→ PROCESS 123
→ tomorrow water process (twp)
Well-organized & well-balanced process is Key.
Our process design expertise and technology portfolio assure that problems are solved both economically and with minimal impact to the environment.
Individual technology has limitations.
Today’s challenges are opportunities to transform urban water services and approach new ways to solve problems, beyond specifying and bidding non-optimized unit technologies that introduce added costs and operational risks.
PROCESS 123
Accelerate Treatment, Amplify Impact
: PROCESS 123 reduces conventional primary treatment time by over 66%, achieving effective BOD, SS, NH4-N, and TN reduction in just 3 hours.
: PROCESS 123 is ideal for developing regions, bringing the future of wastewater treatment to regions with limited footprint, and increased demand for efficient treatment.
PROCESS 1
+ Target Goal
BOD: 30 mg/L
SS: 30 mg/L
+ Time Required
1 Hour
+ Applicable Countries (Examples)
Turkey
Indonesia
Philippines
Vietnam
PROCESS 2
+ Target Goal
BOD: 10 mg/L
SS: 10 mg/L
NH4-N: 1.0 mg/L
+ Time Required
2 Hour
+ Applicable Countries (Examples)
Turkey
PROCESS 3
+ Target Goal
BOD: 10 mg/L
SS: 10 mg/L
NH4-N: 1.0 mg/L
TN: 10 mg/L
+ Time Required
3 Hour
+ Applicable Countries (Examples)
Turkey
India
Saudi Arabia
Philippines
Vietnam
The tomorrow water process (twp) is a well-organized and well-balanced wastewater treatment process that integrates advanced technologies to maximize efficiency and sustainability. Proteus optimizes primary treatment, reducing the overall treatment footprint, while AMX enables energy-efficient nitrogen removal within the mainstream process. Supporting these core technologies, AAD recovers valuable energy, and DRACO achieves exceptional SVR (Sludge Volume Reduction) through advanced HTC technology. Together, these elements create a streamlined and sustainable approach to modern wastewater management.
tomorrow water process (twp) reduces the standard wastewater treatment time from 6–10 hours to just 3 hours while cutting energy consumption by over 60%.
