JPS62114696A - Preparation of mineral active water - Google Patents

Preparation of mineral active water

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Publication number
JPS62114696A
JPS62114696A JP60253303A JP25330385A JPS62114696A JP S62114696 A JPS62114696 A JP S62114696A JP 60253303 A JP60253303 A JP 60253303A JP 25330385 A JP25330385 A JP 25330385A JP S62114696 A JPS62114696 A JP S62114696A
Authority
JP
Japan
Prior art keywords
mineral
water
minerals
less
rock
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP60253303A
Other languages
Japanese (ja)
Inventor
Kenya Otomo
大友 健哉
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Individual
Original Assignee
Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP60253303A priority Critical patent/JPS62114696A/en
Publication of JPS62114696A publication Critical patent/JPS62114696A/en
Pending legal-status Critical Current

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Abstract

PURPOSE:To obtain an active substance, by a method wherein a metamorphic rock is finely ground and dried so as to reduce moisture thereof to 5% or less and chemically treated with a sulfuric acid solution to elute various mineral components in the rock. CONSTITUTION:Mineral such as quartz, sericite, biotite or chlorite is ground into granules with a particle size of 60 mesh or less. These granules are dried to adjust the moisture thereof to 5% or less and mixed with 25% sulfuric acid in an equivalent ratio and the resulting mixture is sufficiently stirred at 30-40 deg.C to obtain a raw solution of mineral active water. Corresponding to use, the raw solution is used as it is or formed into a product by dilution or neutralization. Mineral active water shows perfect mineral and ionization effect by using the same in a minute amount of several 1/1,000% and enables mass production.

Description

【発明の詳細な説明】 げ) 産業上の利用分野 片 本発明は変成岩の千枚岩や結J11X岩などの鉱物を原
料とし、これを乾燥し倣扮禾にしたのち傭r!Im液に
浸漬、加熱、撹拌するなどの化学処理を行なって、鉱石
中の各櫨ミネラル成分を溶出させて、;不うル活性水を
つくる鉱物化学製造方法に関する。
[Detailed Description of the Invention] Field of Industrial Application The present invention uses minerals such as metamorphic rocks such as phyllite and J11X rock as raw materials, and after drying and making them into imitative forms, it is used as a raw material. This invention relates to a mineral chemical production method in which chemical treatment such as immersion in an Im solution, heating, and stirring is performed to elute each oak mineral component in the ore to produce active water.

(ロ) 従来の技術 岩石から溶出[るミネラルについて特に注目されはじめ
たのは十a年r+iJかbのことで、岐阜系産出の〔麦
飯石〕(石英はん岩の一種)が、薬学博士増富寿之助氏
JP員島乙吉氏等によって命名されて以来のことと聞く
。七の後、岐阜薬科大学大野武力教授等Yはじめと「る
各研究グループによって次々と理論的な解明がなされ、
また、V業界VcHいても利用技術が開発されてζた。
(b) Conventional technology Minerals eluted from rocks began to attract particular attention in the 1000s and 1000s, when Maihanseki (a type of quartzite) produced in the Gifu region was discovered by a Ph.D. I heard that it was named after Mr. Tosanosuke Masutomi and Mr. Otokichi Shima, a member of JP. After 7, theoretical elucidations were made one after another by various research groups including Professor Takeriki Ohno of Gifu Pharmaceutical University and others.
In addition, even in the V industry VcH, utilization technology has been developed.

原石は薬石またはミネフル鉱石といわれる石英はん岩(
麦飯石など)、石英粗面g(真珠岩、太陽石、黒曜石な
ど)、凌大岩(ゼオライトなどン、4!a:/CC金含
有鉱物黒A母、11などの火成岩遼たはその変成岩が対
酸とさルてさたし01シこれまでの技術は何れも原石の
まよでこr′Lを小粒、−粒、鐵扮木の三つの形状に7
10工して行なわれている。七の理由は鉱石かカオリノ
化かゼ「ライト化し℃い℃イオノ父換作用があり、■強
い吸着力を侍っている ・9イオノ1羨作用)でよ6水
質り調幣力、この二つの効用乞持っていることが原石と
し゛〔の評IIIfiな高めていた ■纏出i不うルの
効用につい℃は、よく解明されていなかったようである
The raw stone is a quartz rock called medicinal stone or mineful ore (
Igneous rocks such as maifanite, etc.), quartz roughness (nacre, sunstone, obsidian, etc.), Lingdaite (zeolite, etc.), 4!a:/CC gold-containing mineral black A matrix, 11, etc., or their metamorphic rocks. Anti-Acid and Saru Tesatashi 01 All of the techniques used so far have been to convert raw stone Mayodeko r'L into three shapes: small grains, - grains, and ironwood.
It took 10 years to complete. The reason for number 7 is whether ore is converted into kaolinated ore. The fact that it possesses several benefits has given it a high reputation as a gemstone. ■It seems that the benefits of unreliable products have not been well understood.

