MiZ Company Limited

PRODUCTS

This section describes the applied technologies based on our platform technologies. We are also ready to offer the other technologies according to customer needs.

Non-destructive method of adding H2 into liquid medicine

The “Non-destructive method of adding H2 into liquid medicine” is the method that makes H2 included in the commercial liquid medicine including IV solution, dialysis fluid, liquid drug, or organ storage solution from outside of their containers. The method can add H2 to the products without any modification of production process of the products that is always under control of strict qualification management.

The method is characterized in that a commercial liquid medicine kept in a hydrogen-permeable bag like polyethylene bag is directly immersed in saturated H2 water, which is produced by our special apparatus (“Non-destructive H2 adding apparatus”) that is composed of “our special “electrolyzer” and “water tank”. In other words, while water in the water tank is electrolyzed periodically with being circulated between the electrolyzer and the water tank to be made included H2 at the saturating concentration stably, liquid medicines are immersed into such saturated H2 water and kept in it, gradually increasing in the H2 concentration depending on time till it gets the equilibrium.

The “Non-destructive H2 adding apparatus” can also be installed in a place such as a nurse’s station in a hospital. Using this apparatus, nurses will be able to make H2 included in any liquid drug (saline, painkiller, or liquid drug) for respective patient without any amendment of therapeutic strategy.

Also, this high quality assurance makes it possible to use the method in clinical studies in universities that are guided by ethical directions including protecting subject’s safety.

MiZ Electrolyzer

MiZ electrolyzer does not have an anode chamber unlike the conventional electrolyzer that is being used in commercial alkali ion water producing devices.

MiZ electrolyzer also set an anode plate, a cathode plate, and a membrane between them, but the anode plate is set outside of the electrolyzer. An anode chamber that is assumed to be set next to the anode plate is cut flatly.

The narrow space between the anode plate and the membrane functions as the anode chamber in MiZ electrolyzer. When water is poured into MiZ electrolyzer, the space is also filled, but the membrane absorbs water and does not leek it outside of the space. Thus, the space does not produce any anode water, while it can exert anodic function.

MiZ electrolyzer does not produce any acidic water in the anode chamber unlike the conventional electrolyzer in commercial alkali ion water producing devices.

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The method comprises the following steps:

1. dripping a solution of the oxidation/reduction pigment into a predetermined amount of the test solution, in which the precious metal colloid catalyst is also added;
2. calculating the amount of dissolved hydrogen in the test solution from the dripped amount of oxidation/reduction pigment up to the end point of the pigment color change through reduction reaction of that oxidation/reduction pigment employing the precious metal colloid catalyst;
3. performing quantitative analysis of the dissolved hydrogen concentration in the test solution based on the predetermined amount of the test solution and the dripped amount of pigment.

Detergent for cloths (The main ingredients are inorganic salts)

We formulated the detergent which has almost the same detergency as the commercial detergent by combining alkali buffering inorganic salts as its main component with anti redeposition agent, which decreases the surface tension of the washing liquid slightly. Our detergent is much superior to the commercial detergent in terms of its safety to living organisms and the environment because it does not include any surfactant.

We formulated the detergent which is superior to the commercial detergent in terms of detergency, making the entire hardness components including ones from the washing water and ones from stain from cloths in the washing liquid. Our detergent is also superior to the commercial detergent in terms of its safety to living organisms and the environment because it does not include any surfactant.

 

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