molecular gases such as: hydrogen, methane (also hydrogen and methane at the same time), water vapor, oxygen, carbon dioxide and more.

Nanofiltration research is now progressing amazingly fast. It will soon be possible to manufacture exceptionally large nets, molecule-sized, efficient, and inexpensive filters with high filtration capacity.

HyMeAir's patented technology will then form the basis for, with the wind as a power source, being able to filter out and take care of, extremely cheap energy and absolutely, clean water, all the energy and water that humanity needs.

It is indisputable that since the 1850s, when methods of industrial oil and gas extraction and dynamite for coal mining were invented, the world has become much, much better.

HyMeAir's new technology could mean the same major, breakthrough for the future of humanity.

HyMeAir's patented technology is also perfectly adapted, with the wind as the power source, filtering out unlimited amounts of carbon dioxide from the atmosphere, via optimal DAC technology. The cost per tonne of carbon dioxide will probably be reduced to around one tenth of the current cost per tonne.

For several years, HyMeAir has worked with experts in nanotechnology, for example a professor-led research group within the KTH Royal Institute of Technology.

HyMeAir will not independently continue its development, industrialization, or commercialization. HyMeAir is now processing how and with which partner(s) HyMeAir will build a future efficient structure.

Since the climate, energy and clean water of the future are of great interest to many people and companies, there may also be an opportunity founding a capital-intensive development company for many companies and people to invest in.

Nikola Tesla already realized in his time that the atmosphere contains all the energy and water that humanity needs to survive. You do not longer have to dig and destroy our earth.

Now time and technology have caught up with Tesla's pioneering ideas.

The genius Nikola Tesla, 100 years ago:

”I am trying to awake the energy contained in the air.
There are the main sources of energy. What is considered as empty space is just a manifestation of matter that is not awakened.”

During Nikola Tesla’s heyday, was no access to nano filters. But now the time has come, to implement Tesla’s visions.

Finally, it’s possible, easy and cheap, to collect almost endless amounts of energy and water from the air, and get an opportunity to eliminate climate change.

At last, the time has come to save animals, nature, your own and all other human lives.

Forget today’s dangerous megatrend ”renewable energy”,  windmills, and solar collectors. These medieval energy sources are very dangerous for humans, animals and nature.

Diesel gate and ”experts”.
For instance, only ten years ago, the green organizations, the IPCC scientists, politicians, industry, and mass media celebrated diesel cars: ”lower carbon dioxide emissions than gasoline.” None of all these ”experts” understood the simple fact that the diesel emissions were deadly, especially in city environments. The same people now claim that they know how to rescue the climate. Below is a brief introductory description of the nanofilter (2016).

Engineered porous materials for filtration are necessary for separation and purification gases which can as well find applications in other areas like the separation of CO2 from flue gas, biogas and filters for air quality control, amongst others.
Polymers like (polysulfone (PSF), polyethylene oxide (PEO), polyimide (PI), polydimethylsiloxane (PDMS), and zeolites or carbon molecular sieves inorganic materials or porous nanoparticles in a polymeric matrix (mixed matrix membrane) have been used for gas separation. Ultrathin membranes fabricated with MOFS (metal organic frameworks) and graphene oxides are currently attracting tremendous interest towards gas separation as these are thin and have suitable porosity facilitating rapid gas permeation.

Due to the limitations in fabrication methods of Graphene oxide nanomembranes, high costs and stability concerns, very few of these materials have found application in industry where predominantly polymer-based membrane materials still rule the game.

Graphene oxide prepared from natural flake graphites through one-pot synthesis processes opens new avenues for the fabrication of futuristic gas separation membranes.

HyMeAir currently has a dormant collaboration with a professor, a group of scientists, specialists at nano filter at KTH Royal Institute of Technology, Stockholm, Sweden (KTH)

http://www.electrumlab.se/Myfab.aspx

http://www.cem4mat.se

http://www.electrumlab.se

Example of standard atmosphere content is also showing the different molecule sizes.

The molecules can be extractable separately or together, for example: To extract H2 + CH4 together via a customized graphene filter with holes that pass through these gases but not gases with larger molecules than CH4, and so on. One can tailor the desired type of nano filter/membranes, for example, a nano filter/membrane system that only let nitrogen and oxygen pass the filter.

Forget today’s dangerous megatrend ”renewable energy,” these have already begun to destroy our future.

