Process kitchen waste 'without transporting, without burning, on-site'.
We have installed the commercial food waste processor Sink Pia GJ-30 at Japan National Canned Foods Co., Ltd. (Ibaraki Prefecture). The development concept of Sink Pia is to "process food waste on-site without transporting or incinerating it," aiming for an environment where food waste is not generated from kitchens, waste storage areas, and businesses. The processing method involves microorganisms decomposing food waste into liquid form in about 24 hours, eliminating the need to remove residues. As long as the daily input does not exceed the limit, additional food waste can be added. The dedicated microorganisms for Sink Pia reside in high density within the processing tank, and appropriate stirring enhances the biodegradation efficiency, allowing for a compact design of the device. Moreover, since high-temperature heating treatment is unnecessary, the power consumption required to operate the device can be significantly reduced. With minimal unpleasant odors, it has become possible to install the device indoors, which was previously challenging. By placing it in kitchens, cleaning rooms, and processing areas, work efficiency has improved, contributing to work style reforms. This product contributes to CO2 reduction and the SDGs by enabling self-processing of food waste. It is being introduced to numerous business types from Hokkaido to Okinawa every month. The maintenance system after installation is also robust, ensuring comprehensive after-sales support.
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"Sink Pia," which overturns the conventional wisdom of food waste processors. 【Aesthetic and Cleanliness with Stainless Steel Housing】 - Adopts a high-quality stainless steel housing that stands apart from conventional products, comparable to kitchen equipment. - Creates a clean and sophisticated space. 【Efficient Biodegradation with High-Performance Microorganisms】 - Unique microorganisms called "Sinkzyme" efficiently biodegrade food waste. - The "Microbial House," which serves as the habitat for the microorganisms, comes in four types. The optimal combination is selected based on the ingredients being processed. - Significantly improves the living environment for microorganisms compared to traditional wood chips and rice husks, enhancing biodegradation capability. 【Reduction of Environmental Impact and Cost Savings】 - Efficient biodegradation greatly reduces transportation costs for food waste compared to incineration. - Contributes to reducing CO2 emissions and lowering environmental impact by enabling self-processing at business sites. 【Improved Work Efficiency】 - Designed for easy operation by anyone, making indoor installation possible, which was difficult with conventional models. - Multiple feedings are possible as long as daily limits are adhered to. Using small buckets for feeding reduces the burden on-site. - Large machines can also be fed using options like lifts. 【Comprehensive Maintenance System】 - A maintenance system is in place after installation, ensuring thorough after-sales support.
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**Our Initiatives** - We are committed to the philosophy of "not transporting, not incinerating, and processing on-site" for organic waste, and we develop, provide, and operate accordingly. - We are working on the development of commercial organic waste processors that safely and comfortably handle organic waste. - SINKPIA products vary in processing time depending on the type of organic waste, but generally complete processing within 24 hours. - By regularly operating the stirring and shower functions to manage the necessary "oxygen," "water," and "temperature" for microbial activation, we maintain the environment within the processing tank, allowing microorganisms to efficiently biodegrade organic waste. - We are engaged in the development of biodegradable carriers, resource recovery of decomposition liquids as soil conditioners, and research on processing biodegradable containers. - We actively participate in exhibitions across Japan, where we demonstrate the actual input of organic waste at our booth. **Wide Range of Implementation Results** Our products have been implemented in various establishments, including restaurants, convenience stores, supermarkets, food service centers, roadside stations, service areas, food factories, employee cafeterias, hotels, hospitals, nursing facilities, wedding venues, ships, schools, and daycare centers. Our implementation results are showcased in catalogs and exhibitions. For detailed information and case studies, please visit the SINKPIA website.
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We often hear concerns like, 'I'm worried if it will fit in the installation space...' But rest assured! With the commercial food waste processors from Sinkpia, you can find the perfect model that suits your usage needs and installation space from our extensive lineup. We offer a variety of sizes, from compact designs to models that can handle large capacities. To help you experience their performance firsthand, we regularly provide demonstrations at exhibition venues, site visits to installations, and approximately one month of demo setups. First, please let us know your specific requirements. Sinkpia will propose a food waste processor that alleviates your installation concerns and contributes to improving operational efficiency.
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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.