したがって、岩石からのミネラルの溶解は水の循還、超
音波、)Ju M 、煮沸方式などの物理的・な手法で
何なりれるVC過ぎなかった。この事実(工公開特許P
52−44262、P52−118938、P52−1
45532、P53−12476、P53−69134
、P53−128139、P53−139743、P5
4−98357、P55−3743、P55−1123
70、P55−1’23697、P開57−10691
、P開58−146491などの資料をA食し【も十分
判明できる。
Therefore, the dissolution of minerals from rocks was nothing more than VC, which could be achieved by physical methods such as water circulation, ultrasonic waves, ) JuM, and boiling methods. This fact (P.
52-44262, P52-118938, P52-1
45532, P53-12476, P53-69134
, P53-128139, P53-139743, P5
4-98357, P55-3743, P55-1123
70, P55-1'23697, P open57-10691
, P. 58-146491, etc. can be fully understood.

七の後更に研究か進められ、■の溶出ミネラル成分だけ
の卓効につい℃理績的には解明されていたか、禾だ化学
的技法によって溶出ミネラルr人jkIC抽出する技術
は、はとんど開発されていなかった。
Further research was carried out after the 1970s, and the effectiveness of only the eluted mineral components in ① had been theoretically elucidated, but the technology for extracting eluted minerals using chemical techniques was almost impossible. It had not been developed.

ヒM  発明が解決しようとfる問題点薬石またはミネ
ラル鉱石と称せらルる原石つ・ら、化学処理によつ″C
之不ラう分を溶解抽出すれば簡単と思われるが種々の難
点がある。すなわち、原石が比較的に、f4値である。
The problem that the invention seeks to solve is that the raw stone called medicinal stone or mineral ore is caused by chemical treatment.
It may be easy to dissolve and extract these defects, but there are various difficulties. That is, the raw stone has a relatively f4 value.

麦販石の如きは原石が1トン当たり30万円から40万
円もする1次lC1@鱗テストをして4ると、なかなカ
リ時間を要することがml311した。したがって本発
明は、化学的な技法で鉱石から粘性の濃いミネラル成分
を大量に(♂出さt″C活住水を作り、七り)!ネラル
イオ/fイオン化作用を活用しようとrるも0)である
。すなわち、■原鉱とする鉱物にとの基吻を1定するか
、ミネラル成分微厳元虞の多いもの、岩石成分が平均し
に定し℃いる、減量が多い、誠虐iCI?lノ傅・−f
すい、1盆14有g戎5+1目ないもの、原鉱の1曲泊
が女い尋の各条件を必Aとす9゜■技術的な問題点とし
【は溶出方法を具体的にどうするかである。すなわち短
時間で必要とする′a度(普通、水に溶出する!不ラル
分の約500倍以上のもの)のミネラルを抽出rる必鷹
条件を設定することであり、基礎技術を確立して大型プ
ラント操業を可IIUとする製造フロノートまでを作る
ことである。
When we conducted the primary lC1@scale test for raw stones such as barley stone, which costs 300,000 to 400,000 yen per ton, we found that it takes quite a long time to produce ml311. Therefore, the present invention uses chemical techniques to produce a large amount of highly viscous mineral components from ore (♂outt''C active water is created, and seven times!Neralio/f ionization is attempted to be used). In other words, ■ The base of the mineral used as the raw ore is set to 1, or the mineral composition is very small, the rock composition is set to an average temperature, the weight loss is large, and the honest iCI ?lノ傅・-f
1 tray 14 g Ebisu 5 + 1 item without one ore, 1 song of raw ore, each condition of female fathom must be A. It is. In other words, it is necessary to establish the necessary conditions to extract minerals of the required degree (approximately 500 times higher than the mineral content that normally elutes in water) in a short period of time, and to establish the basic technology. The goal is to create a production flow notebook that enables large-scale plant operations.

