Rangkaian Khidmat Awam Negeri Sarawak
A MONTHLY SUPPLEMENT OF RAKAN SARAWAK BULLETIN

(People, events, activities and programmes which make for a total quality-managed Sarawak Civil Service)

ISSN 1394-5726

 
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Rural Water Supply In Sarawak - Gravity Feed System (Part 2) Part 1 in June 2003

Water tanks allocated through Minor Rural Projects (MRP) Community participation (in the rural area)
very much appreciated

Community Participation Wins The Day

The most significant factor contributing to the success of this rural water supply programme was the active and committed community participation. This had been emulated by other agencies that were also implementing rural water supply projects. In fact, most agencies and bodies (government and non-governmental) found it convenient to co-operate with the Health Department in the implementation of their water supply projects.

Though the Health Department had the expertise and the manpower, the capacity to implement the project was limited by the financial allocation given by the Ministry of Health. Realising this problem, funds were allocated through other departments or ministries for implementation by the Health Department. In the case of Minor Rural Projects [MRP], funds for rural water supply projects were allocated to the Resident Offices and District Offices.

The State Government also channelled funds through its agencies such as the Public Works Department [JKR] while the Federal Ministry of Rural Development also contributed substantially to the renovations of those projects which are already more than twenty years old. Up to date there are 2647 gravity feed water supply systems serving 70,000 households and benefiting 410,000 people. This makes up about 35% of the total population living in the rural areas.

Expenses

The gravity feed water supply system has undergone tremendous improvement and development. From a modest cost of RM2450.00 per supply in the 60’s, the cost now increases to the tune of RM100, 000.00. This takes into account the distance of the source from the village, the amount and cost of materials and other requirements for which the prices have skyrocketed.
In addition to the change from galvanised iron pipes [G.I.P.], to polyvinyl chloride pipes [PVC] and now the high-density polyethylene [HDPE] pipes, the pipe sizes have also been improved upon to provide better supply to the people. A total of RM35 million had been spent for the provision of gravity feed water supply system to cater for the needs of the rural community.

Regular Maintenance Is Essential

The role of the Health Department does not end with the mere completion of these projects. There are many after-care services that need to be provided in line with the objectives of the programme.

The most important is the maintenance aspect of these projects. Under the integrated preventative maintenance programme the villagers were taught to be more self-reliant in the regular maintenance and simple repairs of their water supply system. This is to ensure the sustainability of the project. It is here that the water supply committee plays a very important role to see that the water system is fully functional and serves its purpose.

However, matters of much technical consideration are referred to the Department for further action. These involve renovations and extension works. In fact most of the gravity feed system that are over twenty years old have been fully renovated.
On the opposite end, there were also cases, where the water sources were polluted and laid barren by massive human economic activities such as agricultural and logging. Since they were very difficult to rehabilitate, suitable alternative water system were given to the affected villages.

Quality Monitoring

Physically speaking the water sources are generally clear and clean, but all the gravity feed water supplies are not treated.

Therefore the villagers are strongly advised to boil all drinking water before consumption, which in fact is the norm in the rural population in the State.

Nevertheless, the Department is not taking chances. The quality of the water from the system is monitored by taking samples for both chemical and bacteriological analysis. Immediate remedial measures are taken in cases of any violation of acceptable standards in these samples.

In areas of high goitre incidence rate, iodinators are installed in the household piping system. Apart from providing iodine for consumption by the families, it also acts as a treatment process for the water supply.

The decrease in the incidences of water borne diseases such as cholera, dysentery and typhoid in the rural areas of the State is a clear testimony of important role of rural water supplies in promoting good community health.

The rural gravity feed water supply system is a stop-gap measure in the eventual provision of treated water supply. In areas where the villages are within the operational areas of the water authorities [Water Board or Public Works Department], the role of the Health Department in this matter diminishes. The householders must tap the treated water provided for by these agencies.

In remote areas the Health Department continues to maintain its presence in the provision of integrated continuous health care in line with the Vision for Health for our nation.

Incidences of Water Borne Diseases in Sarawak from 1975 to 2002

YEAR NO OF CASES
  CHOLERA TYPHOID DYSENTERY
1975 70 648 5403
1980 2 458 165 (2)
1985 0 462 (1) 66
1990 71 269 399
1995 48 166 66
2000 1 5 153
2002 0 23 87

Figure in ( ) denotes death

 
 



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