Cost and CO2 reduction through wastewater treatment - 5th Food Tech Japan Tokyo Exhibition
Methane fermentation wastewater treatment system "Tokutoku-Bububu"
Changing wastewater treatment can reduce both costs and CO2 emissions. "Tokutoku-bububu" enables methane fermentation treatment of food wastewater.
Methane fermentation wastewater treatment is a method of wastewater treatment that utilizes microorganisms (anaerobic bacteria) that thrive in environments with little to no oxygen. Since aeration, which supplies air to the treatment tank, is unnecessary, it can significantly reduce power consumption. Additionally, this process converts the pollutants (organic matter) in the wastewater into methane gas. The generated methane gas has the same components as city gas and can be used as fuel for boilers and generators, thereby reducing the use of conventional fuels (fossil fuels). Furthermore, due to the slow growth of the microorganisms, the amount of excess sludge generated is also low, allowing for simultaneous waste reduction. These features not only reduce the running costs associated with wastewater treatment but also contribute to CO2 reduction. The reduction of fuel corresponds to Scope 1, the reduction of electricity corresponds to Scope 2, and the reduction of waste corresponds to Scope 3, making it a rapidly spreading technology for achieving decarbonization in factories. We will be exhibiting at the 5th Food Tech Japan Tokyo (to be held from November 20 to 22, 2024, at Makuhari Messe) at booth 2 Hall 7-54. We will also be showcasing this product, so please come and visit us.
Inquire About This Product
basic information
Methane fermentation wastewater treatment has the advantages of generating energy from wastewater and requiring less power consumption, making it a technology that can contribute to cost reduction as well as decarbonization. However, traditionally, only certain types of wastewater, such as those from sugar production and alcohol, were treated. "Tokutoku-bububu" significantly expands the applicability of methane fermentation wastewater treatment, making it possible to apply it to most food wastewater. By implementing this system, it is possible to generate electricity from the methane gas obtained from wastewater while significantly reducing the power consumption associated with wastewater treatment, thereby lowering running costs and contributing to decarbonization at the same time.
Price range
Delivery Time
※It takes several months to about a year to design for each object.
Applications/Examples of results
Most organic wastewater from food factories and some chemical factories is targeted. It can also be applied to wastewater containing oils, which has traditionally been difficult for methane fermentation. There are many industries with proven results, including soybean products, dairy products, Western confections, seasonings, fruit juices, and seafood processing. The gas generated is often used as boiler fuel within the factory, but there are also examples of operating generators and selling the generated electricity as renewable energy, providing a system that generates profit from wastewater, which has not existed before.
catalog（2）
Download All Catalogs
News about this product（1）
Company information
Since our establishment, we have provided innovative wastewater treatment technologies and products not only to end users but also to engineering manufacturers. In particular, our methane fermentation wastewater treatment system is a key technology for achieving decarbonization. We have also undertaken numerous enhancements and modifications to existing facilities, in addition to new installations. If you are currently facing issues or dissatisfaction with your wastewater facilities, or if you are considering capacity enhancements, please feel free to contact us.
![[Example of handled products] Hose parts](https://image.mono.ipros.com/public/product/image/ee6/2000538445/IPROS71433013291026288822.png?w=280&h=280)
![[Case Study] Bentonite Sludge Granulation and Solidification Treatment](https://image.mono.ipros.com/public/product/image/e3c/2000305210/IPROS67302756154937216364.jpeg?w=280&h=280)