(二] 問題を解決するための手段 岩石のミ半うル分か、どれほど水に溶出するかに一ノい
ての既発表の実験1hみると次のとJ6す。
(2) Means to solve the problem Looking at the previously published 1-hour experiment that focused on how much water the rock contains and how much it dissolves into water, we find the following.

〔薬石の研究〕=日本薬石理化学研究所発行=に益原屑
之助博士の〔電溶性と思われる薬石の溶解に就て〕の報
告がある。要約するとペグマタイト(巨晶花こう岩−山
口石の溶解試験を行なった結果検出さr、た成分はAl
、Mg%C&、Fe、Mn、Na、に、81.SO4、
C。
[Research on Medicinal Stones] = Published by the Japan Pharmaceutical Stone Research Institute, has a report by Dr. Kuzunosuke Masuhara [on the dissolution of medicinal stones that are thought to be electrosoluble]. In summary, as a result of the dissolution test of pegmatite (megagranite - Yamaguchi stone), the component detected was Al.
, Mg%C&, Fe, Mn, Na, 81. SO4,
C.

などで、Siはヒドロけい酸の状態で溶け℃いる。常一
時の溶解度を1とした場合、煮沸すると4倍溶け、塩酸
0.2%を加えると3倍市ける。その比率は常1!(2
0’C1:煮沸(100′C〕:塩酸(0,2%)=]
:4:13となる。
Si melts in the form of hydrosilicic acid at ℃. If the constant solubility is 1, it becomes 4 times more soluble when boiled, and 3 times more soluble when 0.2% hydrochloric acid is added. The ratio is always 1! (2
0'C1: Boiling (100'C): Hydrochloric acid (0.2%) =]
:4:13.

同じペグマタイト、山口石のll8P!4実験のデータ
(日本学術協会報占九巷三月、長島乙吉氏外1名)によ
ると、(D粟用滅′吻の溶解I長、貢は1.6チ〜1,
7%である(1旦し常温ン ・9粒子は微細+j v家
どI@鱗1が・袢い ■慕鱗度は岩石の組成分ic無浦
係で、むしろ元素〕)分子状態に関係する1り痰用鉱物
の4肩温度は40 ’C−60’Cが効率的である。
Same pegmatite, ll8P of Yamaguchi stone! According to the data of 4 experiments (Japan Science Association Houzan Kushan March, Mr. Otokichi Nagashima and one other person), (D millet dissolution I length, Mitsugu is 1.6 to 1,
7% (Once at room temperature, 9 particles are fine + j v family I @ scale 1 - 2) The degree of scale is related to the composition of the rock, rather it is related to the element]) It is related to the molecular state. The effective temperature for sputum minerals is 40'C-60'C.

以上のよ5 iCC研究前が発礫されている。As mentioned above, the area before the iCC research has been excavated.

原料にどの鉱石を選ぶかについ【中国の〔本革綱目〕に
記載されている薬石および現在日本国内において薬石ミ
ネラル鉱石と呼ばれ℃いる各機の鉱物を検討したが、一
長一短である。鉱物として各1ミネラル一?微量元素&
4つとも多く含むといわれる黒A#系鉱物に焦点をしぼ
り、/lμ水黒貢母、ペグマタイト産鉄97ア雲母、風
化化こう岩等々をテストした結果、!+チラル溶出は黒
婁母がきわめて早く4易であることが判明した。しかし
、成分の安定、鉱量、コスト間1i1などから火成岩鉱
物に属、a変成岩の千枚岩や結晶片岩が最適との結論W
c1L、、た。
Regarding which ore to choose as a raw material, we considered the medicinal stones listed in China's Genuine Leather Code and the minerals that are currently called medicinal mineral ores in Japan, but they have their advantages and disadvantages. One mineral each? Trace elements &
We focused on black A# minerals that are said to contain large amounts of all four of these minerals, and tested such minerals as /lμ water black tributary, pegmatite-produced iron-97 amite, and weathered granite. + Chiral elution was found to be extremely fast and easy for Kuroma. However, it was concluded that phyllite and crystalline schist, which belong to igneous rock minerals and are metamorphic rocks such as A-metamorphic rocks, are the most suitable due to the stability of the components, the amount of minerals, and the cost ratio W.
c1L...

