Sub-Critical Water Reaction Equipment,Equipment contributing to global warming and global environment

recycling

recycling

M recycling machine ¡¡

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The 2oth century was a prosperous time for its petrochemistry. Needless to say, so far, oil has been not only used as energy resources, but also utilized as starting materials of various chemical products. Since these petrochemical products are very clean and good for long-term use, they were mass-produced and explosively spread all over the world. But they cause us a trouble that they are very hard to be dissolved by microorganisms. Typical products of them are synthetic plastics such as polyethylene, polypropylene, etc., the waste of which is nowadays and globally still disposed by dumping it into an ocean or by burying it at final landfill site. In Japan most of organic waste is still disposed by burning and its burned ash was buried at final landfill site, which causes various problems to be brought about now, such as global warming by burning treatment, dioxin and environmental hormones generated, and shortage of final landfill site for burying, etc.

''Merits by introducing our M recycling machine are as shown below;
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  • (1)It will make organic waste 100% recycled, protect our environment, establish recycling-based society, and promote and activate regional economy.
  • (2)Suppose your recycling plant utilizes ¡ÈSub-Critical Water Reaction equipment¡É without nitrous oxide and carbon dioxide discharged which causes global warming, also without dioxin generated which has bad influence on global environment, as a result, ¡ÈAnimal food of high nutritional value¡É and ¡Ènutritious potting compost¡É can be produced without any hazardous substance contained and kept in a germ-free state, .
  • (3)Low price production of animal food and compost from organic waste will bring about a reduction in costs of stock farm products and fish farming, also will bring about smaller price differences between domestic and overseas markets
  • (4)¡ÉWell-nourished potting compost¡É can enhance productivity of poor, under-nourished soil.
  • (5)¡ÈAnimal food of high nutritional value¡É, without any hazardous substance contained and kept in a germ-free state, enables us to promote food safety and security.
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Introduction of our M recycling machine utilizing this Sub-Critical Water Reaction enables environmentally friendly waste recycling.¡¡
Furthermore our M recycling machine enables not only reuse of waste as animal food and compost, but also application to various fields.

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  • It is now clearly acknowledged that, if Sub-Critical Water Reaction equipment is installed in methane fermenting equipment, generation of methane gas will increase. Usually organic substances in hot water can collect energy by methane fermentation, and as the pre-treatment of which, if Sub-Critical Water treatment is carried out, there are some effects occur, such as bacteria¡Çs digesting ratio for organic substances improves, its fermentation period will be substantially shortened, and generation of biogas will increase.
  • In mid-gut gland left after removing adductor muscle out of scallop, there is much heavy metal like cadmium contained at high density, which, however, not only could not have been usefully used so far, but also, a lot of treatment expenses used to pile up because of too much water content in a scallop. Sub-Critical Water Reaction treatment can make treated liquid separated into two layers of oil and liquid, so that heavy metal can be separated and extracted. And then there are valuable organic substances separated and extracted from the layers in a certain process of separation and extraction as shown below.
  • As for the method of saccharification in which bioethanol is produced from wood, there are such ways as acids or enzyme is used. But they may cause some problems, such as acid method brings about treatment equipment corroded by acid or causes disposal problem of liquid waste, while enzymatic method requires much time for its treatment and needs pre-treatment to remove lignin. Meanwhile Sub-Critical Water treatment for wood powder is now clearly acknowledged as substantially an excellent method good for speedy and mass production of the whole saccharide including oligosaccharide, which does not require any acid catalyst, or any special pre-treatment, and furthermore no disposal problem of liquid waste occurs in this way.
  • As for the disposal of organic sludge generated in a sewage treatment plant, indeed biogas is only partially produced by methane fermentation, and which succeeds in energy recovery, but in most cases, large amount of treatment expenses should pile up for waste disposal such as burning or burying at landfill site. Even in such a case, if, in stead of above mentioned methane fermentation, Sub-Critical Water treatment is added as pre-treatment of a high speed methane fermentation method, greater energy recovery is available. Furthermore, by this pre-treatment of Sub-Critical Water treatment carried out, indeed highly efficient energy recovery comes true as mentioned above, and at the same time, only if a phosphorus recovery system is also added here, it is possible to realize 80% to 95% high ratio of phosphorus¡Çs separation and recovery, which is a resource for compost, and supposed to be exhausted on the earth in the future. That is because phosphorus in activated sludge is stored in the inside of various microorganisms, and since the cells of which are destroyed by Sub-Critical Water treatment, phosphorus is flown out into treated liquid.
  • As mentions above, applied technology, a nucleus of which is formed by Sub-Critical Water Reaction treatment M recycling machine, is covering various fields of waste recycling treatment.

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