JP2010031380A - Earth cooling system - Google Patents

Earth cooling system Download PDF

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JP2010031380A
JP2010031380A JP2009251298A JP2009251298A JP2010031380A JP 2010031380 A JP2010031380 A JP 2010031380A JP 2009251298 A JP2009251298 A JP 2009251298A JP 2009251298 A JP2009251298 A JP 2009251298A JP 2010031380 A JP2010031380 A JP 2010031380A
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oxygen
hydrogen
generated
carbon dioxide
water
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JP2010031380A5 (en
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Takeshi Akimoto
健 秋元
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NIKEN SEKKEI JIMUSHO KK
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NIKEN SEKKEI JIMUSHO KK
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02E60/30Hydrogen technology
    • Y02E60/36Hydrogen production from non-carbon containing sources, e.g. by water electrolysis

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Abstract

<P>PROBLEM TO BE SOLVED: To solve the problems of global warming and ozone layer depletion. <P>SOLUTION: Water is decomposed into hydrogen and oxygen by electrolyzing tidewater to absorb heat. Ultimately, the oxygen generated is utilized to help restore the ozonosphere and cooling of air with negative heat of reaction while a part of the hydrogen generated is utilized as new energy, and the remainder is stored. Methane gas is produced from carbon dioxide dissolved in the tidewater and hydrogen generated by the tidewater electrolysis to cool the earth with the negative heat of the reaction and to utilize the generated oxygen for the restore of ozonosphere. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

本発明は、地球温暖化対策、及びオゾン層修復に関するものである。The present invention relates to global warming countermeasures and ozone layer repair.

地上の酸素濃度が低くなっている。The oxygen concentration on the ground is low.

「オゾン層破壊の原因はフロンガスである。」とする定説が唱えられている。The theorem has been advocated that "the cause of ozone depletion is freon gas."

「地球温暖化の原因は二酸化炭素(温室効果ガス)である。」とする定説が唱えられている。The theorem has been advocated that "the cause of global warming is carbon dioxide (greenhouse gas)."

地球温暖化及び、オゾン層破壊の原因は地球上の酸素不足と考え、酸素を増やす方法を考える。
図1(酸素が十分に有る場合)
▲1▼オゾンより軽い酸素は上昇し、▲2▼酸素は上空の強い紫外線でオゾンに変化する。
▲3▼オゾンは酸素より重いため下降する。▲4▼下降したオゾンは、弱い紫外線の下では不安定になり、▲1▼酸素に変化する。
以上が正常なオゾン層生成サークルと推定出来る。
図2(酸素が欠乏している場合)
▲5▼酸素減少のため酸素に替わり▲9▼オゾンより軽い二酸化炭素が上昇
▲6▼酸素が供給されない為、オゾン生成が出来ない。
▲7▼以前からあったオゾンは二酸化炭素より重いため下降し▲8▼酸素に変化する。
▲8▼で発生した酸素は化石燃料の燃焼で使用され、更に二酸化炭素が増える。
以上がオゾン層減少の原因と推測できる。
その結果、オゾン層が底尽きた時点で地上の酸素濃度減少が起こると推測される。
参考
各元素の1モル当たり重量
水素 2g 酸素 32g オゾン 48g 二酸化炭素 44g 窒素 28g フロンガス:CFC−12 121g CFC−115 154.45g
元素記号の降順
H,He,Li,Be,B,C,N,O,F,Ne,Na,Mg,Al,Si,P,S,Cl,Ar
The cause of global warming and ozone layer destruction is considered to be oxygen shortage on the earth, and a method of increasing oxygen is considered.
Figure 1 (when there is enough oxygen)
(1) Oxygen lighter than ozone rises, and (2) Oxygen changes to ozone by strong ultraviolet light in the sky.
(3) Since ozone is heavier than oxygen, it falls. (4) The lowered ozone becomes unstable under weak ultraviolet rays and (1) changes to oxygen.
The above can be estimated as a normal ozone layer generation circle.
Figure 2 (when oxygen is deficient)
(5) Instead of oxygen due to oxygen reduction, (9) Carbon dioxide lighter than ozone increases. (6) Oxygen cannot be generated because oxygen is not supplied.
(7) Ozone that had been before is lowered because it is heavier than carbon dioxide, and (8) changes to oxygen.
Oxygen generated in (8) is used in the combustion of fossil fuel, and carbon dioxide increases.
The above can be estimated as the cause of ozone layer reduction.
As a result, it is estimated that the ground oxygen concentration decreases when the ozone layer runs out.
Reference Weight per mole of each element Hydrogen 2g Oxygen 32g Ozone 48g Carbon dioxide 44g Nitrogen 28g Freon gas: CFC-12 121g CFC-115 154.45g
Descending order of element symbols H, He, Li, Be, B, C, N, O, F, Ne, Na, Mg, Al, Si, P, S, Cl, Ar