原鉱と「ることに、選んだ千枚岩は、国内の中主層、古
生ノーに賦存し未利用資源とさlL′1:いる。鉱量は
膨大で重蚊属や有害成分なざむことかはとんと無く、成
分的に拘置である。
In particular, the selected phyllite is an untapped resource that exists in the middle strata and paleogetic layers of Japan. There is nothing wrong with nazamu, it is actually detention.

石英、絹雲母、黒雲母、f&泥岩か主で磁鉄鉱なども邑
み、カリウム、rルミニウム、鉄、−シグネンウムなど
γ多く含むほか、多種の微誓元素を含有し、@解が早く
、操業し9丁い鉱物である。
It mainly contains quartz, sericite, biotite, f& mudstone, and magnetite, and contains a large amount of potassium, luminium, iron, -signenium, etc., as well as various microelements, and is quick to dissolve and easy to operate. It is a 9-piece mineral.

け→実施例 阿武隈山系ペグマタイト中に賦存する17”7ノト状の
千枚岩を採板して資料とした。片d1工よく発達し〔お
り茶褐色な呈し表面はj気化している。原鉱を7・ツマ
−で74%副りしテストレールミルに入れ、スナールポ
ールを入れ゛〔約30分間a枠したO水分があり粉砕は
完ヱで)、Tf、 IJ・・ツブこ。
→Example A 17" 7-note phyllite plate existing in the pegmatite of the Abukuma Mountain Range was sampled and used as a material. The piece is well developed and has a brownish-brown appearance, and the surface is vaporized. Grind the ore to 74% using a 7mm grinder, put it in a test rail mill, put a Snarl pole in it (it has been milled for about 30 minutes, there is moisture in the A frame, and the grinding is complete), then Tf, IJ...Tsubuko.

61)メノシユリ網でぶるつにカ、 35’pJ)2以
上が通過した。しL・し、池り鉱石に比較rつと非11
c粉砕はd易であ一0粘土分が少ないJ′こめ、ボール
ミルもふるいも操作は6易である。原鉱を自然乾燥しC
A (ijうば条注−工もつと良(7g5、−fioメ
ノノ=1−?鉄板上−C? I−Pガスで火力4燥しt
こが、11.常Vこ短時111−C水分家5係以下に−
「る、−とが(:!た。
61) Mosquitoes of 35'pJ) or more passed through the agate net. Comparing to the pond ore and non-11
C crushing is easy, J' rice has a low clay content, and ball milling and sieving are easy to operate. Naturally dry the raw ore
A (7g5, -fio menono = 1-? On the iron plate -C? Dry with I-P gas for 4 hours)
11. Constant V short time 111-C moisture house 5 or less-
“Ru, -toga(:!ta.

シ1や)未刈23チA「ツ癖故比な1:1の6’I +
すで浸漬、熱′iLXビ吹ざIへ入撹拌・ど吠+fだ。
1 and) Uncut 23 Chi A ``Tsu habit ratio 1:1 6'I +
Already immersed in heat, turn on the heat and stir.

2時間後列、′[ケがす定したとこう、fベン−216
度だつtこものりiアイレージ26吠τ示めし、これ士
で・)〉池鉱物に比して4高のt4屏度を示めした。溶
、ff J)沈Illす7兄ケ4ると枯土分はpなく、
こルはしt米のlしヒ土、4と1u違すつところである
。ミネラ・し1分を?l杉j<+4出さぜるため、咄々
実験の結果、欠ノ〕じ決灸件が1・丙した。
2 hours back row, '
It showed a degree of t4 yield of 26 degrees, which is 4 times higher than that of pond minerals. Melt, ff J) Sediment Illsu 7 brother ke 4 and dry earth is pless,
This is the difference between 4 and 1 u of rice. Minella for 1 minute? In order to produce 1 cedar j < +4, as a result of the experiment, the moxibustion case was 1.

fなわ5゜、Dglf−4f−60メツツユ以Fシこす
る (り粉末はよく乾燥さ一+?て水分含有率な5チ以
丁にする ■I01度は25% 、り濾涜戚の・ト1主
1工3QC〜40Cな維持する ■七分撹拌fろ 頃)
微粉末附硫rtI液の混合比率はIIIと−r 6、こ
となどが必髪ぐある。
5°, Dglf-4f-60 or more. 1 main 1 part 3 QC ~ Maintain 40C ■ Stir for 7 minutes (around 7 minutes)
The mixing ratio of the finely powdered sulfurized rtI liquid must be III and -r6.

