Hydrogen Water Pouch with In-Situ Magnesium Generation
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Solution Overview
Problem
Pouch containers fail to maintain sufficient hydrogen gas dissolved in hydrogen water due to leakage through sealed parts, making it difficult to provide hydrogen water with adequate hydrogen gas concentration, especially for reduced-hydrogen water which is prone to quick disappearance.
Innovation Solution
Incorporating a hydrogen generating substance, such as metal magnesium, within the pouch container, either in the form of a ceramic ball or kneaded into the exterior sheet material, which reacts with water to generate hydrogen gas, ensuring continuous replenishment and maintaining a sufficient hydrogen gas concentration.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If hydrogen water is stored in a pouch container with sealed parts, then portability and ease of use are improved, but hydrogen gas leaks through sealed parts causing loss of hydrogen concentration
Solution Approach 1:
A hydrogen generating substance (magnesium powder) is pre-loaded into a cartridge that is inserted into the pouch container before use. When water is added, the magnesium immediately begins generating hydrogen gas, proactively replenishing any losses and maintaining hydrogen concentration without requiring external intervention.
Solution Approach 2:
The pouch container system becomes self-sufficient by containing a hydrogen generating substance that automatically produces hydrogen gas when contacted with water. The system self-replenishes hydrogen without external input, compensating for leaks through the sealed parts and maintaining adequate hydrogen concentration autonomously.
2Reliability
If reduced hydrogen is introduced into a pouch container, then health benefits are improved, but reduced hydrogen disappears quickly due to leakage and instability
Solution Approach 1:
The magnesium-based hydrogen generating substance continuously produces hydrogen gas as long as water is present in the pouch container. This continuous generation ensures that reduced hydrogen is constantly replenished, maintaining its presence and effectiveness throughout the storage period rather than allowing it to disappear.
Solution Approach 2:
The invention changes the chemical state of hydrogen from pre-formed dissolved hydrogen (which degrades) to in-situ generated hydrogen through magnesium-water reaction. This parameter change from static hydrogen content to dynamic generation maintains higher and more stable reduced hydrogen levels over time.
3Reliability
If a cap is used to cover the mouth of the pouch container, then sealing and prevention of contamination are improved, but microspaces in the cap allow hydrogen gas to escape
Solution Approach 1:
The pouch container system self-compensates for hydrogen loss through the cap microspace by continuously generating hydrogen via the magnesium-water reaction. The system does not rely on perfect sealing but instead actively replenishes hydrogen to maintain adequate concentration despite the unavoidable leakage path.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The solution allows for long-term preservation and immediate supply of hydrogen water with sufficient hydrogen gas concentration, enhancing the usability and effectiveness of hydrogen water in pouch containers.
Implementation Method 1
a hydrogen generating substance which is reactive with water to generate hydrogen gas
Data Source
AI summary
A pouch container generating hydrogen water is provided. A beverage containing at least water and a hydrogen generating substance that reacts with water to generate hydrogen gas are contained in a pouch container that is sealed. Even when hydrogen in a gas form leaks from a sealed part or the like of the pouch container to the outside, new hydrogen gas is generated by the reaction of the water and the hydrogen generating substance in the pouch container. Hydrogen water having sufficient hydrogen gas dissolved therein can be provided even after the long-term preservation. For example, the hydrogen generating substance may be contained in a straw or may be kneaded into an exterior sheet material.