06.12.2022: Online meeting of the Energy innovation working group.

​

06.12.2022: Special online meeting of all AAM members.

06.12.2022: Online meeting of the High temperature working group.

05.12.2022: Online meeting of the Solutions research working group.

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05.12.2022: Online meeting with projects developers and investors.

05.12.2022: Online meeting of the Biomedicine innovation working group.

02.12.2022: Online presentation of the report results of all working groups.

02.12.2022: Online meeting of the Production innovation working group.

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02.12.2022: Online meeting of the Transport innovation working group.

02.12.2022: Online meeting of the Biomedicine innovation working group.

01.12.2022: Online meeting of the Solutions research working group.

01.12.2022: Online meeting of the Energy innovation working group.

01.12.2022: Online meeting of the High temperature working group.

28.11.2022: Online meeting of the Biomedicine innovation working group.

28.11.2022: Online meeting of the Energy innovation working group.

25.11.2022: Online presentation of the report results of all working groups.

25.11.2022: Online meeting of the Transport innovation working group.

25.11.2022: Online meeting of the Solutions research working group.

23.11.2022: Online meeting of the Energy innovation working group.

22.11.2022: Online meeting of the High temperature working group.

22.11.2022: Online meeting of the Space technology working group.

22.11.2022: Solutions research working group:

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Date of submission of the idea: 22.11.2022

ESA channel: Open Discovery Ideas Channel

Idea number: I-2022-05181
Title of the idea: Technological strategy of the space industry

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TECHNOLOGICAL STRATEGY OF THE SPACE INDUSTRY *

Ultima ratio – nothing can be used without energy, therefore a universal source of energy is offered – WATER.
 

1. Preparation stage
1.1. Manufacturing of individual components.
1.2. Energy production and storage.
1.3. Design of life-saving components and production of prototypes.
1.4. Protection measures against biological disease agents and radiation:
1.4.1. individual common skeleton
1.4.2. suit
1.4.3. biomechanical composite suit
1.5. Preservation of biological species and creation of biosphere in closed spheres.
1.6. Research and application of new physical phenomena.
1.7. An extrapolation laboratory, where tests are carried out on newly developed prototypes under extreme conditions.
1.8. Development and application of alloys with new properties.
1.9. Production and use of self-constructed autonomous elements.
1.10. Development and production of space vehicles:
1.10.1. rovers
1.10.2. spaceships
1.10.3. satellites
1.10.4. drones
1.10.5. robot drones with ID use in the construction of the space station and other space objects.
1.11. Development, application and production of food forms.
1.12. Air filtration (closed type).
1.13. Gerontology.
1.14. Research laboratories.

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2. Energy sources
Water is an element, that can be used for human domestic physiological functioning and obtaining absolutely clean fuel. The first functioning and technologically functional working prototypes showed, that the use of water as an energy source, fully ensures the implementation of the tasks set in the initial stage of this project.
2.1 Mobile sources for equipment: mobile mini-reactors (batteries), which principle of operation - the use of water splitting products.
2.2 Individual sources for suits and other devices: the suits and/or station service suits have all the pre-suited functions, that are compatible with existing equipment.
2.3 Sources for backup storage: the fuel element of all reserve energy sources is water, which is the basis of electricity and heat generation.
 

3. Equipment and shape of the space station
3.1 Space station in outer space: the shape of the space station in outer space - round (sphere).

3.2 Space station on a planet: the principle of arrangement of the space station on the planet - hexagonal shape.
3.3 Space station on moving bodies: principle of a spider web network.
3.4 Space station on satellites: should be like a ship anchored in the sea, because this is the safest way to study space objects and their samples.
 

4. Spaceships
4.1 Spaceship is designed for low altitude orbit up to 1000 km.
4.2 Spaceship is designed to travel to a space station in orbit.
4.3 Spaceship is designed to travel to a space base on other planets.
4.4 Spaceship is designed to travel to the space station on moving space objects.
4.5 Spaceship is designed to move to satellites.
 

5. Life support systems
5.1 Spaceship: all life support systems (air, water, sewage, air and general filtration) must be easily accessible, repairable and replaceable.
5.2 Space station: all life support systems must be permanently installed and must not be able to be modified and/or accessed and influenced in any way.
5.3 Suit: for life support, protection and functional ensurement.
 