Edwin Drake ”discovered” oil in 1859, which changed the world. We became temporarily, richer, saturated and healthier, very soon all this will be gone. If you and your children are to have a future, we must immediately start using entirely new technologies to get access to energy and water, as well as remove unwanted greenhouse gases. ”Medieval,” windmills, sunbeams, and woods can of course not save humanity.

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The air contains enormous amounts of extremely cheap ENERGY andn WATER EVERYWHERE!

Everything is energy. Energy is indestructible. Energy always transform. Humanity can therefore never ”overuse” energy.

To transform energy via today’s methods, called ”renewable energy,” costs enormous amounts of energy, which speeds up the decline of humanity.

At once, we must stop spending our money to warn about climate change, instead try to find new energy sources.

The air contains all the energy we need, extremely cheap and relatively pure energy. The air’s energy content will hopefully within a couple of years replace all fossil energy as well as all other energy sources, rescue the future of humanity.

One cubic meter of air contains a couple of dozen molecules and atoms, together the weight is more than one kilogram, 1,3 kilo. The air in a living room weighs 100 kilos.

Air contains small amounts of energy gases methane and hydrogen.

One cubic meter of air contains an incredible amount of atoms and molecules.

If one were to enlarge all atoms and molecules in one single cubic meter of air, to the same size as one pea, then the whole globe would be covered in a massive layer of peas.

There are so many molecules that each molecule collides with another molecule, many million times each second.

Because different molecules have different sizes, one can filter the molecules one want to access to if one has a sufficiently fine mesh filter. In recent years, scientists have begun developing fantastic filters that can filter atoms and molecules, nano filters, such as graphene filter (GO).

With the help of custom-made nano filters, we can now soon filter out the molecules we want to access, such as hydrogen, methane gas, water vapour and greenhouse gases such as carbon dioxide and others. As easy as a strainer separate rice from peas.

The technology is no longer basic research, without applied research that many people work with every day. This development is now speedy. It’s now time to start building full scale ”Nano Towers” to rescue the world.

There are huge volumes of air. The atmosphere contains and renews so much methane and hydrogen that these energy gases manage to cover the world’s total energy needs.

Take care of energy gases within the air. The wind is always present.

The wind is a tremendous force that can destroy entire cities and drive large wind turbines.

The wind is everywhere. With HyMeAirs innovation all countries will have access to relatively clean and very cheap energy. To be able to separate the energy gases methane and hydrogen molecules from air and wind, new simple techniques are needed. Nano filter like graphene is new technology that can filter, sip out, the molecules methane and hydrogen, out of the air. (Graphene filter already used for filtering water.)

Principle sketch, graphene filter trap to capture hydrogen (2) and methane (16). (Helium (4) also included, but can be ignored.)

How much energy will air, the wind and graphene filter deliver per year? All we need, cheap and clean!

1. One year = 31.5 million seconds.
2. Many places have a mean wind of up to 10 meters per second.
3. In one year, 315 million cubic meters of air blows through one square meter chicken net.
4. In one year, 630 cubic meters of methane gas blows through = 6 900 kWh of energy.
5. In one year, 190 cubic meters of hydrogen gas blows through = 580 kWh of energy.

With 100 percent efficiency, a square meter filter catches approximately 7 500 kWh of energy for one year.

If one increase the filter to 30,000 square meters, one get 225,000,000 kWh.

Compared to a chicken netting, of course, a nano/graphene filter has somewhat limited penetration ability.

Molecules are different in ”size.”

One can today design graphene filters that can filter molecules in the desired size.

One can also increase the part of the filter that forms ”holes,” from for example 33 % hole to 60 % hole, per unit surface. That sounds good with 60 percent, but it’s not the whole truth.

Although graphene filter is extremely thin, 0.00001 millimetres, it looks thick in a microscope; the ”holes” consist of ”channels” which limits the penetration ability of molecules slightly.

An advantage is that the graphene filter can not clog, by dirt.

A chicken net has a permeability of 100 percent; a graphene filter will, therefore, have penetration capacity that is smaller.

How are the molecules captured?

A straightforward and cheap round tower, built by many slim framework poles placed in a circle, ”wrapped” by graphene filter. With a ”Nano Towers” 100 meters in diameter, 200 meters in height, one get an active filter area of about 30,000 square meters, regardless of where from the wind blows. It is, of course, possible to build even larger Nano Towers—for example, with a diameter of 200 meters and a height of 470 meters.

Such a ”Nano Towers” will be quiet, have the same height and look like a ”fat” wind turbine, without any rotor blades.

