With the strong belief that “hydrogen is helpful for everyone,”
ACCHE is engaged in research and development on the
synthesis of hydrogen powder, which is a raw material, in cooperation with a national university.
2019 : |
Evaluation of released amount of hydrogen after high pressure hydrogen loading in carbonate Results in Engineering, Volume 4, December 2019, 100047 Rui Okudaa, Keiji Komatsua, Atsushi Nakamuraa,b, Osamu Itob, Keiki Nambuc, Hidetoshi Saitoha |
2020 : |
Hydrogen adsorption and desorption characteristics of heat-treated calcium carbonate derived from Akoya-Pearl-Oyster nacre Journal of Environmental Chemical Engineering, Volume 8, Issue 4, August 2020,103983 Heng Lia, Keiji Komatsua, Atsushi Nakamuraa,b, Osamu Itob, Keiki Nambuc, Hidetoshi Saitoha |
aDepartment of Materials Science and Technology, Nagaoka University of Technology, 1603-1 Kamitomioka, Nagaoka, Niigata, 940-2188, Japan
bChubu Chelest, 3-3-3 Hinagahigashi, Yokkaichi, Mie, 510-0886, Japan
cACCHE Corporation, 1-16-16 Toranomon, Minato-ku Toranomon 1-chome MG Building 10th Floor, Tokyo, 105-0001, Japan
2019 |
Japan Society of Applied Physics,JAAP Spring Meeting 9p-S321-2 Measurement of specific surface area of pearl powder by hydrogen adsorption Yunosuke Takatoku1, Li Heng1, Keiji Komatsu1, Atsushi Nakamura1,2, Osamu Ito2, Keiki Nambu3, Hidetoshi Saitoh1 (1: Nagaoka Univ. Tech., 2: Chubu Chelest Co., Ltd., 3: ACCHE Corporation) |
2019 |
The Ceramic Society of Japan Annual Meeting 1J21 Measurement of hydrogen specific surface area of deproteinized nacres Yunosuke Takatoku1, Li Heng1, Keiji Komatsu1, Atsushi Nakamura1,2, Osamu Ito2, Keiki Nambu3, Hidetoshi Saitoh1 (1: Nagaoka Univ. Tech., 2: Chubu Chelest Co., Ltd., 3: ACCHE Corporation) |
2020 |
The Ceramic Society of Japan Annual Meeting 1J22 Crystal structure change of lightly fired pearl-nacre powder obtained from pearl oyster Heng Li1, Keiji Komatsu1, Atsushi Nakamura1,2, Osamu Ito2, Keiki Nambu3, Hidetoshi Saitoh1 (1: Nagaoka Univ. Tech., 2: Chubu Chelest Co., Ltd., 3: ACCHE Corporation) |
Five other presentations
With the strong belief that “hydrogen is helpful for everyone,”
we use our special selection of ingredients so that our loyal customers can safely enjoy our products.
Coral powder contained in all hydrogen supplements from ACCHE.
Do you know what it consists of?
We would like to tell you about coral powder, the base material of ACCHE’s products.
Hydrogen, a gas in nature, cannot be kept in supplements as-is. It was coral powder that was chosen as the material to convey hydrogen.
We successfully fixed hydrogen on the surface of the
carrier, coral calcium, using our unique method. When the coral calcium enters the body, hydrogen is generated upon contact with moisture.
Coral powder is powdered coral, as the name implies. The coral powder that ACCHE uses as an
ingredient of our supplements is extracted from particles or chunks of coral left with only the skeleton due to weathering by the beautiful ocean of Okinawa over the years and washing by waves.
*You need to be approved by the national or local government to use coral, including coral particles already weathered.
Coral powder contains various trace minerals and has been used from ancient times to replenish calcium in the body.
The tolerable upper intake level of calcium is 2.5 grams a day for adults, and none of our products exceed this level. Use the
recommended intake provided on the back of the product packages as a reference and enjoy our products.
The weathered skeleton of coral, a source of coral powder, is generated in nature, and the amount
generated is said to be over 1 million tons a year. Since the amount we use for our food product is only less than 1%, it is free from environmental destruction.
With the strong belief that “hydrogen is helpful for everyone,”
we pay special attention to our manufacturing process to ensure we deliver safe products to our loyal customers.
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