6. Technological compatibility
6.1 Universality of rigid connections for all components.
6.2 Unification of all interfaces.
6.3 Absolute duplication of all data.
 

7. Specialized aviation depending on the atmospheric environment (for associate members of ESA)
7.1 Development of new aviation technologies using water as the main source of energy.
7.2 Development of new materials for space industry.
7.3 Development of human food sources in various phases and states.
7.4 Development of hyponics media for growing plants on space stations and planets.
7.5 Development of emergency safety systems.

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* A full detailed description of the strategy is available only to members of the Association Anima mundi or can be provided by separate agreement.

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21.11.2022: Online meeting with projects developers and investors.

21.11.2022: Online meeting of the Biomedicine innovation working group.

19.11.2022: Online meeting of the EU green deal working group.

18.11.2022: Evaluation of new applications for membership of AAM.

18.11.2022: Online presentation of the report results of all working groups.

18.11.2022: Online meeting of the Solutions research working group.

18.11.2022: Online meeting of the Space technology working group.

17.11.2022: Online meeting of the Production innovation working group.

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17.11.2022: Online meeting of the Transport innovation working group.

15.11.2022: Online meeting of the Biomedicine innovation working group.

14.11.2022: Online meeting of the Solutions research working group.

14.11.2022: Online meeting of the Space technology working group.

14.11.2022: Online meeting of the Energy innovation working group.

10.11.2022: Online meeting of the Biomedicine innovation working group.

09.11.2022: Online meeting of the Production innovation working group.

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09.11.2022: Online meeting of the Transport innovation working group.

08.11.2022: Online meeting of the Space technology working group.

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08.11.2022: Online meeting of the Energy innovation working group.

07.11.2022: Online meeting of the Biomedicine innovation working group.

07.11.2022: Online meeting of the Energy innovation working group.

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06.11.2022: Online presentation of the report results of all working groups.

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06.11.2022: Online meeting of the Solutions research working group.

04.11.2022: Online meeting of the Space technology working group.

04.11.2022: Online meeting of the Biomedicine innovation working group.

03.11.2022: Online meeting of the Energy innovation working group.

03.11.2022: Online meeting of the Transport innovation working group.

03.11.2022: Online meeting of the Solutions research working group.

31.10.2022: Online meeting of the Space technology working group.

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31.10.2022: Online meeting of the Energy innovation working group.

29.09.2022: Online meeting of the Biomedicine innovation working group.

29.10.2022: Association "Anima mundi" submitted an idea (No: I-2022-04826) to ESA Campaign: Space Suit Design Competition (https://ideas.esa.int/servlet/hype/IMT?documentTableId=45087137954622317&userAction=Browse&templateName=&documentId=3187b4b0a219dbb07731d5f690776a8b)

28.10.2022: Online presentation of the report results of all working groups.

27.10.2022: Online meeting of the High temperature working group.

26.10.2022: Online meeting of the Energy innovation working group.

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26.10.2022: Online meeting of the EU green deal working group.

26.10.2022: Online meeting of the Space technology working group.

25.10.2022: Online meeting of the Production innovation working group.

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25.10.2022: Online meeting of the Transport innovation working group.

24.10.2022: Online meeting of the Solutions research working group.

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24.10.2022: Online meeting of the Space technology working group.

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24.10.2022: Online meeting of the Energy innovation working group.

22.10.2022: Online meeting of the Space technology working group.

21.10.2022: Online presentation of the report results of all working groups.

21.10.2022: Online meeting of the Transport innovation working group.

21.10.2022: Online meeting of the High temperature working group.

20.10.2022: Online meeting of the Solutions research working group.

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20.10.2022: Online meeting of the Energy innovation working group.

19.10.2022: Association "Anima mundi" submitted a proposal to EU Call: EIC Pathfinder Challenges 2022 (HORIZON-EIC-2022-PATHFINDERCHALLENGES-01.

19.10.2022: Online meeting of the Space technology working group.

19.10.2022: Online meeting of the Solutions research working group.

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18.10.2022: Association "Anima mundi" registered to the European Hydrogen Week 2022: https://eu.eventscloud.com/ereg/index.php?eventid=200250095&t=beafd3b63dc1bfd9812b814219315839

17.10.2022: Online meeting of the Energy innovation working group.

