Aquatech providing ZLD tech for Mississippi powerplant
23 Jul 12 by desalination
Zero-liquid-discharge (ZLD) water and wastewater treatment facilities are to be provided by Aquatech for a 582 MW integrated-gasification combined-cycle powerplant in Kemper County, Mississippi.
Pennsylvania-based Aquatech will design, fabricate, erect and start up a complete make‑up water treatment facility together with wastewater treatment facilities. The system will include a 300 GPM (19 L/s) make-up system, a 700 GPM (44 L/s) mobile ion‑exchange demineralization system, a 2 x 50% 400 GPM (25 L/s) brine concentrator and a 40 GPM (2.5 L/s) forced circulation crystallizer and filter press.
Located near De Kalb, Mississippi, the power plant is owned by Mississippi Power Company. Aquatech, a leader in ZLD, will provide technology to prevent any processed wastewater from this plant being discharged into the environment.
Comments
Login on register to comment
Related content
Desalination
A world leader committed to preserving resources through desalination and reuse
The Group designs
Desalination
Leading expert delivers online masterclass on membrane fouling
There is only one week left to register for this exciting new format of online event and deepen your understanding of membrane fouling in only one hour.
Desalination
Singapore International Water Week Turns 10 Years: Celebrating a Decade of Accomplishment in the Global Water Industry
The Singapore International Water Week (SIWW) is the world's premier platform to connect the water industry for innovative solutions and sustainable urban water management. The biennial event gathers stakeholders from the global water industry to share best practices
Related supplier content
Desalination
Great results with Osmotech® for RO make-up water
Reduction of total operational costs even in limit make up water conditions
Desalination
Great results with Osmotech® for RO make-up water
Reduction of total operational costs even in limit make up water conditions
Desalination
Our Project history
The list is an example of the work successfully completed by SO4 Offshore engineers