Process food waste and by-products in-house! Improve operational efficiency and further reduce CO2 emissions during transportation.
We would like to introduce a case study of the installation of the commercial food waste processor "Sinkpia GJ-100" at Rock Field Co., Ltd.'s Tamagawa Factory. The aim is to enhance operational efficiency by processing food processing residues generated during the manufacturing of products that were previously treated as industrial waste, and to contribute to the environment by reducing CO2 emissions during transportation. Additionally, by collaborating with the company in the medium to long-term trial operation of a biodegradable microbial house (fungus bed) that they are developing towards practical application, we will work towards the next standard as a biodegradable food waste processor. [Case Overview] - Processing food processing residues generated during the manufacturing of products that were treated as industrial waste in-house. - Aiming to enhance operational efficiency and contribute to the environment by reducing CO2 emissions during transportation. *For more details, please download the PDF or feel free to contact us.
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"What we want you to discard is the conventional wisdom of food waste disposal machines." The development concept of Sink Pia is to process food waste 'without transporting, without burning, and on-site.' By self-processing food waste within facilities, it contributes to CO2 reduction and the SDGs. Japan's food waste disposal, which has relied heavily on incineration, is at a turning point, and many companies are entering the food waste processing machine industry to meet the needs of the times. However, it is also an industry where many companies have been forced to withdraw due to issues related to research and development costs, as well as a lack of knowledge, experience, and skills. Some have already started demonstration experiments, focusing on the development of microbial houses using biodegradable materials, the development of devices for processing dirty biodegradable containers, and further research on resource recovery such as liquid fertilizers and soil conditioners from decomposed water. We aim to be a company that is needed by more customers and can realize a society that is friendly to the future of the Earth's environment.