With 33 percent efficiency, a ”Nano Towers” produces 75,000,000 kWh per year, which is 15-20 times more energy than the energy obtained from a land-based wind power plant.

One can also build ”Nano Towers” which only captures hydrogen gas or methane gas.

One hydrogen gas tower will probably, deliver clean, much more and cheaper energy than a wind turbine.

A small methane gas tower would provide more energy than 15 wind turbines, while a truly large one could generate up to 100 times the energy of a single wind turbine.

Construction and operating costs for this ”Nano Towers” can be lower than for a wind turbine. The life expectancy would be 50-100 years in comparison to a wind turbine whose lifespan in practice has proven to be only 15 to 20 years because a ”Nano Towers” does not have moving parts.

Including total plant investment costs, operation, maintenance, and scrapping, the energy price, total production cost per kWh, is likely to be around USD 0.005 per kWh.

Significant lower energy prices than any other source of energy. The world will be much richer.

Forget today’s dangerous megatrend ”renewable energy sources,” these have already begun to destroy our future.

Edwin Drake ”discovered” oil in 1859, which changed the world. We became temporarily, richer, saturated and healthier, very soon all this will be gone.

If you and your children are to have a future, we must immediately start using entirely new technologies to get access to energy and water. ”Medieval,” windmills, solar collectors, and woods can of course not save humanity.

Simple but scary facts:

Immediately after E. Drake found the first major oil source in 1859, our world became much richer, healthier and we began to live twice as long. The above income curve also coincides with the rate of increase of cheap fossil energy, as well as population growth.

Cheap fossil energy accounts for the main part, 80%, of our energy consumption. The use of fossil energy is rising steadily every year. Expensive wind power and solar energy are negligible, only 4%.

The people of the world need energy, carbon dioxide, and water to survive. Heat gives life, while cold brings death.

We, of course, as soon as possible need an entirely new, enormous energy- and water source, that can rescue our families and our world.

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Air contains all clean WATER we need, to a fraction of today’s cost!

Nearly two billion people lack access to clean water, which means that 1000 children die of contaminated water – every day!

People’s hard exploitation of our globe hurts nature and animals. Water shortages now also begin to hit rich countries like the US, Sweden and many other. Water shortage is already a major problem, and in the coming years, it will be a catastrophic world problem. Water shortage will inevitably trigger conflicts, refugees, and war. HyMeAir solution: Air, wind and nano filter may give humanity water everywhere!

On average, every person in the world consumes 1 500 m3 of fresh water per year.

Household water only about 3%, 45 m3; the rest is industrial water, agricultural water, etc.

In poor and hot countries, many people can not even get enough drinking water and household water, which causes illnesses, death and low working capacity. In poor tropical countries, water is often very costly.

The world thus needs sufficient access to clean water – everywhere.

Water, the gas molecule H2O, exists in various amounts in the air.

HyMeAirs simple technique, filtering the air’s molecules using the power of the wind, and nano filters, can give the whole world all the water we all humans sometimes need at a fraction of today’s cost.

HyMeAirs technology has no moving parts and requires no electricity.

Small water towers can, therefore, produce domestic water and drinking water for humans and livestock in remote villages around the world. Hot air normally contains more water than cold air.

The number of water molecules, water vapour, in the atmosphere varies regularly, even locally.

Calculated examples, conditions:

In the following example, we have calculated air containing 10 grams of water molecules per cubic meter of air.

We have estimated an average wind of 7 meters per second and estimated that the graphene filter has an efficiency of 33% (takes care of 1/3 of the water in the air).A round hollow tower, ”wrapped” by two different graphene filter, becomes cheap and efficient. Whatever wind direction, the wind will with maximum force always meets a side of the round tower and sweep around the tower. The space in the tower can use as a water tank. The filtered water becomes 100 % pure; one adds small amounts of suitable salts and minerals.

Example, a small water tower:

A small round water tower to capture household water for families and small villages.

A tower that has a height of about 2.5 meters and a diameter of about 0.5 meters gives a graphene filter area of two m2. With the above assumption, this small tower would provide four m3 of water per day, 4,000 liters of clean water per day is sufficient to give 30-40 people adequate access to domestic water. Sometimes it blows more, sometimes less; the tower should supplement with a water tank.

The mass production cost can estimate at USD 100-200 per water tower.

Lifespan 20-40 years, depending on how the tower is handled by its environment. The cost of the water tower will then be around USD 1 per month.

