Japanese | English
| WASTE DISPOSAL / RECYCLING TECHNOLOGY | ||
|---|---|---|
| Exhibitor | Exhibition Content | Lot No. |
| specified nonprofit organization kawasaki citizizens soap plant | An introduction of “Kinarikko”, a bath soap made from cyclic-type waste food oil. It will be exhibited through panels to show how 100% recycled soap is made from collected waste Tempura oil. The ingredients include no fragrances or any other hamful additives. Additionally, various cooperated environmental activities will be presented. Meanwhile, we are considerating and groping through manufacturing and retailing waste food oil as recycled fuel. | B-10 |
| KAWASAKI BIOMASS POWER CO.,LTD | An introduction of power generating machine using woody biomass fuel and fuel making equipment for industrial wood wastes. | B-02 |
| CORELEX SAN-EI REGULATOR TOKYO MILL | Using difficult-to-recycle papers which are commonly thought of impossible for recycling,difficult-to-recycle waste paper recycling technology is effectively used for toilet papers production. We aim to make our factory environmental-friendly through recycling mixed papers collected from households and offices, and to dissolute unopened and unselected confidential documents. | B-05 |
| SHINWA INDUSTRY CO.,LTD． | We specialize in manufacturing custom made metal processing products. Main products are hopper-type container, PCB waste transport containers and other special products; in additions, we will present “Karasu mo maita! Kun”, a product helps resolving crow problems. Other environmental products will be exhiited as well. | B-12 |
| SUMITOMO HEAVY INDUSTRIES,LTD. | Using the Sumitomo Heavy Industries, Ltd. 's “Circulating Fluidized Bed Boiler”, wood biomass fuel from construction debris/unused thinning materials are recycled for new energy power-generation enterprises to use. The Kawasaki Biomass Power Plant of Kawasaki Biomass Electric Power Operation (Generating power output: 33MW) is scheduled to commence operation in February 2011. | B-03 |
| SOKEN CO,LTD | After composting food residue (soil conditioner) within 24 hours using bio and heat, it will be generated into nourishment for agricultural lands and flower beds. As deodorization equipment is built in for this garbage disposal, energy recycling conservation is promoted as an effective machine. | B-04 |
| DAI-ICHI HIGH FREQUENCY CO., LTD. | 1. Attention has risen to the technology using superheated vapor in environmental arenas, such as recycling and waste management. We will introduce clean heat resource IH type vapor superheated device and applied technology. 2. An introduction of sterling reliable FBG analyzer which enables examining skewness and temperature as well as new surface treatment technology using IH | B-07 |
| DAC KK | Line design, installation and maintenance for recycling use. We propose recycling solution for all materials (plastic, metal, glass and battery, etc.). | B-09 |
| DC Co,. Ltd. | The recycling of industrial wastes and by-products generated in the vicinity of Kawasaki, is generated as raw materials and fuel for cement production to reduce 6% CO2 In addition, by using the special blended cement which technical development was performed by DC company, CO2 discharges could be reduced by up to 60% compared to regular cement. | B-08 |
| PET REFINE TECHNOLOGY CO.,Ltd | In order to attain cycloid type recycle, we do not use the sterling limited petroleum. Instead, waste plastic bottles are used as resources to restore plastic bottle resin which is equivalent to petroleum originated resin. An introduction of chemical recycle technology of “It is the only one in Japan”, which makes contributions by saving limited global resources. | B-06 |
| Mitsubishi Kakoki Kaisha, LTD. | The major business pillar of Mitsubishi Kakoki Kaisha is the inititiaves toward environmental friendly product and technology. In this fair, we will introduce sewage treatment technology of MegaFuel System, biogas plant and BDF technology which effectively use biogas resources, and oil purifier which is used to generate BDF. | B-01 |
| YOKOHAMA NATIONAL UNIVERSITY | A. Associate Professor Masahiko Matsumiya: （1） rare earth metal collection technology using ionic liquid ; （2） Rare earth extraction and collection technology integrating electrophoretic and electro-deposition methods. B. Professor Shigeharu Tanisho: （1） Hydrogen production technology from bacteria of biomass; （2） hydrogen generation bacteria search kit development for educational use by children. | B-11 |
＜12＞
