Habuki™ Implementation Simulation
By selecting applications tailored to your specific challenges—such as optimizing facility size, addressing aging infrastructure, and implementing energy-saving measures—you can expect significant economic benefits.
Implementation
Use Case 1
When the inflow of sewage into the facility increases
Implementation
Use Case 2
When the inflow of sewage into the facility decreases
Implementation
Use Case 3
Temporary use during facility renovation or upgrade
【Implementation Use Case 1】
When the inflow of sewage
into the facility increases
【Implementation Use Case 2】
When the inflow of sewage
into the facility decreases
【Implementation Use Case 3】
Temporary use during facility
renovation or upgrade
Implementation Use Case 1:
When the inflow of wastewater into the facility increases
Even when the inflow of wastewater increases due to regional integration or joint operations, introducing Habuki™ eliminates the need to expand the reaction tank.
Implementation Use Case 2:
When the inflow of sewage into the facility decreases
By introducing Habuki™, it is possible to reduce the number of reaction tanks in wastewater treatment facilities where operating rates have declined due to reduced inflow.
Implementation Use Case 3:
Temporary use during renovation or upgrade due to aging or malfunction of sewage treatment facilities
We want to carry out renovation work at a low cost while maintaining treatment capacity,
without halting wastewater treatment operations.
Renovation with only one treatment line in operation
Introducing Habuki™ allows for a smaller temporary reaction tank, reducing overall costs.
Renovation with multiple treatment lines in operation
By temporarily installing Habuki™ in the active line, the overall treatment capacity of the facility can be maintained.
