Easing Water Wars 1
Most of the Publications on Water supply and sewage Treatment agree that Projected municipal and domestic water demand will double by 2030, to the tune of 100 billion m3 .
A cross-region study by the Asian Development Bank in 1997 found average rates in
Calcutta and Delhi of 1-3 US cents/kilolitre (KL), 6 cents/KL in Mumbai and 25 US
cents/KL in Chennai. In comparison, rates were 9 cents/KL in Dhaka and Karachi, 20
cents/KL in Lahore and 34 cents/KL in Kuala Lumpur.
A cross-region study by the Asian Development Bank in 1997 found average rates in
Calcutta and Delhi of 1-3 US cents/kilolitre (KL), 6 cents/KL in Mumbai and 25 US
cents/KL in Chennai. In comparison, rates were 9 cents/KL in Dhaka and Karachi, 20
cents/KL in Lahore and 34 cents/KL in Kuala Lumpur.
The initial cost in establishing efficient and sustainable water supply to large urban settlements needs huge investment.India's National water policy 2002 encourages private participation in water planning and supply. However The cost recovery mechanism is the major hurdle in investment by Private Sector. Lack of a national regulator has also been a reason cited by Foreign Direct Investment as well .
Water collection is carried out by pumping from water bodies, including lakes and rivers, for major domestic requirements. In India, water collection and treatment is mainly looked after by the municipal bodies, sometimes in collaboration with the state government. To meet their domestic requirement of water, families depend on privately shared wells and tube wells. In locations near the sea or ocean, their water demand is catered to by desalination of the water collected
Since India has a tropical climate, rain water harvesting is also a growing option for fresh water collection.Although the private sector has not been involved in water collection, purification and supply-distribution so far due to the inadequacy of the existing infrastructure.
Private models such as JUSCO and public-private partnership in certain parts of India have been very successful due to enhanced the efficiency and effectiveness of the service provided. It is based on assumption that that people prefer to pay higher amounts for better availability of water and consistency of the service. The Government has now begun to outsource certain work to the private sector, including water collection, piping, construction of reservoirs, water channelizing, etc.
Encouraging PPPs in urban water supply systems; helping water utilities to significantly enhance their service delivery by leveraging private sector capacity, with a greater focus on efficiency gains initially, where possible, rather than on bringing in private investment.
Case Study I
For Maharashtra, the Maharashtra Jeevan Pradhikaran (MJP) is the nodal agency responsible for development and regulation of water supply and sanitation. In May 2005, MJP commissioned a source augmentation project for the city through the Stage V water supply scheme – a bulk water supply and distribution project. This included bulk water transmission over 65 kms at a capital cost of approximately Rs. 130 crores.
Latur Municipal Corporation (LMC) took over this scheme from MJP in 2005 but was unable to operate and maintain it optimally. Despite ample availability of water, LMC was unable to manage its distribution network and Latur city was receiving water only once a week. Consequently the percentage of Non Revenue Water (NRW), which is the difference between the quantity of treated water in the distribution system and the quantity of water that is actually billed to consumers, was very high for LMC. In addition to such operational issues, LMC was also plagued by low collection efficiencies and constraints on revenue growth through revisions in water tariffs. Given LMC’s liabilities and its inability to raise additional resources of Rs. 17.17 crores for completing the existing water supply system, LMC initially decided to transfer the Stage V Water Supply scheme to MJP.
MJP was responsible for the operations and maintenance of existing water supply schemes as well as raising finance for completing the water supply scheme through a private operator. MJP was also given the right to charge water tariff as necessary and collect the revenue from the water users.
MJP eventually floated a management contract tender in March 2006. For the contract duration, the private entity was responsible for Taking over assets , to repair and provide minimum average water supply within a stipulated time to residents of Latur. It had a responsibility of increasing Piped water coverage , 100% metering connections , recover cost of water based of tariff fixed, Implementation of billing and collection system and readdress e.t.c
Case Study II
In Karnataka at the local body level, projects were identified for the select three ULBs of Belgaum, Gulbarga and Hubli-Dharwad. The project involved refurbishment/rehabilitation of the existing distribution network of the select five demonstration zones in these three Urban Local Bodies, followed by the operation and management of water distribution systems in these zones on a PPP basis.
