NITI Aayog organises capacity-building programme for Urban Water Management

November 26, 2018

NITI Aayog organised the Second Phase of Urban Management Programme on ‘Water Recycling and Reuse’ in collaboration with the Singapore Cooperation Enterprise & TF International at India Habitat Centre in New Delhi today.

Amitabh Kant, CEO of NITI Aayog, Parameswaran Iyer, Secretary, Ministry of Drinking Water and Sanitation, along with Lim Thuan Kuan, High Commissioner of Singapore to India, Kong WyMun, CEO of Singapore Cooperation Enterprise, and Benedict Cheong, CE of Temasek Foundation International, were present on this occasion.

Highlighting the importance of this capacity-building programme on management of water, particularly its recycling & reuse, as crucial for future urban planning and policy, Amitabh Kant said that attaining high rates of economic growth for India will directly be a function of the sustainable use of water.

He mentioned that NITI’s Composite Water Management Index, launched earlier this year, is a step toward increasing awareness and promoting best practices in water management throughout the country.

Delivering the inaugural address, Parameswaran Iyer hailed the workshop as timely and spoke of the need for effective cooperation between the centre and state in water management. He emphasised the need for all stakeholders to take ownership of water as a natural resource to ensure sustainable use of water. He also emphasised the need to take steps to address solid and liquid waste management in 4000 Census Towns and peri-urban areas.

In order to develop recycled water as part of sustainable and diverse water portfolio, NITI Aayog has entered into a Memorandum of Understanding (MoU) with Singapore Cooperation Enterprise - Temasek Foundation International to launch the Second Phase of Urban Management Programme on ‘Water Recycling and Reuse’.

Eight states/UTs -Uttar Pradesh, Tamil Nadu, Punjab, Chhattisgarh, Karnataka, Meghalaya, Puducherry, and West Bengal were selected for the capacity-building workshops through a Challenge Method. The participants of the workshops included senior officials from municipal and parastatal bodies of these eight states/UTs.

The programme launch was also attended by senior officials from the central and state governments, representatives from the academia, and think-tanks. The programme launch also showcased the best practices in the urban water sector in India besides discussing the challenges.

The capacity-building programme featured experience sharing by consultants from Singapore, who were associated with the successful transformation of the urban waterscape over the last four decades. The broader capacity building engagement with SCE also includes a series of interactive workshops, advisory sessions, and an expository visit to Singapore.

Background


India is experiencing rapid urbanisation. The urban population has gone up from 29 crore in 2001 to 37.7 crore in 2011. Due to rapid urbanisation, water demand in urban areas is increasing rapidly. The water situation in metropolitan cities is particularly exacerbating, where the people in such cities face acute water shortage. Changing climate and its impact on temporal and spatial variability of rainfall is a further deterrent to timely and sufficient availability of water resources.
In this backdrop, concerted efforts have been made by the government to implement rainwater harnessing schemes for groundwater improvement, however, there is an urgent need for water portfolio diversification through introducing alternate sustainable water sources.

The recycle and reuse of water presents itself as a potential solution for ensuring assured water supply in the cities on a sustainable basis. Recycling and reuse have been widely practiced in Singapore, where every drop of water is recycled for reuse. Such an approach not only reduces pressure on other water sources but also offers a sustainable solution for water resources management.

While the AMRUT scheme drives the cities to undertake water supplies on a business model, yet the water source augmentation remains a challenge for ensuring assured water supply through the future. Nearly 30 percent of urban water supply and 70 percent of rural water supply in the country comes from groundwater, which is depleting day by day.


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