INFORMATION

Project Name …………….. Splash Works Office
Category …………………….. Johkasou STP
Capacity ……………………… 50 m3/day
Location …………………….. Gajaria, Munshiganj
Client …………………………. Splash Works
Year ……………………………. 2021

FEATURES
Previous
Next

There is a BA 50 Johkasou module of DAIKI AXIS for the capacity of 50m3/day. A raw water tank with screening and agitation is present at there.2 Submersible pump operates alternatively for pumping raw water from raw water tank to the module. The module and the raw water and also the treated water tanks are installed under the ground.

FLOW PROCESS

INFORMATION

Project Name …………….. Splash Works Water Park
Category …………………….. Johkasou STP
Capacity ……………………… 200 m3/day
Location …………………….. Gajaria, Munshiganj
Client …………………………. Splash Works
Year ……………………………. 2021

FEATURES
Previous
Next

This project is run by Johkasou Module from DAIKI AXIS Japan. There are 4 modules of 50 m3/day( 4x BA 50).They are connected to each other. This is installed under the ground. The 4 units are connected with series connections.

FLOW PROCESS

INFORMATION

Project Name …………….. Splash Works Dormitory
Category ……………………… Johkasou STP
Capacity ……………………… 50 m3/day
Location …………………….. Gajaria, Munshiganj
Client …………………………. Splash Works
Year ……………………………. 2021

FEATURES
Previous
Next

There is one 50m3/day Johkasou STP module (BA 50).This STP is for near about 235 persons. A raw water Tank with screening and agitation is present and the treated water flows out after reserving in the treated water tank

FLOW PROCESS

INFORMATION

Project Name ………………. Splash Dormitory
Category ……………………… WTP
Capacity ……………………… 1.5 m3/h
Location …………………….. Gazaria, Munshigang
Client …………………………. ACS Textile
Status …………………………. 2022

FEATURES
Previous
Next

This project, compact-size WTP also Known as IR plant has been used for domestic purpose, which comes with a small SS structure. The project is designed with three FRP vessels, a 2-micron filter container, and a small regeneration tank. Each vessel contains filter media like activated carbon, resin, and sand. And finally, treated water was discharged into the required system.

FLOW PROCESS