混合当初の硫酸t4液ζ)活性度は14度〜16度でち
るか、前述の条件で浸漬すると、約2時間でミネラル成
分が溶出し〔栢+主り為と昇い25哩はととなる、粒子
が大であシと溶出度が遅(へ子が−300,’〕/ユ以
下rc fx Qと、あとのひi、1九斥労する。5千
今に16;燥してい、Cいと粒子+3+才片の七ニーボ
ア、−の間し4に2にノrう一戊:rし諺漬液の侵べが
帳い。
The activity level of sulfuric acid T4 liquid ζ) at the time of mixing is 14 to 16 degrees, or if it is immersed under the above conditions, the mineral components will be eluted in about 2 hours. The particles are large and the dissolution rate is slow (Heko is -300,') / rc fx Q and the rest is 19 times. , C and particles + 3 + 7 knee bores, - between 4 and 2.

家rこ、筬(、直が12℃以1・・こt)とSトラル溶
出はほとんど停止し、4(1’C以I;vこなコとガス
の発)せが多くなり、公Hの原因乙!L’r0撹拌は粒
子間の価尖によって・諺酸液ケ槻劾化させ、酸素を引き
込みL★化作用・と活元化し、岑清ン促進させるのでじ
イ央I庖rる。′1)1こ4要なことは粉本x=j傭酸
浴液の比率Q、少なくこも多すぎてもtd屏度Vc人さ
く影4するのひ、正確にat盆する必要かある。
At home, the elution of STRAL almost stopped, and the elution of STRAL (when the temperature was 12℃ or higher) and gas emission increased, and the Cause of H! The L'r0 stirring causes the acid liquid to turn into a liquid due to the apex between the particles, attracts oxygen, activates the L★-forming effect, and promotes the formation of the liquid. '1) 1) The important thing is that the ratio of powder x = j of the acid bath liquid is Q, and if it is too small or too large, td folding degree Vc human exposure 4 is necessary.

以上の必要条件を守ってバノチナストを行なえば、粘性
25g、以上υ〕ミネラル活注水の原液を8易に441
造することができる。原よ?用途に応じ七のままか、f
 /、ニー H,薄すた9中川してこれをn +:6と
する。
If you follow the above requirements and perform Banochinast, the viscosity will be 25g or more υ] The undiluted solution of mineral live water will be 8 easy to 441
can be built. Hara? Leave it as 7 or f depending on the purpose
/, knee H, thin suta 9 Nakagawa and set this to n +:6.

(9−ろリリの幼果 岩石から溶出したミをラル、イオノ化σ)性能効果につ
いて、妓略洛科大字入野武男攻梵を始めとfうh研究グ
ループによつC次々と研究報告がi、′j))几て・・
るb’−1七σ)庄目すべご点は次のとおりで、5る。
(9-Ral, ionization σ of the leached minerals from the young rock of Rolili) Regarding the performance effects, research reports have been published one after another by the fuh research group, including Takeo Irino. i,'j)) 几te...
b'-17σ) Shome's super points are as follows, and 5.

1、 岩Eかうオ′S出した。不うルは、・「オノ化作
用がある。すなわち、溶出したミネラルはmける性1l
tr:待っており、水の中でどんどん小さなI!i立(
原子)にまで溶け、さらに原子グループの形に中で容:
する。このよう〆こミネラルがイセン化すると、!a 
la子や婆遡子をtテび〔活性化するので、−役の化学
物質とじ℃のミネラルの状態(分子、杉席)、′こより
、はるか7C功果力に作用する。
1. Iwa E Kauo'S was played. Furu has an onizing effect.In other words, the eluted minerals have the ability to melt.
tr: Waiting, smaller and smaller I in the water! I stand (
It melts into atoms) and then melts into atomic groups:
do. When these minerals turn into stone,! a
Since it activates the laziness and the grandmother, the chemical substance and mineral state (molecules, cedar) of the - role, and the effect on the 7C effect force are far greater.

2、 水中のMA沼e仔、漠勿ノ)1噛を押えシ)拗ざ
があり、水中の遊g11木や汚濁物質、付債物、雑ご1
 ’xど?吸音rる。
2. Underwater MA swamp e-child, 1) 1 bite) 1) There is a tendency, and there are floating trees, pollutants, attached materials, and miscellaneous 1) in the water.
'x? Sound absorption.