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17.10.2022: Online meeting of the Production innovation working group.

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17.10.2022: Online meeting of the Transport innovation working group.

14.10.2022: Online presentation of the report results of all working groups.

14.10.2022: Online meeting of the Space technology working group.

14.10.2022: Online meeting of the Solutions research working group.

13.10.2022: Online meeting of the Energy innovation working group.

13.10.2022: Online meeting of the High temperature working group.

11.10.2022: Online meeting of the Space technology working group.

11.10.2022: Online meeting of the Solutions research working group.

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11.10.2022: Special online meeting of all AAM members.

10.10.2022: Online meeting of the Energy innovation working group.

10.10.2022: Online meeting of the High temperature working group.

10.10.2022: Online meeting of the Solutions research working group.

06.10.2022: Online meeting of the High temperature working group.

06.10.2022: Online meeting of the Solutions research working group.

05.10.2022: Online meeting of the Production innovation working group.

05.10.2022: Online meeting of the Transport innovation working group.

04.10.2022: Online meeting of the Energy innovation working group.

04.10.2022: Online meeting of the High temperature working group.

03.10.2022: Online meeting of the Solutions research working group.

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03.10.2022: Online meeting of the Space technology working group.

30.09.2022: Online presentation of the report results of all working groups.

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30.09.2022: Online meeting of the Solutions research working group.

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30.09.2022: Online meeting of the Space technology working group.

30.09.2022: Online meeting of the Energy innovation working group.

27.09.2022: Online meeting of the High temperature working group.

26.09.2022: Online meeting of the Production innovation working group.

26.09.2022: Online meeting of the Solutions research working group.

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26.09.2022: Online meeting of the Transport innovation working group.

24.09.2022: Evaluation of new applications for membership of AAM.

23.09.2022: Online presentation of the report results of all working groups.

23.09.2022: Online meeting of the Biomedicine innovation working group.

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23.09.2022: Online meeting of the Space technology working group.

23.09.2022: Online meeting of the Energy innovation working group.

22.09.2022: Online meeting of the Space technology working group.

22.09.2022: Online meeting of the Energy innovation working group.

21.09.2022: Online meeting of the High temperature working group.

21.09.2022: Online meeting of the Solutions research working group.

20.09.2022: Online meeting of the Solutions research working group.

20.09.2022: Online meeting of the Space technology working group.

20.09.2022: Online meeting of the Energy innovation working group.

18.09.2022: Special online meeting of all AAM members.

15.09.2022: Online meeting of the Biomedicine innovation working group.

​

15.09.2022: Online meeting of the EU green deal working group.

14.09.2022: Online meeting of the Solutions research working group.

14.09.2022: Online meeting of the Space technology working group.

13.09.2022: Online meeting of the Energy innovation working group.

​

13.09.2022: Online meeting of the Production innovation working group.

13.09.2022: Online meeting of the Solutions research working group.

​

13.09.2022: Online meeting of the Transport innovation working group.

09.09.2022: Online presentation of the report results of all working groups.

08.09.2022: Online meeting of the Biomedicine innovation working group.

07.09.2022: Online meeting of the Energy innovation working group.

06.09.2022: Online meeting of the Solutions research working group.

06.09.2022: Online meeting of the Space technology working group.

​

06.09.2022: Online meeting of the Transport innovation working group.

02.09.2022: Evaluation of new applications for membership of AAM.

02.09.2022: Online meeting of the Solutions research working group.

​

02.09.2022: Online meeting of the Energy innovation working group.

​

02.09.2022: Online meeting of the Transport innovation working group.

01.09.2022: Online meeting of the EU green deal working group.

01.09.2022: Online meeting of the Biomedicine innovation working group.

01.09.2022: Online meeting of the High temperature working group.

29.08.2022: Online meeting of the Solutions research working group.

29.08.2022: Online meeting of the Space technology working group.

29.08.2022: Online presentation of the report results of all working groups.

26.08.2022: Online meeting of the High temperature working group.

​

26.08.2022: Online meeting of the Solutions research working group.

​

26.08.2022: Online meeting of the Energy innovation working group.

24.08.2022: Online meeting of the Transport innovation working group.

24.08.2022: Online meeting of the Solutions research working group.