課題を解決しようとする手段Means to solve the problem

潮水を電気分解することで塩素,水素を発生させる。
発生した水素はエネルギー、又はメタンガス生成の資源として利用する。
(化1)
水素を燃焼する。
2H+O−−−>2HO+energy
逆に水を分解し水素,酸素を発生すれば空気熱を吸収する筈である。
2HO−−−>2H+O−energy
(化2)
潮水を電気分解する。(図3参照)
2NaCl−−−>2Na+Cl
Chlorine and hydrogen are generated by electrolyzing tidal water.
The generated hydrogen is used as energy or a resource for producing methane gas.
(Chemical formula 1)
Burn hydrogen.
2H 2 + O 2 ---> 2H 2 O + energy
Conversely, if water is decomposed and hydrogen and oxygen are generated, air heat should be absorbed.
2H 2 O-> 2H 2 + O 2 -energy
(Chemical formula 2)
Electrolyze tidal water. (See Figure 3)
2NaCl ---> 2Na + + Cl 2 -

(化2)で発生した水素と、二酸化炭素を吸収し海洋酸性化された潮水を使い、メタンガスを発生させて地球冷却化、オゾン層 修復、及び新エネルギー生成を目指す。
図4(干潮時の海水と満潮時の海水を使い、水素と二酸化炭素の接触を図る。)
▲1▼沼の藻は光合成により水を分解し、その水素と水中に融けた二酸化炭素と加合してメタンガスを生成している。
▲2▼▲1▼の事例から簡単にメタンガスを発生させる事は出来るが、水素は質量が軽い為、水位差を付けないと海洋酸性化した海水とは接触しない。
そこで干潮時の海水を電気分解し、発生した水素は満潮時の海水に送り込む。
その工程で水素と二酸化炭素を直接、接触させる。
図5 ▲1▼アルカリ化した海水と塩素を加合し、海水を中和する。
(化3)
発生したナトリウムはすぐに水と反応し、水酸化ナトリウムへと変化する。
2HO+2Na−−−>2NaOH+H(水素発生)
(化4)
メタンガスを燃焼すれば水と二酸化炭素と熱を発生する。
逆に二酸化炭素と水素を加合し、メタンガスを発生させれば熱を吸収する筈である。
CO+2H−−−>CH4+O−energy
人は上記化学式は困難であると云うが自然界では簡単にメタンガスを生成している。
(湖沼、人体等)
湖沼:自然界では藻等の、光合成による水の分解で水素、酸素を発生している。
その水素と、水に溶け込んだ二酸化炭素が加合してメタンガスを生成しているものと推測する。
(化5)
発生した水酸化ナトリウムと(化2)と発生した塩素を化合し中和する。
4NaOH+2Cl−−−>4NaCl+2H0+O(酸素発生)
以上の工程で水素、酸素を発生させる事が出来、結果的に水を分解したことになり、大気中の熱を吸収する。
発生した酸素はオゾン層修復に使用する。
その為には原価償却期間の短いクリーンな発電方法が必要になる。
特開2008−248892号広報
Using the hydrogen generated in (Chemical Formula 2) and tidal water that has absorbed carbon dioxide and acidified the ocean, methane gas is generated to cool the earth, restore the ozone layer, and generate new energy.
Figure 4 (Uses seawater at low tide and seawater at high tide to make contact between hydrogen and carbon dioxide.)
(1) Swamp algae decompose water by photosynthesis and combine it with carbon dioxide melted in water to produce methane gas.
Although methane gas can be generated easily from the cases of (2) and (1), since hydrogen has a light mass, it does not come into contact with ocean acidified seawater unless there is a difference in water level.
Therefore, the seawater at low tide is electrolyzed, and the generated hydrogen is sent to the seawater at high tide.
In the process, hydrogen and carbon dioxide are brought into direct contact.
Fig. 5 (1) Add alkalinized seawater and chlorine to neutralize seawater.
(Chemical formula 3)
The generated sodium immediately reacts with water and turns into sodium hydroxide.
2H 2 O + 2Na-> 2NaOH + H 2 (hydrogen generation)
(Chemical formula 4)
Combustion of methane gas generates water, carbon dioxide and heat.
Conversely, if carbon dioxide and hydrogen are combined to generate methane gas, heat should be absorbed.
CO 2 + 2H 2 ---> CH4 + O 2 -energy
Although humans say that the above chemical formula is difficult, methane gas is easily generated in nature.
(Lake, human body, etc.)
Lakes: In nature, hydrogen and oxygen are generated by the decomposition of water by photosynthesis, such as algae.
The hydrogen and carbon dioxide dissolved in water are combined to produce methane gas.
(Chemical formula 5)
The generated sodium hydroxide, (Chemical Formula 2) and the generated chlorine are combined and neutralized.
4NaOH + 2Cl 2 ---> 4NaCl + 2H 2 0 + O 2 ( oxygen evolution)
Through the above process, hydrogen and oxygen can be generated. As a result, water is decomposed, and heat in the atmosphere is absorbed.
The generated oxygen is used for ozone layer repair.
For this purpose, a clean power generation method with a short depreciation period is required.
JP 2008-248892 PR