3、ミネラルがfオノ化しく酸素と晴合し、水に01鮮
な!不うル分を供給するので、二重に水の腐敗紮防ぐ。
3. Minerals mix well with oxygen, making the water fresh! Since it supplies waste water, it double prevents water spoilage.

4.浴出したミネラルのフルミナ分がImf 1Mアル
ミニウムと明ばん(m +Vi フルミニラムν)fヒ
合菌力や谷へ酸化塩のイオノ化填同J?′酸化還元の効
果も相乗的に期待することができるものと思われる。2 さて、上述の経過をたどって製造した本発明のミネラル
活性水の効果はどうであろうか。七の具体列をあげる。
4. The Flumina content of the minerals extracted from the bath is Imf 1M aluminum and alum (m + Vi Fluminirum ν) f Hiai bacterium and the ionization of oxidized salts to the valley. 'The redox effect can also be expected to be synergistic. 2 Now, what are the effects of the mineral activated water of the present invention produced by following the above-mentioned process? List seven specific sequences.

1 酸欠の状!1にある水槽に2〜31jを入れたとこ
ろ、仮死状1111Cあった金魚が元気に泳ぎはじめた
。その後、水草、藻等も、より−I−″I:燻した。
1 Oxygen deficiency! When I put 2 to 31j into the tank in 1, the goldfish 1111C, which was in suspended animation, started swimming vigorously. After that, aquatic plants, algae, etc. were also smoked.

2 生活雑廃水用水路から廃水を採堆する。原水は白濁
半透明で臭気が強い。この活性水を容盪比0.2チ点膚
して撹拌、更にPHが7になるまで消石灰ケ添加して撹
拌を続けると、廃水は茶黄色を呈してくる。目に見える
懸濁物も、溶解して目に見えないり旨肪塙、蛋白質、含
水炭素、アミノ酸などの有機物か次第に70ツクを形成
し、水と70ツクは分解して沈殿な始める。上部から次
第に清澄d1男な水となり、70ツクは底部に沈l殿r
ろが、回度撹拌しくも元にLにることは無い、この沈#
物を1濾過「れば廃水は清ittな水と、tす、臭気も
ほとんど無く、中水と一″c14?ll用することがで
きる。廃水のt局間がI晴いとどは4−1比チをプラス
し、4いとぎはマイナスVc/4と効果は1d]じで、
h 6゜七の浸lカ月間放ぼ−Iこが、清/[:iに一
4c (ヒマ工なく、70ツクはひしろ減少したように
見え1こ。
2 Collect wastewater from domestic wastewater canals. The raw water is cloudy, translucent and has a strong odor. When this activated water is added to the water at a stirring ratio of 0.2 g and stirred, slaked lime is added and the stirring is continued until the pH reaches 7, the wastewater becomes brownish-yellow. Visible suspended matter gradually dissolves into invisible organic matter such as fat, protein, hydrated carbon, and amino acids, and water and 70% decompose and begin to precipitate. The water gradually becomes clear from the top, and 70 drops settle to the bottom.
No matter how many times I stir the filter, it never returns to L. This sediment #
If you filter things once, the waste water will be pure water, almost no odor, and it will be like gray water. ll can be used. If the wastewater is clear between t stations, add 4-1 ratio, and if the wastewater is 4 to 1, the effect is 1d],
h 6゜ Soak for 7 months - I, clean / [:i 14c (Without time, 70 tsuku seems to have decreased considerably.

3 くみ取り用浄化槽に8月σ〕酷暑時、くる取りI[
後にくみ取り口へこの活性水50mJL、用メロに50
m44e点膚、その後1a間目ごとに30m4を用メロ
から点胸して、次のくみ填りまでの45日間を11A察
すると、はとんど悪臭はなく、換気扇の必要を感じない
ほどであった。便槽円は腐敗のalJはrt < 、固
形物と尿水はきれいに外端していた。
3 In the septic tank for collecting water in August σ] During the severe heat, remove it
Afterwards, pour 50 mJL of this activated water into the draining port, and 50 mJL into the melodium.
I applied 30m4 of m44e to my skin every 1a after that, and when I checked 11A for 45 days until the next infusion, there was almost no bad odor, and I didn't feel the need for a ventilation fan. there were. The alJ of the feces tank circle was rt < rt of putrefaction, and the solids and urine water were clean at the outer edge.

