The right to water and sanitation for everyone

Tomorrow Water Project

Critical Challenges Driving Transformation

ONGOING COVID-19 PANDEMIC

Sanitation

Wastewater Treatment/Reuse

CLIMATE CHANGE RESPONSE

Renewable Energy

Greenhouse Gas Emissions

DIGITAL TRANSFORMATION

Industry 4.0 Paradigm Shift

IT Infrastructure

Tomorrow Water Project

Leave no one behind

Tomorrow Water Project (TWP) aimed at countries near the equator and developed to combine twp (tomorrow water process) and Co-Flow Campus at sewage treatment plants.

TWP is an example of new way of doing environmental business pursuing impact leadership and business strategy implementation simultaneously.

TWP dramatically reduces energy costs for wastewater treatment and data centers, while producing renewable energy all while contributing to UNSDG’s 6 (Clean Water & Sanitation), 7 (Clean Energy), 9 (Infrastructure), and 13 (Climate Action).

SDG Action #40493

From COST Stream To PROFIT Stream

2.2 billion people still do not receive stable drinking water services, and 4.2 billion people do not receive safe sanitation services through sewage treatment.

With the COVID-19 pandemic, hygiene and clean water supply for the prevention and control of disease spread is more emphasized, and efforts for economical and safe sewage treatment are urgently required.

In order to solve the problems of hygiene and clean water, effective and economical solutions and innovations in the value chain that actually implement them are also very important. The traditional design → construction → operation of the value chain is also a reason to be concerned about securing the economics of the value chain.

Tomorrow Water intends to contribute to the 4th Industrial Revolution and to close the gap in response to climate change by expanding the ‘right for everyone to enjoy clean water', leading the innovation of global sewage treatment technology.

TOMORROW WATER DOWNSTREAM PROCESS,

twp™

Mainstream AMX-based Sewage Treatment Process

TOMORROW WATER UPSTREAM PROCESS,

IUP

Integrated Upstream Process

Construction of a new STP in Daejeon

103, Geumgo-dong, Yuseong-gu, Daejeon

Daejeon STP project

BKT’s Integrated Upstream Solution(IUP) applied,

for sludge volume reduction, energy production

Reduction of sludge volume
Increasing biogas production
Saving operation cost

  
      Item
      Current STP
      New STP
    
      Sewage treatment
      Capacity
      Q = 900,000 ㎥/d
      Q = 650,000 ㎥/d
    
      Site area
      A = 404,334 ㎡
      A = 141,861 ㎡
    
      Purification of excreta
      Capacity
      Q = 900㎥/d
      Q = 900㎥/d
    
      Site area
      A = 15,510㎡
      Include in STP
    
       L = 10.9km

Item	Current STP	New STP
Sewage treatment	Capacity	Q = 900,000 ㎥/d	Q = 650,000 ㎥/d
Site area	A = 404,334 ㎡	A = 141,861 ㎡
Purification of excreta	Capacity	Q = 900㎥/d	Q = 900㎥/d
Site area	A = 15,510㎡	Include in STP
			L = 10.9km

Advisory Board

Meet the Industry Experts Leading the Tomorrow Water Project

Dr. Joh Kang

-Chairman of Tomorrow Water Project Advisory Board
-President and Founder, Water & Energy Advisors, LLC
-Former Research Director & Partner at McNamee, Porter & Seeley (now Tetra Tech)

Professor Jeanette Brown

-Professor, Manhattan College
-Former President of WEF (Water & -Environment Federation)
-Former Chairperson of American Society of Civil Engineers/Environment
-Former Chairperson of Water Resources Institute

Dr. Sandeep Sathyamoorthy

- Stantec
Process & Innovation Leader

Anthony Dusovic

-COO of Tomorrow Water
-Former CEO of Ozonia Americas
-Launched United Water Federal Services(a Division of Suez)

Dr. Paul O’Callaghan

-CEO of Bluetech Research
-Executive Producer of “Brave Blue World”

Dr. Joan B. Rose

-Homer Nowlin Chair in Water Research, Michigan State University
-Stockholm Water Prize Laureate
-Former Chairperson of Drinking Water Committee (USEPA Science Advisory Board )