Contributing to biogas power generation with the "Disposer Kitchen Waste Treatment System."

Added to bookmarks
Bookmarks list

Bookmark has been removed
Bookmarks list

You can't add any more bookmarks

By registering as a member, you can increase the number of bookmarks you can save and organize them with labels.
Free membership registration

last updated：Jul 11, 2023

Official site

"A system that converts organic waste into energy." It takes the environment into consideration and fulfills the role of the SDGs. Organic waste treatment system.

By using a kitchen waste treatment system (disposer) in the pretreatment facilities for biogas power generation, food waste generated in various locations within the facility can be pumped to a single processing tank. The grinding of food waste also helps reduce the load on the processing tank. The gas generated from anaerobic fermentation of food waste, such as kitchen waste, can be utilized for biogas power generation. It can be installed in large commercial facilities and food factories that generate about 1 to 2 tons of food waste per day. **Features of Biogas Power Generation** - **Carbon Neutrality**: The CO2 produced from burning biogas is derived from the CO2 absorbed by biomass from the atmosphere, which means it does not contribute to an increase in atmospheric CO2 levels. - **SDGs Example: Specific Measures for Climate Change (Goal 13)**: By converting biomass resources into gas, it is possible to reduce CO2 emissions that would otherwise be released through incineration. - **Formation of a Local Production for Local Consumption and Circular Society**: By utilizing local materials to generate biogas, the energy can be recovered and returned to the community. *Support for the overall introduction of the biogas power generation system is also available. Please refer to the materials for more details. Feel free to contact us with any inquiries.*

Related Link - https://premium.ipros.jp/fsd-net/

Inquire About This Product

basic information

<About this system> It consists of preprocessing equipment, methane fermentation equipment, and biogas power generation equipment. By using a kitchen waste treatment system (disposer) in the preprocessing equipment, food waste can be finely crushed and transported through piping to the methane fermentation equipment. Since all food waste can be transported, there is no need for devices such as solid-liquid separation in the preprocessing equipment, contributing to the miniaturization of the equipment. The preprocessing equipment is designed to remove substances that inhibit fermentation (such as metals and plastics) in advance to facilitate smooth methane fermentation. While biogas power generation is possible without using a disposer in the preprocessing equipment, it incurs additional labor and costs to remove impurities and transport the food waste to the methane fermentation equipment. For example, in large commercial facilities, food waste can be pre-removed and fed into disposers installed in each facility, allowing for pressurized transport through piping.