Example, a big water tower:

A large water tower, 200 meters high, 100 meters in diameter. A straightforward, cheap round tower, built by many slim framework poles placed in a circle, wrapped by graphene filter. This tower will have the same height as a wind turbine but be thicker. Such towers placed in connection with cities, agriculture and industrial areas. With the conditions mentioned above, this tower would provide a water volume of 22 million cubic meters per year, which accounts for 14,000 people’s total water consumption, including domestic water, industrial water, and agricultural water.

The world would get all freshwater needed with 500,000 such water towers.

With a life span of 40 years, one would only need to build / replace 12 500 towers per year.

The cost of a water tower is estimated to be the same as for a wind turbine, typically USD 12 million.

The cost of world water need would be around USD 150 billion a year, which will only be USD 2 per person per month, about 10% of current water costs.

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The ”renewable energy” can’t rescue us, but air-, wind- and nano filters can probably do it.

It is the only technology that might, hopefully, save nature, animals, humanity—the entire world. For example, for over 100 years, scientists have tried to build a ’sun’, a fusion reactor that could provide the world with unlimited access to energy. However, these efforts have not succeeded, despite costs reaching hundreds of billions of USD. In other words, the outlook for this energy source is very bleak. The improved medieval energy sources as windmills, wood or batteries can of course not save the world.

Scanning probe microscopy image of graphene filter, GO

However, there are new technologies that can probably solve our energy- water-, and emission problem. The air contains 1.3-kilo molecules per m3, including energy, water, and greenhouse gas molecules.

With new technology, nano filters, we can take care of the air’s endless amounts of energy and water, as well as eliminate the climate gases.

Innovation:

1. Air, contains energy: hydrogen and methane, also wate, greenhouse gases and other molecules.
2. The wind is mighty, only 4 meters per second and the enormously heavy rotor blades on a wind turbine will start to rotate, 10 Newton per m2. In many places, the mean wind is 10 meters per second, 60 Newton per m2.
3. Nano filter, designed to capture the molecules one want to extract from the air.
4. A small pump, the filter systems can supplement with a very energy-efficient pump that creates a slight negative pressure, behind the nano filter.

The technique is no longer basic research; it´s now applied research and development step.

HyMeAir has for instance a US-Patent for the technique that might eliminate the climate change and give us an unlimited amount  of extremely cheap energy and water from the air.

Technology based on simple principles, air, the wind and the latest type of nano filters. Graphene, and other nano filters can nowadays be manufactured with the desired ”hole size” to suit the air’s different ”sizes” of molecules. E.g., nano filter is today used for filtering water from unwanted molecules.

The molecules can be extractable separately or together, for example: To extract H2 + CH4 together via a customized graphene filter with holes that pass through these gases but not gases with larger molecules than CH4, and so on. One can tailor the desired type of nano filter/membranes, for example, a nano filter/membrane system that only let nitrogen and oxygen pass the filter.

1. HyMeAir. Principle sketch, nano filter trap to capture the energy hydrogen(H2) and methane(CH4): (Helium can be ignored.)

One can of course also build a nano filter trap that only captures hydrogen molecules (2).

2. HyMeAir. Principle sketch, nano filter trap to capture the greenhouse gasses(CO2 and N2O):

3. HyMeAir. Principle sketch, nano filter trap to capture water:

Scanning probe microscopy image of graphene

The photo shows a graphene (GO) ”filter” whose surface consists of about 30 percent ”hole.”

For more efficient filtration, the part of the area that consists of ”hole” space should increase as much as possible. With today’s technology, it is likely that the ”hole” space can increase up to 60 percent, which means that a graphene filter ”hole” surface can reach up to two-thirds of the total filter area.

Carbon is a unique element because of the way its atoms can form different types of bonds with each other and form different structures, ”holes.”

Simplified example: When the wind blows against a chicken netting (filter), all molecules and atoms in the air blow to 100 percent, through the grid.

The air weighs about 1,3 kg per cubic meter. At an average wind of 10 m/s, 13 kg of atoms and molecules per second penetrate through one square meter chicken net. Wind 10 m/s = dynamic pressure 60 Newton/m2.

The wind is very powerful. It only takes 4-5 meters per second (called weak wind) = dynamic pressure 10 Newton per m2, so that the enormously heavy rotor blades on a wind turbine will start to rotate. One Newton = move one kilo, one meter, in one second.

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