22.08.2022: Online meeting of the Biomedicine innovation working group.

22.08.2022: Online meeting of the High temperature working group.

18.08.2022: Online meeting of the Space technology working group.

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17.08.2022: Online meeting of the Transport innovation working group.

17.08.2022: Online meeting of the Solutions research working group.

16.08.2022: We are starting Space technology working group meetings.

16.08.2022: Online meeting of the Production innovation working group.

​

16.08.2022: Online meeting of the Transport innovation working group.

16.08.2022: Online meeting of the Biomedicine innovation working group.

15.08.2022: Online meeting of the High temperature working group.

​

15.08.2022: Online meeting of the Energy innovation working group.

15.08.2022: Online meeting of the EU green deal working group.

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14.08.2022: Association "Anima mundi" submitted an Startup Pitch Form to Toyota Ventures: https://toyota.ventures/submit-pitch.html

12.08.2022: Online presentation of the report results of all working groups.

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12.08.2022: Online meeting of the Solutions research working group.

11.08.2022: Online meeting of the High temperature working group.

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11.08.2022: Online meeting of the Energy innovation working group.

10.08.2022: Association "Anima mundi" submitted the question to NASA: https://www.nasa.gov/content/submit-a-question-for-nasa

10.08.2022: Online meeting of the High temperature working group.

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10.08.2022: Online meeting of the Biomedicine innovation working group.

10.08.2022: Online meeting of the Solutions research working group.

09.08.2022: Online meeting of the High temperature working group.

​

09.08.2022: Online meeting of the Energy innovation working group.

08.08.2022: Online meeting of the Production innovation working group.

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08.08.2022: Association "Anima mundi" submitted the clean hydrogen innovation / "SEOD" solution to Equinor ASA: Innovate@equinor.com

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08.08.2022: Online meeting of the Transport innovation working group.

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08.08.2022: Association "Anima mundi" submitted the "SEOD" solution to TotalEnergies: https://open-innovation.totalenergies.com/en/application-form

08.08.2022: Online meeting of the EU green deal working group.

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07.08.2022: Association "Anima mundi" submitted the "SEOD" solution to Shell: https://www.shell.com/energy-and-innovation/entrepreneurs-and-start-ups/share-your-idea.html#iframe=L2Zvcm1zL3NoYXJleW91cnNvbHV0aW9u

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06.08.2022: Evaluation of new applications for membership of AAM.

​

05.08.2022: Online presentation of the report results of all working groups.

​

05.08.2022: Online meeting of the Solutions research working group.

​

05.08.2022: Online meeting of the Biomedicine innovation working group.

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03.08.2022: Online meeting of the High temperature working group.

​

03.08.2022: Online meeting of the Solutions research working group.

​

03.08.2022: Online meeting of the Energy innovation working group.

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30.07.2022: Solutions research working group:

Hydrogen distribution in existing liquefied natural gas transmission networks is impossible for several objective reasons:

• existing gas reducers, dampers and flexible connections are unsuitable for use in the distribution of hydrogen gas (including liquid hydrogen), because the burning rate of hydrogen is 7 times higher than methane or propane gas. Therefore the dampers should have different closing solutions than currently used for propane or methane gas.

• that bringing hydrogen to a liquefied state requires a temperature of -260°C (minus) and a complex pressure methodology. During distribution liquefied hydrogen creates additional pressure due to hydraulic changes, which due to dynamic shocks in the network, acquires additional flow inertia and increases the load on valves and connections.

Storing hydrogen in the gaseous state is economically unreasonable and inappropriate, because hydrogen due to its permeability, quickly diffuses through the walls of the cylinder, even in the presence of a very dense metal. Storage of liquid hydrogen in cylinders has similar problems and additional factors, that determine negative economic factors: complicated transportation, outgassing, where even the smallest leakage can cause an explosion, etc.

29.07.2022: Online meeting of the Solutions research working group.

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29.07.2022: Online meeting of the High temperature working group.

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29.07.2022: Online presentation of the report results of all working groups.

​

28.07.2022: Online meeting of the Energy innovation working group.

​

28.07.2022: Online meeting of the Biomedicine innovation working group.

​

28.07.2022: Online meeting of the Solutions research working group.

​

26.07.2022: Online meeting of the High temperature working group.

​

26.07.2022: Online meeting of the Energy innovation working group.