The private developer was to do rehabilitation works and undertake the operation and maintenance (O&M) of the distribution network for the period of the contract. The capital investment required for the rehabilitation works was to be compensated for by the World Bank through KUIDFC and the private developer was to be provided a fee for undertaking the O&M activity. The project was planned for a total time period of 3 years and 6 months inclusive of both rehabilitation works for the distribution networks and the operation and maintenance of the distribution system.
The private developer was responsible for identifying and tendering out the construction activity. Post construction of the project, the private developer was required to demonstrate the achievement of the performance targets in the demonstration zones. Subject to an audit of the efficiency of the working of the system in the demonstration zones, the private developer would take over the distribution system for the operation and maintenance phase of the project. The activity of raw water supply, its treatment and supply till the treated bulk water distribution points was to be fully managed by KUWSDB. The tariff to be levied and the structure of the same were to be set by the ULBs in consultation with KUWSDB and KUIDFC.
During the O&M phase of the project, the private developer was required to ensure 100% individual house service connections in the demonstration zones, supply treated water to the customers, ensure reduction in distribution losses as per performance targets set, generate bills as per the tariff set by the ULBs and distribute bills to the consumers. The collection against the bills was the responsibility of the respective ULBs.
There is remarkable consensus in the all reports that governments should not be in
the water provision business, but should ensure that private providers are regulated with respect to price structures and water quality, and should provide incentives for these providers to serve the poor. This new role for government translates to developing partnerships with the private sector and with civil society for water delivery.
Most studies and reports based on woes of ULB water supply keep themselves restricted to funding by International Institutions and development & management by Private operators. The only variation they suggest in collection procedures with some reports advocating collection by another private agency under preview of Municipal body and then sharing with operation and maintenance private agency, some other reports advocate handling of operations and collection to a single operator.
Planning Commission in its "Water Supply and Sanitation A WHO-UNICEF study" on page 34 gives interesting data about revenue generation of Water supply O&M in Chennai, Hyderabad and Mumbai .
http://planningcommission.nic.in/reports/genrep/wtrsani.pdf
Planning Commission in its "Water Supply and Sanitation A WHO-UNICEF study" on page 34 gives interesting data about revenue generation of Water supply O&M in Chennai, Hyderabad and Mumbai .
http://planningcommission.nic.in/reports/genrep/wtrsani.pdf
Resistance to PPP module water supply has raised its head in low income areas of Municipalities. Incidences of opposition of water supply tariffs at Latur in Maharsahtra have been not reported eminently in Media.
The doubt of transfer of cost of inefficiencies by the Operator to the consumer is not unjustified. The wastage and transmission loss of water still visible on ground in these PPP modules points to the Electrical supply like situation in many states of India. Electrical regulatory bodies in their recent reports have pointed to the phenomenon of Electric Supply Corporations fleecing consumers to compensate transmission losses, theft and their own inefficient system.
Another pointer to a fresh approach seems to stem from the fact that while these PPPs have been successful in smaller municipal corporations without water body constraints , they foray into larger municipal corporations have been few.Probably the reasons being high initial investment and the magnitude of operations.
One more reason comes into picture is the existence of large slums in the large municipal corporations. The supply to these areas will be hard and not so forthcoming by any Private O &M contractor. Added to this the cost and difficulty in layout of pipelines will be a big issue. Even in unplanned sections of large municipal corporations ,layout of new lines will not be easy.
Though PPP models can not be straight away be rejected as these Models have paid dividends in affluent states like MahaRashta, Karnataka ,TamilNadu etc. However a fresh approach is needed for poor states, large municipal corporations, slum areas and small Municipalities and water deficient areas.