We can recycle all kinds of waste. / MIZUHOTECH, INC.  Ｊapanese /  English    |
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| A list of recycling technology Hydromex             |
 Hydromex Waste T’con  Safe and effective disposal Hydromex Related Technologies offer unique "non-burn" advantages that allow the complete usage of all MSW (municipal solid waste)through the shredding and separating of all waste in a proprietary shredding machine and vibration screener with 90% accuracy.The specially designed shredding machine runs with a healthy mixture of generated ozone which is fed into the blade chamber to pre-neutralize waste while preventing explosions often caused by combustible waste products inadvertently combined in the shredder. The shredded product is sorted by size into various waste streams of biodegradable and non-biodegradable aggregates. These materials are submitted to the licensed, proprietary chemical process called WasteT’Con, which stands for “waste to conversion.” This Hydromex Related Technology, comprised of 4 specially formulated and combined reagents, is mixed with the various waste streams to chemically alter substances into completely sterilized and neutralized products ready for new product creations. For example, toxic heavy metals are converted into harmless nitrates and calcium in the reaction process that creates an environment destructive to all living matter including bio-hazardous products. Biodegradable materials are mixed with soil activation materials to produce organic compost that can be engineered as crop specific enriched soil. Tests in Japan were done on the growth of Japanese corn. With typical field fertilizer, the growth maturation of Japanese corn is 100 days. Using crop specific Hydromex Related Technology organic compost, there was an improved maturation time of 85 days. Other tested crops have had similar accelerated growth results. Non-biodegradable materials are combined with cement binders in various formulas as fiber strengthening aggregates to create reinforced form concrete products, lightweight building products and concrete for larger scale pours. The aggregates can be sold as product to cement companies or directly to the consumer. An interesting aspect of the product is that it is fire retardant to 1200°C which makes it ideal for insulation from heat. Toyota of the Philippines successfully employed the non-biodegradable material production process since April 2003 and they have saved over 40% on all on site construction costs, which are now comprised mostly of contract labor. It took several Japanese test labs to approve the process usage earlier in 2003 for Toyota. The current benefit to plant operations is that Toyota of the Philippines now operates as a zero waste facility to qualify as ISO 14001 compliant. This ISO 14001 EnvironmentalManagement System (EMS) is the world’s most recognized EMS framework – accepted from Argentina to Zimbabwe – that helps organizations both to manage better the impact of their activities on the environment and to demonstrate sound environmental management. This results in advantages in financing, insurance, marketing, regulatory treatment, and other areas.     Toyota International now has big plans for all of its 200+ manufacturing facilities worldwide to use Hydromex Related Technologies to become ISO 14001 compliant facilities by the end of 2005. Other well known companies feed collective hazardous waste into the Hydromex Related Technologies process as a kind of collaborative chemical waste resource. Each company pays to provide their hazardous waste stream to the conversion process to support the Hydromex Related Technologies facility operations. Supplemental chemicals are purchased to complement the reaction processes, but these costs are minimal with the contributions from the industrial firms. If any community is aware of every form of commercial waste stream in the Market,they should be able to fully assess the solutions to the problems of the market. We are confident many of the principles used in the international market to neutralize these waste streams can be employed. With the creation of new waste converted products, Hydromex Related Technology intends to provide hope for the future with innovative industries that blend into and support existing building material and agriculture markets. With daily volumes of about 300 tons of MSW per day, an estimated 90 cubic yards of cement and 120 tons of organic compost are generated by the process. There is enough non-biodegradable material each day for 324 feet of sidewalk concrete or roughly 36,000 8” hollow tile blocks, or equivalent concrete building material. There is also enough biodegradable material each day for about 120 tons of “High Nutrient” organic compost for agriculture. “High Nutrient” organic compost is a valuable soil component. Some of the improvements in soil properties that can result from using “High Nutrient” organic compost are: improved soil porosity; improved water retention; improved soil infiltration; improved resistance to erosion; improved storage and release of nutrients; decreased soil crusting; improved soil tilth; and plant disease suppression. Due mainly to its organic matter and humus content, compost helps to reduce erosion and improve plant growth, which can substantially reduce nutrient transport in runoff to surface waters. Unlike ordinary compost, Hydromex Related Technology generated compost has the additive benefits of elevated levels of nitrates, phosphates and potassium (NPK) as a byproduct of the chemical neutralization process. Therefore, the addition of Hydromex Related Technology “High Nutrient” organic compost to soil not only reduces erosion and recycles nutrients, but it also provides fertilizer, longer term soil enrichment and important water quality benefits. With the expansion of services, WasteT’Con could eventually convert all the waste streams in any community to produce safe products for land reclamation and landfill cover. Use of the products will have no leaching or methane gas production. In fact, TCLP (Toxic Characteristic Leaching Procedure) tests were conducted by many international, independent laboratories on Hydromex Related Technology products to determine levels of environmental safety at least 85% below EPA standards. This means that landfills can now be more environmentally friendly with no smell; no methane and no dangerous chemical leaching that come from typical waste dumping into landfills. Eventually, landfills would disappear only to leave the natural beauty of nature intact. For a stronger economy, each community will be less challenged by the costs related to waste management through the creation of waste conversion products. Government willingness to utilize such waste conversion products can mean significant budget savings on annual building material costs. Affordable housing projects can now be built using inexpensive waste converted building materials. The development of the environmental engineers in the waste conversion industry is paramount if we are to evolve beyond landfills, dumping and incineration. It is therefore important to establish educational facilities to further studies around these highly effective technologies. As part of the facility, Hydromex Related Technology intends to develop lab facilities for verification, testing and education. Classrooms will also be included in the design and construction of any facility. The classrooms will be designed to assist in the training of engineers from around the region. Educational programs with hands on mechanical, chemical, geological problem solving and real world waste experience form the basis of our curriculum. Research to develop new products from the various waste streams around the world will also be investigated and new solutions will be tested and shared with other sister facilities in the Philippines, Spain, Ukraine and elsewhere. Field experts from around the world will be invited to symposiums and training seminars as part of the developing program. With your support and government approval, Hydromex Related Technology can help your community  |
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