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25.07.2022: Online meeting of the EU green deal working group.

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23.07.2022: Association "Anima mundi" submitted the "SEOD" solution to European DIGITAL SME Alliance: 'Get Digital: Go Green & Be Resilient' (view the  catalogue: https://www.digitalsme.eu/catalogue-digital-solutions-catalogue-get-digital-go-green-be-resilient/)

23.07.2022: Online meeting of the Production innovation working group.

​

23.07.2022: Online meeting of the Transport innovation working group.

​

22.07.2022: Online meeting of the Biomedicine innovation working group.

​

22.07.2022: Online meeting of the Solutions research working group.

​

21.07.2022: Evaluation of new applications for membership of AAM.

​

21.07.2022: Online meeting of the Solutions research working group.

21.07.2022: Online meeting of the Energy innovation working group.

​

21.07.2022: Online meeting of the Biomedicine innovation working group.

​

18.07.2022: Online meeting of the Solutions research working group.

18.07.2022: Online meeting of the High temperature working group.

18.07.2022: Online meeting of the Transport innovation working group.

​

15.07.2022: Online meeting of the Energy innovation working group.

15.07.2022: Online meeting of the Solutions research working group.

​

14.07.2022: Online meeting of the High temperature working group.

14.07.2022: Online meeting of the Transport innovation working group.

14.07.2022: Online meeting of the Biomedicine innovation working group.

13.07.2022: Online meeting of the Energy innovation working group.

13.07.2022: Online meeting of the Solutions research working group.

​

13.07.2022: Evaluation of new applications for membership of AAM.

12.07.2022: Online meeting of the Biomedicine innovation working group.

12.07.2022: Online meeting of the High temperature working group.

​

11.07.2022: Online meeting of the EU green deal working group.

11.07.2022: Online meeting of the Energy innovation working group.

​

11.07.2022: Online meeting of the Solutions research working group.

08.07.2022: Online meeting of the High temperature working group.

08.07.2022: Online meeting of the Production innovation working group.

​

08.07.2022: Online meeting of the Biomedicine innovation working group.

​

07.07.2022: Online meeting of the High temperature working group.

​

07.07.2022: Online meeting of the Energy innovation working group.

​

06.07.2022: Online meeting of the Solutions research working group.

​

06.07.2022: Evaluation of new applications for membership of AAM.

​

06.07.2022: Online presentation of the report results of all working groups.

​

05.07.2022: Solutions research working group:

Hydrogen storage in large molecular structures has advantages and disadvantages. Advantages: cheapness of polymers, easy formation and possible derivation of working temperatures. Disadvantages: hydrogen atoms closed in such lattices have a very limited storage time, and the reaction that starts with a slight temperature effect becomes difficult to control. In one case refrigeration is necessary, in the other - high temperature. This technology may be superior to metal hydrides only because of the cheapness, but it creates many more problems and their elimination is very nebulous.

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04.07.2022: Online meeting of the Solutions research working group.

04.07.2022: Online meeting of the High temperature working group.

​

04.07.2022: Online meeting of the Energy innovation working group.

​

04.07.2022: Online meeting of the Transport innovation working group.

02.07.2022: Association "Anima mundi" completed the submission of Catalyst EU RPF Part I.

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02.07.2022: Online presentation of the report results of all working groups.

01.07.2022: Online meeting of the Energy innovation working group.

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01.07.2022: Online meeting of the Solutions research working group.

30.06.2022: Online meeting of the EU green deal working group.

30.06.2022: Online meeting of the Solutions research working group.

30.06.2022: Online meeting of the High temperature working group.

29.06.2022: Online meeting of the Production innovation working group.

​

29.06.2022: Online meeting of the Biomedicine innovation working group.

28.06.2022: Online meeting of the Transport innovation working group.

​

28.06.2022: Online meeting of the High temperature working group.

27.06.2022: Solutions research working group:

The use of hydrogen gas in classic internal combustion engines creates additional problems within the engine itself. In petrol engines the fuel is forced to ignite, in diesel engines it is ignited by compression, in the hydrogen combustion chamber occurs a faster and stronger explosion, which creates a much greater dynamic impact and drastically changes the structure of the chamber walls. Hydrogen gas can not be saturated in fuel mixtures in the long run, therefore the direct use of hydrogen technology in classic internal combustion engines is inappropriate.