42L庭用風呂の浴槽に、容量のおよそ0.1チのこの
活性水を点滴し【入浴すると、老人性独特の体臭が消え
る。3日間風呂水を七のまま連続しくl!!用(N族5
人)したが、湯あかなどによる臭気を感じない。また、
湯あかの浮上もない。
When you drip approximately 0.1 inch of this activated water into a 42L garden bathtub, the characteristic body odor of the elderly will disappear. Drink bath water 7 times in a row for 3 days! ! For (N group 5
(people), but I don't notice any odor from hot water scale. Also,
No hot water scales surfaced.

5 おしきみ(遺物、榊の一檀〕な2調の花瓶に入れ、
一方は水道水、片刃にこの活性水を入れ毛比較してみた
ところ、水道水を入れた方は10日1には枝の根元が黒
くなり、水の腐敗で枯れはじめたのに対し、この活性水
を入れた方は1力月経過しても頂は青々としている。
5 Place it in a two-tone vase (relic, one piece of Sakaki),
When I put tap water in one side and this activated water in the other, I found that the roots of the branches turned black on the 10th and began to wither on the 10th, whereas this one used tap water. If you add activated water, the top will remain green even after a month has passed.

以上の具体例に見られるよ5く、本発明にがかるミネラ
ル活性水は1.000分の数係の微鷺を点滴することに
よって、完全にミネラル、イオン化の効果を発f4 L
 ’Cいる。
As can be seen in the above specific examples, the mineral activated water according to the present invention can completely develop mineral and ionization effects by instilling microsagi with a coefficient of 1.000 f4 L
'C is here.

すなわち、岩石の常温時の溶解度を1とした場合、本発
明によるミネラル活性水は約500倍以上の濃度の1ネ
ラルを含有し【いることになり、かつ、基礎技術が確立
されたことVCよって大型プラントの70ソ一ト作成は
容易であり、企業性に立脚して直ちに天敵生産が9症で
あるところに、鐘大の効果がある。
In other words, assuming that the solubility of rock at room temperature is 1, the mineral activated water according to the present invention contains about 500 times or more of 1 mineral, and the basic technology has been established. It is easy to create 70 solitaires in a large-scale plant, and the natural enemy production is 9 cases based on enterprise nature, but it has a huge effect.

以  上that's all

Claims (1)

【特許請求の範囲】[Claims] 変成岩の千枚岩や結晶片岩などの鉱物を原料として、こ
れを微粉砕、水分を5%以下に乾燥したのち、25%濃
度の硫酸溶液に浸漬、加熱撹拌するなどの化学処理を行
ない、鉱石中の各種ミネラル成分や微量元素を溶出させ
るミネラル活性水の製造方法。
Minerals such as metamorphic rocks such as phyllite and crystalline schist are used as raw materials. After finely pulverizing and drying to a moisture content of 5% or less, chemical treatments such as immersion in a 25% sulfuric acid solution and heating and stirring are performed to form ore. A method for producing mineral activated water that elutes various mineral components and trace elements.
JP60253303A 1985-11-12 1985-11-12 Preparation of mineral active water Pending JPS62114696A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP60253303A JPS62114696A (en) 1985-11-12 1985-11-12 Preparation of mineral active water

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP60253303A JPS62114696A (en) 1985-11-12 1985-11-12 Preparation of mineral active water

Publications (1)

Publication Number Publication Date
JPS62114696A true JPS62114696A (en) 1987-05-26

Family

ID=17249411

Family Applications (1)

Application Number Title Priority Date Filing Date
JP60253303A Pending JPS62114696A (en) 1985-11-12 1985-11-12 Preparation of mineral active water

Country Status (1)

Country Link
JP (1) JPS62114696A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2018503590A (en) * 2014-12-24 2018-02-08 ワン ヨンソンWANG, Youngsung Method for producing organic slow-release fertilizer

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4897356A (en) * 1972-01-08 1973-12-12
JPS60216887A (en) * 1984-04-12 1985-10-30 Fumitake Ogiwara Manufacture of igneous rocks used for incorporating mineral abundantly into drinking water

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4897356A (en) * 1972-01-08 1973-12-12
JPS60216887A (en) * 1984-04-12 1985-10-30 Fumitake Ogiwara Manufacture of igneous rocks used for incorporating mineral abundantly into drinking water

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2018503590A (en) * 2014-12-24 2018-02-08 ワン ヨンソンWANG, Youngsung Method for producing organic slow-release fertilizer

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