Low temperature catalytic thermolysis of water

[Sergh]

About "what's new":

So far, a little new.
Due to the poor replication of other options, I returned to this setup:

https://overunity.com/18865/low-temperature-catalytic-thermolysis-of-water/msg575130/#msg575130

Small differences:
1. The center conductor in the quartz tube is insulated. It is sealed in a small glass tube.

2. A second pipe is added to the water tank, which is connected to a small valve connected to the atmosphere. This is to provide a small amount of air to transfer the gases from zeolite to hydrogen sensor.

3. Instead of two syringes, a relatively large hydraulic cylinder is used as a vacuum pump. As cavities, cavities are used for the forward and return stroke of the piston.
Such a hand pump allows pumping down to almost -100 kPa. But it's hard to do it by hand. So far I can't find an electrical replacement. In general, the process looks like if the zeolite is constantly in a vacuum, the hydrogen yield decreases. It is necessary to alternate cycles with normal and low pressure. It would be good in the engine cylinder. But the engine cylinder does not provide such low pressure. In a bad vacuum, hydrogen is not produced.
It is probably necessary to move to a higher pressure in the compression cycle, then a good vacuum is not needed. It is not yet clear how to physically implement this. In addition, I am afraid that when the HHO mixture is compressed in the hydrocylinder, self-ignition and "badabum" may occur.

4. There is a suspicion of a strange effect, but needs verification..
If the conductor is loosely wound and there is a gap between the conductor and the glass, then ozone is formed outside the quartz and smell is felt, and more hydrogen is formed at the outlet of the zeolite. If the heating conductor is tightly pressed against the quartz tube, then less hydrogen seems to be obtained. Maybe the release of hydrogen is helped by micropulse discharges between the conductor and the glass.

Hydrogen production, even at best, remains small.

About "what's interesting":

JP2006185638A Battery

Reference Example 1:
Preparation of H-type zeolite
Clinoptiolite [Na 6 (Al 6 Si 10 O 72 ) · 24H 2 O] having a specific surface area of 18.0 m 2 / g was used as a raw material zeolite. This was immersed in a 5% saline solution for 60 minutes and then immersed in a 10% aqueous solution of citric acid for 60 minutes. The product was washed with water and dried to obtain H-type zeolite.

Reference Example 2:
Production of Electrolytic Solution
The liquid of the present invention was produced using the apparatus shown in FIG.
1100 g of calcium hydroxide was charged into the container 10, and 10 liters of water and 2500 g of phosphoric acid were charged into the container 20. Both were mixed and supplied to the container 30. The contents in the container 30 were stirred at room temperature for 0.5 hours to be reacted. Thereafter, the contents of the container 30 were transferred to the container 40. The contents of the container 40 were supplied to the electrolysis unit 50 charged with 10 kg of H-type zeolite, and the effluent from the container 50 was returned to the container 40 and circulated. The voltage in the electrolysis unit was 18V and the current was 10A. The circulation was terminated when the current reached 20A. The product was filtered to obtain an electrolytic solution.

Example 3

The motor was run again for 80 minutes and charged for 15 minutes. Furthermore, when the motor was operated for 3 hours, the voltage dropped to 1.69V. When the load was stopped and the change in voltage was measured, the following results were obtained.

Time (minutes) 2 10 16
Voltage 1.7 1.73 1.75

It was confirmed that the voltage recovered by leaving the battery unattended.

JP2008270001A  Composition having electromotive force and power source unit such as power source cell

When the above cells were regarded as one cell and five cells were connected in series, a power supply unit showing a current of 5 to 6 V and 100 mA was obtained.
When this power supply unit was connected to a white LED of 30 mA, 4.5 V, the lighting time lasted for about 200 hours.

After the power was consumed and the lighting was stopped, the water absorbent sheet was absorbed with water of about 20%. The light was then turned on again and the lighting time lasted for about 100 hours.
Re-lighting with hydration was realized repeatedly.

[Sergh]

It seems that this patent quite fully describes the chemical process of creating a battery:

JP2008270001A

Composition having electromotive force and power source unit such as power source cell or the like and manufacturing method of the same

  In the power cell of the present invention, a sheet of paper or cloth having ion exchange ability is used between the anode member and the cathode member, and the water absorbing member is placed in a desired position in the cell between the anode member and the cathode member. Since the electric power generated by the chemical reaction is consumed and the necessary electric energy is insufficient, a small amount of water is supplied to the water absorbing member between the anode member and the cathode member. By humidifying the moisture to about 20%, the absorbed moisture is electrolyzed into hydrogen ions and hydroxide ions by energization of the anode member and the cathode member, and the hydroxide ions gather at the anode member to generate a new electromotive force. Therefore, the power source cell is self-charged without requiring an external current, and the electromotive force is self-regenerated only by supplying a small amount of water.

[kolbacict]

By humidifying the moisture to about 20%, the absorbed moisture is electrolyzed into hydrogen ions and hydroxide ions by energization of the anode member and the cathode member, and the hydroxide ions gather at the anode member to generate a new electromotive force. Therefore, the power source cell is self-charged without requiring an external current, and the electromotive force is self-regenerated only by supplying a small amount of water.

[Sergh]

   Should always have a path towards continuing open source research in a productive
Environment.

Hey Chet!

Artificial intelligence advised to contact the inventor named in this patent so that he could explain the meaning of these lines.

You can help? Contact the inventor and explain the meaning of open source and attract as a new member of the forum?
The patents are written very openly and clearly, I suppose he might agree.