27.06.2022: Online meeting of the Biomedicine innovation working group.

27.06.2022: Online meeting of the Solutions research working group.

27.06.2022: Online meeting of the Energy innovation working group.

26.06.2022: Online presentation of the report results of all working groups.

23.06.2022: Online meeting of the Energy innovation working group.

​

23.06.2022: Online meeting of the Solutions research working group.

​

22.06.2022: Online meeting of the Biomedicine innovation working group.

​

22.06.2022: Online meeting of the Transport innovation working group.

​

21.06.2022: Online meeting of the High temperature working group.

​

21.06.2022: Online meeting of the Solutions research working group.

​

21.06.2022: Energy innovation working group:

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Information about the innovation: 18.05.2022

Name of the project / innovation*: Clean hydrogen energy use innovation
Subtitle: Prototype of energy type conversion multifunction device

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1. Technical description of the solution
This innovation is absolute new generation energy novelty, that operates according to a completely new operating principles and covers all operations value chain from clean hydrogen production to end use.
The type of energy generated during the operation of the prototype can be selectively and controlled converted to another type of energy. Problems solved: spot combustion, high temperature removal, storage of the obtained energy, modulation of the energy production process, risk of explosion. The prototype can be powered by energy obtained in any way (solar, wind, hydro, nuclear, etc.).

2. Explanation of the technological maturity
Energy solutions of working prototype can be implemented in all types of ships and their service industry.
The same solutions can be applied analogously in aviation, other transport sectors, industry, household, etc. No additional chemical accelerators are used in the processes, so the working prototype does not create an aggressive medium. The created noise level - does not require spec. hearing protection.

3. Energy source used
Power supply - any existing source of renewable energy.
The prototype can be powered from AC or DC power source. Power supply selection - user right, spec. adaptation to power supply - not required.

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4. Suitable ship types and sizes
Depending on the energy demand a different multiple of the prototype elements can be used.
The more prototype elements are connected, the higher is the performance. Gradual feeding of additional elements with primary energy is recommended. It is possible to use two or more different types of energy at the same time.
 

5. Applicability of the solution (at berth or also at sea)
The prototype can operate in fully autonomous mode and there is no matter it is at berth or at sea.
The working prototype does not require constant maintenance, remote monitoring and periodic specialist services are possible. It is recommended that the room with a working prototype would be ventilated.

6. Conditions to be created at the berths and on the ships

The prototype requires pure water.
An intensively used prototype needs to be topped up with pure water from time to time. The water replenishment process can be automated if there is a water source nearby (tap water, sea or lake water, a tank with clean water).
 

7. Energy efficiency
100% nature friendly.
The main fuel element of the prototype is water. Energy production can continue until the water runs out. Water must flow through the filtration system before entering the prototype system. All the energy produced by the prototype is fully consumed and is not additionally stored.
 

8. Emission potential (climate pollutants and air pollutants)
Zero emission: by-product of the prototype - water.
Prototype - closed type. The main materials used in the production of the prototype are sustainable and have a long service life. The by-product of the inversion reaction in the prototype is water, which can be completely discharged into the environment or technically collected and returned to the prototype.
 

9. Economic consideration (particularly investment and operating costs estimates)
There is a contradiction between: absolute energy novelty global installation and economic consideration.
The problem is that this absolute energy novelty can have a major impact on many elements of the global energy supply chain (producers, transporters, traders, consumers, etc.). The technology of this prototype producing is several times cheaper than engines, that use natural gas or petroleum products. The price of this prototype fuel is directly proportional to the price of water.
 

10. Market potential
Global market potential.
The abundance of hydrogen problems (storage of liquid hydrogen, storage of hydrogen gas, hydrogen production, hydrogen enrichment, hydrogen combustion, safe use of hydrogen, hydrogen immiscibility with other gases in long run) is holding back the technological breakthrough at every stage. Decisions have always been and will always be, you just have to learn to notice them and sometimes transcend deep inner beliefs.

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20.06.2022: Online meeting of the High temperature working group.

20.06.2022: Online meeting of the Energy innovation working group.

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20.06.2022: Online meeting of the Solutions research working group.

20.06.2022: Online meeting of the Transport innovation working group.