発明の効果The invention's effect

世界上に多く分布する海水を使用して、地球冷却化対策、オゾン層修復、及び新エネルギー生成に役立てる。Using seawater distributed abundantly in the world, it will be useful for global cooling measures, ozone layer repair, and new energy generation.

次世代に残す、住みやすい地球を創造する為の手段を見つけた。I found a way to create a living environment for the next generation.

インフラ整備によって作り上げた都市部を海水面上昇による水没から守ることが出来る。It can protect urban areas created by infrastructure development from being submerged by sea level rise.

熱を吸収してから利用するので、地球温暖化防止に貢献出来る。Since it is used after absorbing heat, it can contribute to the prevention of global warming.

車社会、又は産業界等のエネルギーとして水素、又はメタンガスを活用する。
更に余った水素、又はメタンガスを保存すれば地球冷却化の効果は大である。
Utilize hydrogen or methane gas as energy for automobile society or industry.
Furthermore, if the remaining hydrogen or methane gas is stored, the effect of cooling the earth will be great.

発生した酸素で、大気中の酸素濃度は増幅し、オゾン層修復に効果がある。The generated oxygen amplifies the oxygen concentration in the atmosphere and is effective for ozone layer repair.

酸素が十分に有る場合のオゾン層生成図Ozone layer generation diagram when there is enough oxygen 酸素が欠乏している場合のオゾン層破壊図Ozone depletion diagram when oxygen is deficient 潮水の電気分解図Electrolysis diagram of tidal water メタンガス発生システム図Methane gas generation system diagram アルカリ化した海水の中和システム図Alkaline seawater neutralization system diagram

Claims (3)

潮水を電気を分解することで水を酸素,水素に分解し、更に熱を吸収するシステム。A system that breaks down water into oxygen and hydrogen by decomposing tidal water into electricity and absorbs heat. 潮の干満差、又は川の落差等を利用して2つの水位差のある貯水槽を作り、二酸化炭素と水素からメタンガスを生成するシステム。A system that creates methane gas from carbon dioxide and hydrogen by creating a water tank with two water level differences using tides or river heads. 二酸化炭素と水素との反応を促進する為の受け皿。A saucer for promoting the reaction between carbon dioxide and hydrogen.
JP2009251298A 2009-05-09 2009-10-09 Earth cooling system Pending JP2010031380A (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2011173883A (en) * 2011-02-10 2011-09-08 Takeshi Akimoto Global environment-improving system
DE112010005272T5 (en) 2010-02-16 2013-01-17 Sansha Electric Manufacturing Co., Ltd. PIN Diodes
JP2015533941A (en) * 2012-09-19 2015-11-26 ユニーク・グローバル・ポッシビリティーズ・(オーストラリア)・ピーティーワイ・リミテッド Hydrogen production

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE112010005272T5 (en) 2010-02-16 2013-01-17 Sansha Electric Manufacturing Co., Ltd. PIN Diodes
JP2011173883A (en) * 2011-02-10 2011-09-08 Takeshi Akimoto Global environment-improving system
JP2015533941A (en) * 2012-09-19 2015-11-26 ユニーク・グローバル・ポッシビリティーズ・(オーストラリア)・ピーティーワイ・リミテッド Hydrogen production
AU2013200983C1 (en) * 2012-09-19 2022-08-11 Unique Global Possibilities (Australia) Pty Ltd Hydrogen production

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