The inventor's name is Yoshiaki Koike or 吉昭小池 or 小池吉昭 in Japanese.
1-20-17-50 Natsumidai, Funabashi City, Chiba Prefecture

Patent: JP2008270001A
Current Assignee: Individual
Status: Expired - Fee Related

    Composition having electromotive force and power source unit such as power source cell or the like and manufacturing method of the same

      In the power cell of the present invention, a sheet of paper or cloth having ion exchange ability is used between the anode member and the cathode member, and the water absorbing member is placed in a desired position in the cell between the anode member and the cathode member. Since the electric power generated by the chemical reaction is consumed and the necessary electric energy is insufficient, a small amount of water is supplied to the water absorbing member between the anode member and the cathode member. By humidifying the moisture to about 20%, the absorbed moisture is electrolyzed into hydrogen ions and hydroxide ions by energization of the anode member and the cathode member, and the hydroxide ions gather at the anode member to generate a new electromotive force. Therefore, the power source cell is self-charged without requiring an external current, and the electromotive force is self-regenerated only by supplying a small amount of water.

He is a researcher who has been studying the properties and applications of apatite-like compounds, especially their ability to generate hydrogen in water.

[1] 小池吉昭 他、アパタイト様組成物による水素の水中固定に関する研究、日本機能水学会第
11 回学術大会(2012).
[1] Yoshiaki Koike et al., Research on fixation of hydrogen in water by apatite-like composition, Japan Society for Functional Water, Vol.
11th Annual Scientific Meeting (2012).

[2] 小池吉昭           他、紫外線照射によるアパタイト様組成物の水素発生現象、

日本機能水学会第 12
回学術大会(2013).

[2] Yoshiaki Koike et al., Hydrogen generation phenomenon of apatite-like composition by ultraviolet irradiation,

Japan Society for Functional Water 12th
2013 academic conference (2013).

小池吉昭, 西尾晃一, 武藤修路,
中村隆春, 久保田昌治
紫外線照射によるアパタイト様組成
物の水素発生現象
第12回学術大会講演要旨集,
p75-76

Yoshiaki Koike, Koichi Nishio, Shuji Mutoh,
Takaharu Nakamura, Masaharu Kubota
Apatite-like composition by UV irradiation
Hydrogen generation phenomenon of matter
Abstracts of the 12th Annual Scientific Meeting,
p75-76

小池吉昭, 宮崎帆波, 西尾晃一,
加藤光一, 中村隆春, 久保田昌
治, 光永徹
アパタイト様組成物の水素発生に
対する鉄イオンの影響
第13回学術大会講演要旨集,
p49-50

紫外線照射によるアパタイト様組成物の水素発生現象

Yoshiaki Koike, Honami Miyazaki, Koichi Nishio,
Koichi Kato, Takaharu Nakamura, Masaru Kubota
Osamu, Toru Mitsunaga
For hydrogen generation of apatite-like composition
effect of iron ions on
Abstracts of the 13th Annual Scientific Meeting,
p49-50

14．アパタイト様組成物の水素発生に対する鉄イオンの影響
小池吉昭 1
、○宮崎帆波 2
、西尾晃一 2
、加藤光一 3
、中村隆春 2
、久保田昌治 3
、光永徹 4
（1
新水素水研究会、2
奥長良川名水㈱、3
㈱ウォーターデザイン研究所、4
岐阜大学応用生物科学部）

【法政大学情報科学部】 小池崇文先生の研究室紹介動画「究極のリアリティを目指す」【ディジタルメディア学科】


14. Effects of iron ions on hydrogen evolution in apatite-like compositions
Yoshiaki Koike 1
, Miyazaki Honami 2
, Koichi Nishio 2
, Koichi Kato 3
, Takaharu Nakamura 2
, Masaharu Kubota 3
, Toru Mitsunaga 4
(1
New hydrogen water study group, 2
Oku Nagaragawa Meisui Co., Ltd., 3
Water Design Institute Co., Ltd., 4
Faculty of Applied Biological Sciences, Gifu University)

[Faculty of Information Science, Hosei University] Professor Takafumi Koike's laboratory introduction video "Aiming for the ultimate reality" [Digital Media Department]

22．アパタイト様組成物による水素の水中固定に関する研究 ・・・・・・・・・・・・・・・・・・・ 69
○小池吉昭 1
、〇西尾晃一 2
、武藤修路 2
、中村隆春 2
、久保田昌治 3
（1新水素水研究会、2奥長良川名水㈱、3
ウォーターデザイン研究会）

22. Research on fixation of hydrogen in water by apatite-like composition ・・・・・・・・・・・・・・・・ 69
Yoshiaki Koike 1
, Koichi Nishio 2
, Shuji Mutou 2
, Takaharu Nakamura 2
, Masaharu Kubota 3
(1 New Hydrogen Water Research Group, 2 Oku Nagaragawa Meisui Co., Ltd., 3
Water Design Study Group)

23．紫外線照射によるアパタイト様組成物の水素発生現象 ・・・・・・・・・・・・・・・・・・・・ 75
小池吉昭 1
、○西尾晃一 2
、武藤修路 2
、中村隆春 2
、久保田昌治 3
（1新水素水研究会、2奥長良川名水㈱、3
ウォーターデザイン研究会）

23. Hydrogen Evolution Phenomenon of Apatite-Like Compositions by UV Irradiation ・・・・・・・・・・・・・・・・・・・・ 75
Yoshiaki Koike 1
, Koichi Nishio 2
, Shuji Mutou 2
, Takaharu Nakamura 2
, Masaharu Kubota 3
(1 New Hydrogen Water Research Group, 2 Oku Nagaragawa Meisui Co., Ltd., 3
Water Design Study Group)

I didn't find any other contact details.

[ramset]

Sergh
I will start contact  process today
And speak with open source scientists who can possibly help
With this Japanese contact ( I was going to ask this week prior to your post today)


Tremendous gratitude for your efforts
Hydrogen ( water) is my pet obsession


Respectfully
Chet