18.06.2022: Online meeting of the Solutions research working group.

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18.06.2022: Online meeting of the Energy innovation working group.

18.06.2022: Online presentation of the report results of all working groups.

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17.06.2022: Association "Anima mundi" submitted an RPF Intent-to-Bid Form (project technology: Green Hydrogen) to ‚Breakthrough Energy Catalyst
(https://forms.office.com/Pages/ResponsePage.aspx?id=VgCUFnQD7kGRilV2MicP6QJ30UCadfxBkM27WXPU6gVURFJPSlJCT0dBSjdSRERSNElCUUM2RUhSQi4u).

17.06.2022: Online meeting of the Energy innovation working group.

17.06.2022: Online meeting of the Transport innovation working group.

16.06.2022: Online meeting of the Solutions research working group.

16.06.2022: Online meeting of the Biomedicine innovation working group.

16.06.2022: Online meeting of the Energy innovation working group.

15.06.2022: Online meeting of the Production innovation working group.

15.06.2022: Online meeting of the Solutions research working group.

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15.06.2022: UAB "Viskas iš metalo" was approved as a member of AAM.

15.06.2022: Online meeting of the High temperature working group.

15.06.2022: Online meeting of the Energy innovation working group.

14.06.2022: Evaluation of new applications for membership of AAM.

14.06.2022: Online meeting of the Biomedicine innovation working group.

14.06.2022: Online meeting of the Energy innovation working group.

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13.06.2022: Solutions research working group:

Hydrogen does not mix with methane or with propane gas in the long run. Abundance of problems: different burning speed of all gases, different density, weight, burning temperature, penetration, high risk of explosion. In the technical implementation there are additional problems and accompanying phenomena. The use and adaptation of existing gas infrastructures for hydrogen - wrong solution.

13.06.2022: Online meeting of the Solutions research working group.

11.06.2022: Online meeting of the Transport innovation working group.

11.06.2022: Online meeting of the Energy innovation working group.

10.06.2022: Online presentation of the report results of all working groups.

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10.06.2022: Evaluation of new applications for membership of AAM.

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10.06.2022: Solutions research working group:

Hydrogen storage in metal hydrides - an unviable technology. To release hydrogen from the metals is necessary heating to very high temperatures. At high temperatures we have huge energy losses. Additional accompanying problems: fatigue of metals, speed of hydrogen release and absorption, complicated technical solutions for hydrogen use, environmental pollution, high financial costs, etc.

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10.06.2022: Online meeting of the Solutions research working group.

10.06.2022: Online meeting of the High temperature working group.

09.06.2022: Online meeting of the Production innovation working group.

09.06.2022: Online meeting of the Solutions research working group.

09.06.2022: Online meeting of the High temperature working group.

09.06.2022: Online meeting of the Energy innovation working group.

08.06.2022: Online meeting of the Solutions research working group.

08.06.2022: Online meeting of the Energy innovation working group.

08.06.2022: Online meeting of the Transport innovation working group.

07.06.2022: Association "Anima mundi" submitted a proposal to EU Grant: Alternative Fuel Infrastructure Facility - Works - Zero Emissions.

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07.06.2022: Evaluation of new applications for membership of AAM.

07.06.2022: Online meeting of the Solutions research working group.

07.06.2022: Online meeting of the Energy innovation working group.

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07.06.2022: Online meeting of the High temperature working group.

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07.06.2022: Online meeting of the Biomedicine innovation working group.

06.06.2022: Online meeting of the Solutions research working group.

06.06.2022: Online meeting of the Energy innovation working group.

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06.06.2022: Online meeting of the High temperature working group.

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06.06.2022: Online meeting of the Transport innovation working group.

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03.06.2022: Online presentation of the report results of all working groups.

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03.06.2022: Online meeting of the EU green deal working group.

03.06.2022: Online meeting of the Solutions research working group.

03.06.2022: Online meeting of the Energy innovation working group.

03.06.2022: Evaluation of new applications for membership of AAM.

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02.06.2022: Online meeting of the Energy innovation working group.

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02.06.2022: Online meeting of the Transport innovation working group.

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02.06.2022: Online meeting of the Biomedicine innovation working group.

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02.06.2022: We are starting Solutions research working group meetings.

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01.06.2022: Energy innovation working group: